JPH0411273A - Word processor provided with learning function - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

DETAILED DESCRIPTION OF THE INVENTION (a) Field of Industrial Application This invention relates to a word processor that converts input kana characters into kanji or kanji-kana mixed sentences and outputs the converted characters.

(b) Prior Art Conventionally, electronic III devices have been known which have a study function of automatically displaying question data and displaying correct answer data.

(c) Problems to be solved by the invention However, most of these electronic devices are dedicated devices, and study data that pairs correct answer data to question data is mostly provided by device manufacturers. Therefore, there was a problem in that it was not possible to create problem data personally.

In addition, although there are some electronic devices that can create problem data, they require a character input keyboard, a kana/kanji conversion dictionary, etc., and are expensive.

This invention was made in consideration of these circumstances,
By incorporating a study function into a word processor that is originally equipped with a character input keyboard and a kana-kanji conversion dictionary,
This allows users to easily create their own questions.

(d) Means for Solving the Problems This invention comprises a key input means, a conversion means for converting a character string input from the key input means into a sentence mixed with kanji, and a text storage means for storing the converted sentence. The word processor is equipped with reading means for reading the stored sentences and outputting them to display means or printing means.When study data consisting of a plurality of pairs of interval data and correct answer data is stored in the word processor, the desired study a specifying means for specifying data by a key input means; an extracting means for extracting the specified study data; a data storage means for storing the extracted period data and displaying it on a display means; Correct answer data storage means for storing correct answer data, reception means for accepting answer data inputted from the key input means and converted by the converting means, collation means for collating the answer data with the correct answer data, and collation results are sequentially received. This word processor with a study function is characterized in that it is equipped with a verification result storage means for storing, and a calculation means for performing scoring calculations based on the verification results and displaying the scoring results on a display means.

FIG. 1 is a block diagram showing the configuration of the present invention, and includes a key input means 101, a conversion means 102 for converting a character string inputted from the key input means into a sentence mixed with kanji, and a conversion means 102 for storing a converted sentence. In a word processor 100 equipped with a sentence storage means 103 and a reading means 105 for reading out the stored sentences and outputting them to a display means 104 or a printing means, the sentence storage means 103 stores study data consisting of data between a plurality of pairs and correct answer data. Specifying means 1 for specifying desired study data by key input means 101 when stored
13, and extraction means 1 for extracting designated r2 study data.
06, a data storage means 107 for storing the extracted data and displaying it on the display means 104;
Correct answer data storage means 108 for storing the extracted f2 correct answer data, and conversion means 1 inputted from the key input means Lot.
A reception means 109 accepts the answer data converted by 02, a collation means 110 collates the answer data and the correct answer data, a collation result storage means 111 that sequentially stores the collation results, and a score is given based on the collation results. Calculation means 11 that performs calculations and displays the scoring results on display means 104
2 shows a word processor with a study function.

(E) Effect In the configuration shown in FIG. The specified time data is extracted and displayed on the display means 104, and the correct answer data corresponding thereto is stored in the correct answer data storage means 108. On the other hand, when answer data is input from the key input means,
The conversion means +02 converts it into a kanji-filled sentence and stores it in the reception means 109, and the comparison means +10 compares the answer data with the correct answer data. Verification result storage means Ill
sequentially stores the matching results, and the calculation means 112 performs scoring calculations based on the matching results, and displays the scoring results on the display means 104.

(f) Examples Hereinafter, the present invention will be described in detail based on examples shown in the drawings. This invention is not limited by this.

