JP4205038B2 - Hole filling problem creating apparatus, computer program for filling hole filling problem, and recording medium recording the program - Google Patents

Description

  The present invention relates to, for example, a hole filling problem creating apparatus capable of automatically creating a hole filling problem for various problem exercises based on HTML text of a web page on the Internet, a computer program for creating a hole filling problem, and the like The present invention relates to a recording medium on which a program is recorded, a method for creating a hole filling problem, and the like.

  Conventionally, dedicated software for creating various hole filling problems has been provided, and by using such dedicated software, it is possible to create a hole filling problem on a personal computer at home and perform exercises (see Patent Document 1).

  In addition, content for various problem exercises is provided on the Internet web page, and the user uses such content on his home computer to perform exercises such as filling in on the web page. (See Patent Document 2).

JP 2000-267553 A (refer to pages 4 to 5, “0021” to “0029”, FIGS. 2 to 4 etc.) JP 2000-112324 A (refer to page 5, “0024”, page 6, “0039” to “0041”, FIG. 6, FIG. 7, etc.)

  By the way, in the above-mentioned dedicated software, it is necessary to use a dedicated product accompanying the dedicated software, and there is a problem that variations are scarce.

  In addition, when providing content for various problem exercises on a web page, the provider must prepare a special web page or program, etc., with effort and time for the questions. Without special technical skills, such content cannot be created.

  In addition, from the side of the user who wants to perform a problem exercise, only the existing fixed type provided as content can be used, and the questions cannot be given freely according to the user's wishes. There is a problem that the degree of freedom on the user side is low.

  The present invention has been made in view of the above problems, for example, by directly reading an arbitrary web page and automatically generating a hole filling problem, a computer program for hole filling problem creation, and The present invention provides a recording medium on which the program is recorded, a method for creating a hole filling problem, and the like.

In order to achieve the above object, the present invention provides
First, display means (for example, display 6) capable of displaying various information, and means for reading HTML text displayed on the screen of the display means and storing the text as a character string (for example, page reading) Means 300 and HTML character string object creating means 301), means for decomposing the stored character string into a plurality of pieces (for example, phrase decomposing means 302), and answer column candidate recognition information (for example, for each divided character string). , Answer field candidate ID tags) are associated with each other to generate answer field candidates having the recognition information, and answer field candidate group character string information (for example, HTML character string object 31, answer field candidates) composed of the plurality of answer field candidates. Group information 36 etc.) (for example, HTML object creation means 301, answer field candidate group creation means 306, etc.) and the character string of the answer field candidate Recognize font information (for example, font size, font height information, etc.) (for example, font information recognition unit 310), and display answer column display information (for example, answer column) for creating a filled answer column of a size corresponding to the character string. A means (for example, HTML file creation for answer field creation) for generating character string information for answer field creation (for example, HTML file 39 for answer field creation, etc.) is generated corresponding to each answer field candidate. Means 311) and means for displaying on the screen, instead of the character string displayed on the screen, a hole-filling answer field having a size corresponding to the character string of the answer field candidate based on the answer field display information. (For example, problem display means 312), and a hole filling problem creating apparatus characterized by comprising: and a hole filling for causing a computer to function as each of the above means Computer program for creating problems, and is formed using the computer-readable recording medium storing the program.

  The HTML text displayed on the screen is, for example, text (HTML text) created in an HTML format on an arbitrary web page selected by the user of the device, program, etc., other XML text, SGML text, etc. good. The decomposed character string is composed of a plurality of characters such as “English”, “teacher”, etc., but may be composed of a single character such as “I” or “a”. included. If comprised in this way, the HTML text of the arbitrary web pages on a screen will be decomposed | disassembled for every word, for example, answer field candidate recognition information will be matched for every word, and answer field candidate group character string information will be produced | generated, Since the answer column display information of the size corresponding to the character string is generated based on the font information of the answer column candidate character string, the text (characters) displayed on the screen based on the answer column display information is displayed. Column) or each word of the displayed sentence (character string) can be converted into a blanking answer column.