FIG. 2 is a block diagram of a word processor with a study function according to an embodiment of the present invention. In the figure, l is a character keyboard which is a character input means, and kana keys and numeric keys are arranged on this keyboard l. A key signal input by operating the keyboard 1 is given to an encoding circuit 3. A key signal from the function keyboard 2 is further input to the code input circuit 3. The keyboard 2 is equipped with an editing control key, which includes a conversion key for instructing conversion of kana characters into kanji-like sentences mixed with kanji, a no-conversion key for instructing things that do not need to be converted to kanji, and a previous candidate. It is equipped with keys, cursor movement keys, execution keys, release keys, special function keys for mode settings, etc. The encoding circuit 3 encodes the key signals of the keyboard 1.2 and temporarily stores the character data (character codes) in the input buffer 4, and also sends the encoded signals of each key included in the keyboard 2 to the central processing unit (CPU) 5. Enter directly into . The CPU 5 functions as an arithmetic processing means by executing an operation program to be described later, and has a kana-kanji conversion function, a writing function, and a reading function. C.P.
U5 has a CRT display and printing device (printer)
7 is connected. The CRT display 6 is used to display kana sentences inputted in kana, converted kanji characters, and sentences mixed with kanji characters. Printer 7 may be used to print sentences mixed with kana or kanji. Furthermore, a conversion processing section 8, a text data memory 11, and a kana-kanji conversion dictionary section 12 are connected to the CPU 5.

The conversion processing unit 8 works together with the CPLJ 5 as a kana-kanji conversion means. This is a text data memory IN which stores, as text data, sentences containing kanji characters inputted from the keyboard and converted by the conversion processing section 8. The kana-kanji conversion dictionary section 12 is, for example, a read-only memory (RO).
M), etc., and includes a storage area for storing a word dictionary, a storage area for storing a list of conjugated words, a storage area for storing a list of adjunct words, and the like. This word dictionary storage area stores kana headers arranged in alphabetical order, kanji notation parts corresponding to the kana headers, part-of-speech data, and the like. The kanji notation section stores word stems and unchanged parts.

The above configuration is equivalent to the configuration found in conventional word processors with a kana-kanji conversion function, for example. In the present invention, a study data processing section 9 is further connected to the CPU 5. The study data processing unit 9 processes the study data input into the text data memory 11 in the same way as normal texts, and
Display it on the screen of RT display 6. The study data processing unit 9 includes a start data number buffer 9a, an end data number buffer 9b, an inter data buffer 9C1, a correct answer data buffer 9e, an answer data buffer 9e, an incorrect answer data number buffer 9f, an N counter 9g, and a problem number counter. 9h, a correct answer number counter 91, etc. To briefly explain these functions, start data number buffer 9
A is a second buffer that holds the input data number, and the data is displayed on the screen starting from the data corresponding to this number. The inter-end data number buffer 9b holds the input inter-end data number, and one display of the inter-end data is completed with the inter-end data corresponding to this number. The interval data buffer 9C holds the interval data extracted from the text data memory 11. Correct answer data buffer 10d
holds the correct answer data extracted from the sentence data memory 11. The answer data buffer 9e holds answer data input from the keyboard l. The incorrect inter-answer data number buffer 9f holds the number of the inter-interval data which is incorrect, and thereafter erases the inter-interval data number when the answer is correct for inter-interval data.

N counter 9g holds the data number as a count value while it is being displayed, and counts up when the answer to the interval is confirmed.
be done. The question number counter 9h accumulates the number of data during display, and the correct answer number counter 9F accumulates the number of correct answers.

The operation and operation of the word processor thus configured will now be described. First, in the normal kana-kanji conversion mode, a character string inputted by operation on the keyboard 1.2 is converted into kana-kanji, and as shown in FIG. is stored in

Next, in the study mode, the study data is input by operating the keyboard 1.2 in the same way as the above-mentioned normal sentence data, converted into kana-kanji, and stored in the sentence data memory 11, or the structure of the study data is As shown in the figure, it is expressed as inter-E data number (tab control code)/correct data/- (line feed control code), and this becomes one study data. In other words, one line of text data becomes one study data.

In this way, the study data is treated as text data under the control of the text creation program, so the study data can be input under the control of the text creation program, and it can be stored on cassette tapes, floppy disks, etc. It is possible to supply data from

Further, in this study mode, one of the following three courses is selected.

Course ■...Based on the desired study data, input the sound used (answer) to the (pause) output in an interactive format. A correct/incorrect determination is made, and when all questions are completed, the score is displayed.

Course■・・・・・・(Answer) for the displayed (pause)
think of. When the user operates the keyboard 2, the correct answer is displayed. The user checks whether the answer he or she has thought of is correct or incorrect and operates the keyboard 2 accordingly, and the score is displayed after all the questions are completed.