  Secondly, the input means (for example, the input device 7) capable of inputting characters, numbers, etc., and each answer field candidate and the question priority numerical value are associated with each other based on the question priority numerical value input from the input means. Means for creating answer field candidate group attribute information (for example, answer field candidate group attribute information 42, answer field candidate list 43e, etc.) (for example, question priority initial value table creation means 305, answer field candidate group attribute information creation means 307) Etc.) and a predetermined number of answer field candidates in the answer field candidate group attribute information from the higher priority of the above question priority numerical values, and there are lower answer field candidates that are not selected as answer fields And means for excluding the answer field candidate recognition information corresponding to the answer field candidate from the answer field candidate group character string information (for example, answer field candidate list creation means 308, answer field candidate group creation means 306, etc.). Also And a computer program for creating a hole filling problem for causing a computer to function as each of the above-described means, and a computer-readable recording medium storing the program. It is what is done.

  If comprised in this way, the user can designate the question priority numerical value for every answer column candidate (each word), for example, and according to the priority of the said priority numerical value, each answer column candidate is set to a filling-in answer column. Converted. Therefore, the user can determine the priority order of the words to be filled in the answer column by inputting the priority numerical value, thereby improving the learning efficiency and the like.

  Third, the answer field candidate associated with the question priority numerical value is any one of the word, idiom, specific phrase, character color, character type, etc. from the input means, or any one or more The hole filling problem creating apparatus according to the second aspect, which is a character string in the HTML sentence specified by designation, and a computer program for filling a hole filling problem for causing a computer to function as each means, and It is comprised by the computer-readable recording medium which memorize | stored the program.

  With this configuration, it is possible to specify the question priority numerical value by the character type such as Gothic, Italic, bold, underlined character, the color of the character such as red, etc. For example, only the red character in the HTML document can be designated as the answer column candidate It is possible to specify the question priority numerical value, and to expand the variation of the question priority numerical value specification. Any one or more designations means one or more designations within a range of words, idioms, etc. of a character string in an HTML sentence.

  Fourth, based on the question rate input from the input means, the answer column candidates of the answer column candidate group attribute information are as many as determined by the question rate from the highest priority of the question priority numerical value. The hole filling question creating apparatus according to the second or third aspect, and a computer functioning as each of the above means, comprising means for selecting (for example, answer column candidate list creating means 308, computing means 309, etc.) A computer program for creating a hole-filling problem and a computer-readable recording medium storing the program.

  With this configuration, the user can set the priority order of the answer field candidates by inputting the above question priority numerical values, and can further set the number of blanking answer fields determined by the question rate by inputting the question rate. . Therefore, the user can freely determine the difficulty level of the hole filling problem, for example, by arbitrarily setting the question rate.

  Fifth, means for providing a dictionary file (for example, dictionary file 60) in which a plurality of words are classified and stored for each word group (for example, for each part of speech), and for creating the answer column candidate group attribute information from the input means, Means for generating a question condition setting file (for example, the question condition setting file 45) that recognizes each question group priority number for each word group and associates each word group with the question priority value (for example, a question condition) Setting file creation means 350), means for confirming word group information (for example, personal pronoun group, article group, etc.) of answer column candidates with reference to the dictionary file (for example, part of speech information retrieval means 351), and the above question Means for determining the question priority numerical value of the candidate from the word group information of the answer column candidate with reference to the condition setting file (for example, question priority numerical value determination means 3 2), and a computer program for creating a hole filling problem for causing a computer to function as each means, and It is comprised by the computer-readable recording medium which stored the said program.

  Examples of the word group include various word groups such as a group of parts of speech, a word group of names of animals and plants, an English word group of grades for junior high school students, and the like. With this configuration, since the question priority numerical value is registered in the question condition setting file, a plurality of different sentences can be converted into a hole filling problem in accordance with the condition of the question priority numerical value defined in the file. Does not need to input a question priority numerical value for each word. That is, once the question condition setting file is registered, any plurality of types of HTML sentences, for example, can be converted into a filling problem under the conditions of the file.

  Sixthly, the HTML text displayed on the screen is an HTML text of a web page on the Internet arbitrarily selected by the operator from the input means. The hole filling problem creation apparatus described above, a computer program for hole filling problem creation for causing the computer to function as described above, and a computer-readable recording medium storing the program are configured.

  For example, by selecting an HTML sentence on an arbitrary web page, the user can convert the HTML sentence into a hole filling problem, and thereby can greatly expand the variation of the contents for creating the hole filling problem. .

  Seventh, means for comparing the match between the character string input from the input means in the blanking answer field on the screen and the character string before being converted into the blanking answer field (for example, correct answer judgment means 313); If both character strings match as a result of the comparison by the means for comparing, a message indicating that the answer is correct is displayed on the screen. If both character strings do not match, a message indicating that the answer is incorrect is displayed on the screen. And a filling-in question creation apparatus for causing a computer to function as each of the above-described means, and means for performing the filling-in question as described above, Computer program, and a computer-readable recording medium storing the program.

  With this configuration, for example, a blanking question is created from HTML text of an arbitrary web page, and the correctness of the character string input by the user based on the character string before conversion in the blanking answer column and the character string before conversion is correct. Can be displayed, and the result can be displayed. For example, it is possible to create a hole-filling problem that can make a correct / incorrect determination based on an arbitrary HTML sentence.

  Eighth, if the result of the comparison by the comparing means is correct, the question priority value of the answer field candidate is decremented. If the answer is incorrect, the question priority value of the answer field candidate is incremented. And a computer program for creating a burial problem for causing a computer to function as the means, and a means for creating the burying problem described above, characterized by comprising means (for example, updating means 315), and It is comprised by the computer-readable recording medium which memorize | stored the said program.

  With this configuration, it is possible to lower the question priority numerical value of the correct answer column candidate and increase the question priority numerical value of the incorrect answer column candidate by, for example, repeated user exercises. Thus, for example, it is possible to increase the probability that an English word that is not good is converted into the answer-filling column and perform effective learning.

  In addition, the HTML text displayed on the screen is read, the text is stored as an HTML character string object (for example, HTML character string object 31 etc.), the character string of the stored HTML character string object is decomposed into words, An answer column candidate recognition ID (for example, answer column candidate ID tag) is associated with each decomposed word of the HTML character string object to generate a plurality of answer column candidate groups, and the font of each character string of the answer column candidate group Recognize information and create answer field creation HTML file (39) by generating answer field display information corresponding to each answer field candidate to create a hole-filled answer field of the size corresponding to the character string Then, based on the answer field display information, a hole-filled answer field of a size corresponding to the answer field candidate character string is substituted for the character string displayed on the screen. Te is formed using the hole filling problems creation method and displaying on the screen.

  That is, page reading means 300, HTML character string object creating means 301, phrase disassembling means 302, answer field candidate group creating means 306, font information recognizing means 310, answer field creating HTML file creating means 311 which are functions of the computer program, This is a method for creating a hole-filling problem using the problem display means 312 or the like, in which the page reading means 300 reads the HTML text displayed on the computer screen, and the HTML character string object creating means 301 stores the text as an HTML object. Then, the answer column candidate group creating unit 306 associates each word of the HTML character string object decomposed by the phrase decomposing unit 302 with the answer column candidate recognition ID to generate a plurality of answer column candidate groups, and the font information recognizing unit 310. Is the font of each character string in the answer column candidate group By recognizing the information, the answer field creation HTML file creation means 311 generates answer field display information corresponding to each answer field candidate for creating a hole-filled answer field of a size corresponding to the character string. A field creation HTML file is created, and the question display means 312 is configured by a hole filling question creation method that displays on the screen instead of the character string of the answer field candidate based on the answer field display information.

  Also, providing the client computer installed with the computer program for creating a hole filling problem from the content provider computer with HTML text for creating the hole filling problem or a web page including the HTML text via a computer network. It is comprised by the network delivery method of the hole filling problem characterized by this.

  With this configuration, the content provider does not need to create a special program or web page for problem exercises, and only has to provide an HTML-formatted web page similar to normal text. It is possible to provide content for the hole filling problem.

  The answer column candidate group character string information and answer column candidate group attribute information are provided from a computer to a client computer via a computer network, and are configured by a network distribution method for a hole filling problem.