Course ■... Each time you operate the keyboard 2, (pause) and (answer) are displayed in sequence (the user can use it like a vocabulary book, for example).Next, each of the above courses The operation of the keyboard 1.2 will be explained with reference to the display on the CRP display 6. First, when the special function key of the fan key 2 is pressed, the screen of the CRT display 6 becomes a selection screen as shown in FIG. 5(a). Move the cursor to ``Study there'' and press the Enter key.

As a result, the screen becomes a problem range designation screen as shown in FIG. 5(b), and the desired problem range is set using the numeric keys on the keyboard 1. Next, when the execution key is pressed, a selection screen is displayed as shown in FIG. 5(c). Then, move the cursor to select the desired course.

When course ■ is selected, course ■ is selected on the course selection screen shown in Figure 5 (C).
When the cursor is moved to and the execution key is pressed, course ■ is selected and the <1st start> screen is displayed as shown in FIG. 6(a). So, when you press the execution key, the 6th
111(b), one width is displayed. Next, when the execution key is pressed, an input screen for (answer) is displayed as shown in FIG. 6(c). Therefore, by operating keyboard 1.2 and inputting (answer) on the screen as shown in Figure 6(d) and pressing the execution key, it will be determined whether the input f2 (answer) is correct or incorrect. , the result is displayed for one second as shown in FIG. 6(e). If the input (answer) is incorrect, a warning will be displayed, as shown in Figure 7. Next, when you press the release key, (
The input screen for (answer) will be displayed again, and you can enter (answer) again. Further, when the execution key is pressed, (correct answer) is displayed as shown in FIG. After checking the correct answer, press the execution key. If more study data is displayed, repeat the above operation. If all the questions have been completed and there is a mistake even in one question, the [Time Ended] screen will be displayed as shown in FIG. The score at the right end of Figure 9 is (number of correct answers/number of questions) xloo as in the following example.
Calculated using the following formula (rounding off to the nearest whole number).

Example of how to calculate points (when the number of questions is 150) - 15th time
If you get 80 out of 0 points correct, 80/150xloo = 53 points; if you get 30 out of 70 points correct the second time, (80+30)/150 is displayed,
When the score is 80 to 100, the mark shown in FIG. 12 is displayed.

Next, when the execution key is pressed, the second start screen shown in Fig. 1θ is displayed. In this case, when the release key is pressed, the screen returns to the course selection screen shown in FIG. 5(c). If you do not get all the questions correct after the second try, you can continue trying the third and fourth time until you get all the questions correct. In this embodiment, after the 99th time, the process returns to the first time. If you answer all questions correctly, the screen shown in Figure 13 will be displayed.

Then, by pressing the execute key, you can study again from the beginning. Also, if you press the release key, the screen shown in Fig. 5(c)
Return to the course selection screen shown in .

In this case, if you move the cursor to course ■ on the screen in Figure 5 (C) and press the execution key, the message ``1st start'' will be displayed as shown in Figure 14 (a), and another change will be made. When the cursor key is pressed, one width is displayed as shown in FIG. 14(b). The user thinks about the answer to the question and presses the execution key when the user knows the answer. As a result, the correct answer is displayed as shown in FIG. 14(c). The user presses the conversion key if the answer he/she thought of matches the displayed (answer), and presses the no conversion key if they do not match.

When the conversion key is pressed, a screen as shown in FIG. 15 is displayed, and when the no conversion key is pressed, a screen as shown in FIG. 16 is displayed. If more study data is to be displayed, repeat the above operation. If there is a mistake even after completing all the questions, the ``1st time over'' screen will be displayed in the same way as for course ■. Everything below is executed in the same way as course (■), so the explanation will be omitted.

When course ■ is selected, the cursor is moved to course ■ on the course selection screen shown in FIG. 5(c) and the execution key is pressed. Thereby the 17th
As shown in Figure (a), the first interval (interval) is displayed.

Next, when you press the execution key, (
Answer) will be displayed. Furthermore, if there is study data, press the execution key and a (pause) will be displayed. Repeat this operation until you have completed all of the following questions. When all questions are completed, the first
A message screen as shown in Figure 8 is displayed. Then, when the execution key is pressed, the first period (pause) is displayed as shown in FIG. 17(a), and the student can study from the beginning again. In addition, by pressing the release key, Fig. 5(c)
) Return to the course selection screen.