  The computer-readable recording medium is configured by a computer-readable recording medium that records the answer column candidate group character string information and the answer column candidate group attribute information.

  These answer field candidate group character string information and answer field candidate group attribute information are preferably created by the computer program for creating a hole filling question. By configuring in this way, for example, by setting only the question rate on the answerer side according to his / her ability, it is possible to perform effective learning, such as gradually increasing the difficulty of the hole filling problem and performing exercises. .

  In addition, the computer program is distributed by a network distribution method for a hole filling problem, which is distributed via a network.

  With this configuration, the program can be created in, for example, an applet format and distributed to an arbitrary personal computer, so that the hole filling problem according to the present invention can be displayed and exercised on any personal computer. is there.

  Further, the present invention comprises a hole filling problem creating method characterized in that a hole filling problem is created by a client computer loading and executing the computer program for creating the hole filling problem work from a server.

  The loading of the program on the client computer is performed automatically or based on the operation of the operator. The computer program is preferably a program that can be executed by the browser software of the client computer, such as a program in the form of an applet, ActiveX, script, Java (registered trademark) Script, or the like.

  In the hole filling problem creating method, the client computer has a function of reading content on another server via the server loaded with the computer program, and the computer program Is formed by a hole filling problem creating method characterized by creating a hole filling problem based on the above.

  The other server (85) is a provider of hole filling content (HTML text or the like), and is not limited to one, but may be a plurality of servers.

  Further, the above-mentioned filling-in-problem creation method is configured by a filling-in-problem creation method characterized in that a computer executing the filling-in-placement problem creation method notifies other computers of the progress of the answer to the filling-in question. .

  In other words, to notify the other computers of the progress of answering the answer to the hole filling problem, for example, the character string inputted in the answer column, the correct character string, the answer column candidate ID, etc. It means notifying. Other computers include various devices that can be connected to a network such as the Internet, such as a personal computer and a mobile phone. The notification can use e-mail, for example. If comprised in this way, the progress of the answer of a hole-filling problem can be notified to the teacher of the cram school etc. which exist in the place distant substantially in real time, and this teacher can confirm the state of a student's learning.

  Incidentally, in this column, the reference numerals of the constituent elements in the embodiments of the invention corresponding to the configuration of the present invention are given, but this is added to clarify the correspondence between the two, and the present invention Of course, it is not limited to these components.

  As described above, according to the present invention, since the filling problem can be created from the text displayed on the computer screen, for example, the user can select the material of the filling problem from the web page on the Internet. Since it can be arbitrarily selected and no dedicated content is required, it is possible to dramatically expand the variation of the material of the hole filling problem.

  Further, the user can set the question of the burying problem according to his / her wish by inputting the question priority numerical value, thereby creating a burying problem with a high learning effect.

  Further, the user can input the question rate, and can create a burial problem with a high learning effect by freely determining the difficulty level of the burial problem according to the amount of the burying answer column.

  In addition, because it is possible to create a blanking answer column of an appropriate size according to the font size of the character string, for example, even an arbitrary web page can be specified without significantly changing the layout of the page Only the character string can be used as the fill-in answer column, and a very easy-to-read fill-in question can be created.

  Further, by providing the program of the present invention through a network, it is possible to execute the hole filling problem of the present invention by browser software of a client computer, and to realize a highly versatile program for creating a hole filling problem. it can.

  In addition, since the manager at a remote location can monitor the progress of the answer to the burying problem, it is suitable for use in a learning institution such as a cram school.

  Hereinafter, the present invention will be described in detail.

  FIG. 1 shows the electrical configuration of the present invention. In the figure, reference numeral 1 denotes a personal computer in which a program according to the present invention is installed, a communication control device 2 for performing input / output control of various files with the Internet I, and an internal memory 3 in which various programs are stored. , An internal memory 4 for storing various data files created in the process of executing the program, a display 6 and an input device 7 such as a keyboard connected via an input / output control device 5, a hard disk as an external storage device 8. Based on various programs stored in the internal memory 3, the CPU 9 is configured to control the creation of a hole-filling problem sentence, display of a hole-filling problem sentence, storage of various files, and the like.