The operation of this embodiment will be explained below using the flowcharts shown in FIGS. 17 to 21.

However, in the flowchart, the course flag is
A flag that is turned ON when course ■ is specified on the course selection screen and turned OFF when another course is specified. This is a flag that is turned OFF when a course is designated, and the course flag is a flag that is turned ON when course ■ is designated on the course selection screen, and is turned OFF when another course is designated.

When a sentence of study data is input to the sentence data memory It, the input start data number and end data number are held in the start data number buffer 9u and the end data number buffer 9b (step 5OI-SO5).
). Next, the start data number is transferred to the N counter 9g. As a result, the study data number (line number on the text memory) to be displayed first is determined (step 5O6).

Then, the course flag corresponding to the course specified from the keyboard 2 is turned ON, and the other course flags are turned OFF.
It is turned FF (steps S07 to 509). Then, the incorrect inter-answer data number buffer 9f, inter-answer data buffer 9c, correct answer data buffer 9d, and answer data buffer 9e are cleared. The intermediate data buffer 9c, correct answer data buffer 9d, and answer data buffer 9e are cleared each time one study data is processed (steps SIO to 5ll). Here, it is checked whether the N count value, that is, the data number to be displayed from now on matches the pre-specified end data number, and if they match, the process enters the end process (step 512). Then, the N count value, that is, if the data number to be displayed from now on is not the data for which the answer was incorrect last time, the N count value is counted up, and the same process is performed again from step S12. Incidentally, this process is configured so that it can be jumped at the first time of studying (a flag indicating the number of times is provided and the judgment can be made based on this state) (steps S13 to S515).

The study data in the text data memory 11 is extracted only after the above processing is completed. Extraction is performed by searching the Nth line of data in the text data memory 11 indicated by the N counter 9g,
The data from the beginning of the line to the tab code is held as interstitial data in the interstitial data buffer 9c, and the data between the tab code and the line feed code is held as correct answer data in the correct answer data buffer 9d.
to hold. Thereafter, the data in the interval data buffer 9c is displayed as interval data. At this time, the problem number counter 9h is counted up and the number of tried problems is accumulated (steps 516 to 522).

Next, the course flag is checked to see if an execution instruction is given from the keyboard 2, and thereafter, processing is performed based on the result of that check (steps S23 to S524).

Steps S25 to S30 are the processing steps of course (■). When the answer input screen is displayed and answer characters are input from the keyboard 1, the character data is sequentially held in the answer data buffer 9e, and further execution instructions are given from the keyboard 2. If so, the data held in the answer data buffer and the data held in the correct answer data buffer 9d are compared.

Steps 531-S35 are processing steps when there is a match as a result of the comparison, and after displaying the fact that the answer is correct, the number of correct answers counter 91 is counted up to accumulate the number of correct answers. Thereafter, it is checked whether the count value of the N counter 9g, that is, the current data number is held in the incorrect data number buffer 9f, and if so, it is deleted. This erasing process erases the history of incorrect answers.

Steps S36 to S49 are processing steps when a match is found as a result of the comparison. The matching process in the previous step will not be considered a match unless there is a complete match.

Therefore, even if the answer is ``645Σ'' and the answer is ``645J'', it will be incorrect.This step is to ensure that the answer is correct even in such a case.As a process, the answer is Data attributes (Hiragana/Katakana/Alphanumeric/
The data portions having these attributes are converted into data with other corresponding attributes (katakana/hiragana/kanji numerals/alphanumeric characters), and the verification from step S29 onwards is performed again. If this is the correct answer, step S
31 and subsequent correct answer processing steps are entered. In addition, if there is no data corresponding to the attribute check in the answer data or if the answer is incorrect even after converting the navigation predetermined attribute data, an incorrect answer message is displayed, and when an execution instruction is given from the keyboard 2, After holding the N count value, that is, the current data number in the incorrect answer buffer, the correct answer data held in the correct answer data buffer is displayed. Note that if there is a cancellation instruction, it is possible to input the answer data again from step S25.

Steps S50 to S51 are processing steps after completion of correct and incorrect answer processing. When an execution instruction is given from the keyboard, the N counter 9g is counted up and the processing of the next study data is repeated from S11.

Steps S52 to S64 are the processing stages of step S12 when all study data have been processed.

If the current course is ■■, calculate the score based on the count value of the number of questions counter 9h and the count value of the number of correct answers counter 91, and if the result is either 0 to 59 points or 80 to 100 points, Corresponding prescribed marks (Fig. 2, 1
If the score is 60 to 79, only the score is displayed.

After checking the points in steps S65 to S70, if an execution instruction is given from the keyboard 2, a second start message will be displayed, and if an execution instruction is given again, the inter-start data number buffer 9a will hold f The two-way data number is set as the count value of the N counter 9g, the question number counter 9h and the correct answer number counter 91 are reset, and the study process is started again. Incidentally, if there is a cancellation instruction, the study process is ended.

Steps S71 to S80 are unique to course ■,
If the course flag is turned on in step S24, the data held in the correct answer data buffer 9d is displayed, and if there is a conversion instruction from the keyboard 2 (operated when the answer is thought f2 or the answer is correct), the correct answer message is displayed. is displayed, and the count value of the correct answer number counter 91 is counted up. Furthermore, it is checked whether the value of the N counter 9g, that is, the current data number is held in the incorrect data number buffer 9f, and if it is held, the data number is deleted. In addition, if there is a no-conversion instruction from keyboard 2 (operate if the answer you thought is wrong),
Displays the incorrect message and stores the value of the N counter 9g, that is, the current data number, in the incorrect data number buffer 9f.
to hold.

When the above processing is completed, the process enters step S50 and processes the next study data. Step S81 is specific to course ■, and the course ■ flag is turned on in step S24.
If so, the data held in the correct data buffer 91 is displayed as correct data. When this process is completed, the program enters step S50 and processes the next study data.

(G) Effects of the Invention According to this invention, by equipping a word processor equipped with a character input keyboard and a kana-kanji conversion dictionary with a study function, an operator can create his or her own problems.
Furthermore, since the operator is required to input answers to questions, study efficiency is improved.

Additionally, since the scoring results are automatically displayed, you can accurately check your own level of mastery. Furthermore, when the correct answer data is composed of alphanumeric characters, even if the answer data is composed of Chinese numerals, it can be regarded as the correct answer. Additionally, since the score is automatically scored and the result is displayed as a score and a predetermined message, it is possible to accurately check one's own learning level. In addition, since it is possible for the operator to declare whether or not the correct answer data for the question data is the same as the answer that the operator thought, it is possible to improve study efficiency by eliminating the need for keyboard operations to repeatedly input answers. .

[Brief explanation of drawings]

FIG. 1 is a block diagram showing the configuration of the present invention, FIG. 2 is a block diagram showing an embodiment of the invention, and FIGS. 3 to 18 are explanatory diagrams showing display contents of the embodiment shown in FIG. 19 to 23 are flowcharts showing the operation of the embodiment shown in FIG. 2. l...Character keyboard, 2...
Function keyboard, 3...encoding circuit, 4...input buffer, 5...CPU. 6...CRT display, 7...printer, 8...conversion processing section,
9...Study data processing unit, 11...Text data memory, 12...Kana-kanji conversion dictionary unit. 73 Figure

Claims (1)

[Claims] 1. A key input means, a conversion means for converting a character string input from the key input means into a sentence mixed with kanji, a text storage means for storing the converted text, and a display means or printing means for reading out the stored text. In a word processor equipped with a reading means for outputting data to a word processor, when study data consisting of a plurality of pairs of question data and correct answer data is stored in the text storage means, a specifying means for specifying desired study data using a key input means; an extraction means for extracting specified study data, a question data storage means for storing the extracted question data and displaying it on a display means, a correct answer data storage means for storing the extracted correct answer data, and a key input. a receiving means for accepting answer data input from the means and converted by the converting means; a collating means for collating the answer data with the correct answer data; a collation result storage means for sequentially storing the collation results; and a scoring calculation based on the collation results. A word processor with a study function, characterized in that it is equipped with arithmetic means for displaying the scoring results on a display means.