  The internal memory 3 stores the WWW browser software 10 for displaying HTML text and the like on the display 6, and programs shown in FIGS. 22 to 25, 27, 28, etc. A control applet / control software 11 (hereinafter referred to as control software 11), which is a program for creating, and a program (FIG. 26) for controlling input of an answer column to a question sentence displayed on the display 6. An answer field input applet / control software 12 (hereinafter referred to as control software 12) is stored. Further, in the internal memory 4, as shown in FIG. 2, HTML character string objects 31 to 34, answer column candidate initial value table 41, answer column candidate group information 34 to 38, The answer column candidate group attribute information 42, answer column candidate lists 43a to 43e, the question condition setting file 45, and the like are stored.

  The hard disk 8 stores an answer column candidate list 44 and an answer column creation HTML file 39 in the course of executing the control software 11 and 12, and a dictionary file 60 and the like are stored in advance.

  FIG. 3 is a functional block diagram in which functions of a program for creating a hole filling problem according to the present invention are made into a block. First, an outline of the present invention will be described based on the blocks. For example, the web page 100 (FIG. 4 (B)) displayed on the display 6 (text generated in the HTML format, and the source display of this text is shown in FIG. 4 (A)) is input from the input device 7 such as the user. (S1 in FIG. 22) is read by the page reading means 300, and the HTML character string object creation means 301 creates the HTML character string object 31 (see FIG. 6) storing each character and HTML tag based on the web page. (S2 and S3 in FIG. 22). Thereafter, the HTML character string object 33 (see FIG. 8) is generated by disassembling the HTML character string for each phrase by the phrase disassembling means 302 (see FIG. 22). Next, the question condition screen creation means 303 creates the question condition screen 101 (FIG. 14), and the question condition screen display means 304 displays the question condition screen 101 on the display 6 (FIG. 14, FIG. 22 S6). The user or the like inputs the question priority value and the question rate for each word from the input device 7 based on the screen 101 (S7 in FIG. 22). The question priority initial value table creation unit 305 creates a question priority numerical value initial value table 41 (see FIG. 15) in which the question priority numerical values are associated with each word based on the input question priority numerical values. FIG. 22S8).

  Next, the answer column candidate group creation means 306 creates answer column candidate group information 34 (see FIG. 9) by attaching answer column candidate ID tags <Zxxxx> to <Zxxxx> to each word of the HTML character string object 33. (S9 in FIG. 22), and the answer field candidate group attribute information creation unit 307 creates answer field candidate group attribute information 42 (see FIG. 16A) in which the answer field candidate ID tag and the question priority numerical value are associated with each other. (S10 in FIG. 22). The answer column candidate group creation means 306 reads the HTML tag into the answer column candidate group information 34 (FIG. 9) and creates answer column candidate group information 36 (see FIG. 11) (S12 in FIG. 23).

  Next, the answer column candidate list creation means 308 refers to the answer column candidate group information 36 (FIG. 11) and the answer column candidate group attribute information 42 (FIG. 16 (a)), and sets the answer column candidates as question priority levels. An answer column candidate list 43b (FIG. 17B) rearranged in numerical order is created (FIG. 23S14), and answer column candidates with question priority numbers “10” and “0” are deleted from the list 43b (FIG. 23 S15). ). Thereafter, the list creation means 308 performs the calculation of the equation (1) (described later) by the calculation means 309 to create the answer column candidate list 43d (FIG. 17 (d)) considering the question priority numerical value and the question rate ( FIG. 23S16). Then, an answer field candidate list 43e (FIG. 17 (e)) is created by adding the answer field candidates with the question priority numerical value “10” to the list 43d (S17 in FIG. 24).

  Next, the answer column candidate group creation means 306 refers to the answer column candidate list 43e and deletes the answer column candidate ID tag of the answer column that does not become the answer column candidate from the answer column candidate group 36 (FIG. 11). Column candidate group information 37 (FIG. 12) is created (FIG. 24S18), and HTML tags are expelled from the answer column candidate ID tags of the answer column candidate group information 37, and answer column candidate group information 38 (FIG. 13) is obtained. It is created (S19 in FIG. 23). Thereafter, the font information recognition unit 310 reads the font information, and the answer column candidate list creation unit 308 creates a filled answer column corresponding to the character size of each answer column candidate in the answer column candidate list 43e. The information is added to create an answer column candidate list 44 (see FIG. 19) (S22 in FIG. 24).

  Then, the answer field creation HTML file creation means 311 reads the answer field candidate of the answer field candidate group information 38 by the answer field candidate ID tag, reads the character size of the answer field candidate from the answer field candidate list 44, and An applet tag for creating a hole filling answer field having a size corresponding to the character string of the field candidate is added to the answer field candidate group information 38 (FIG. 13) to create an answer field creating HTML file 39 (FIG. 20). (S23 to S28 in FIG. 25). Thereafter, the HTML file 39 is displayed on the display 6 by the problem display means 312 (browser 10) (S30 in FIG. 25). As a result, as shown in FIG. 21 (B), a blanking answer column (screen 102) having a size corresponding to the character string is displayed on the display 6.

  The user inputs characters into the filling answer column 50 displayed on the screen 102 (S32 in FIG. 26). Then, the correct answer discriminating means 313 compares the input character with the character string corresponding to the answer column 50 of the HTML file 39 (S33, S34 in FIG. 26), and the correct / incorrect display means 314 shows correct or incorrect information on the display 6. Is displayed (FIGS. 26 S35 and S36). As described above, according to the present invention, an arbitrary web page 100 can be directly converted into a hole filling problem (screen 102).

  Next, the details of the operation of the present invention will be described in accordance with the operation procedure shown in FIGS.

  First, the user selects and designates an arbitrary web page desired to be a hole filling problem from the input device 7 (S1 in FIG. 22). The user connects the computer 1 to the Internet I and selects an arbitrary web page, whereby the web page is displayed on the display 6 by the browser 10. Here, for the sake of simplicity, the user selects the sample web page 100 (HTML format text) shown in FIG. 4 (a), and the web page 100 is displayed on the display 6 as shown in FIG. 4 (b). (S1 in FIG. 22).

  In step S2, the control software 11 (page reading means 300) reads the contents of the specified page 100, and the HTML character string object creating means 301 reads the HTML document for each character in the HTML shown in FIG. It stores in the tagged object, generates the HTML character string object 31 shown in FIG. 6 having the structure in which the objects are connected, and stores the object 31 in the internal memory 4 (S3 in FIG. 22). This HTML-tagged object stores one character and an HTML tag immediately before the character, whereby the internal memory 4 stores each character and its associated HTML tag in association with each other.

  Next, the control software 11 (HTML character string object creating means 301) removes the HTML tag from the object 31 in order to search for the character string of the object 31 in a form in which the HTML tag of the character string object 31 is removed. The character string is stored in the internal memory 4 as the HTML character string object 32 shown in FIG. 7 (S4 in FIG. 22).

  Next, the phrase decomposing means 302 decomposes the HTML character string object 32 for each word by the phrase decomposing process (FIG. 27) (S5 in FIG. 22). First, in the case of Japanese (see FIG. 27), the first character 1 “sa” and the next character 2 “n” are read from the character string object 32 (FIG. 7) (S101 in FIG. 27), and the character 1 “sa” is read. And the character 2 “n” are determined to be the same type (S102 in FIG. 27). In addition, as a character type here, as an example, (1) space (half-width, full-width), tab, (2) line feed, (3) full-width hiragana, (4) full-width katakana, (5) half-width kana, (6) half-width numbers , (7) full-width numerals, (8) half-width alphabets, (9) full-width letters, (10) kanji, (11) other (“,”, “.”), Etc. In the above case, since both are katakana and the same type, the process proceeds to step S106, and it is determined that the character 1 “sa” and the character 2 “n” are not the boundary of the clause. For the character “I am”, it is determined in step S102 that the first character 1 “I” and the next character 2 “ha” are of different types, and the process proceeds to step S103. In step 103, character 1 is kanji. It is determined whether or not the character 2 is a hiragana character. In this case, the character 1 “I” is a kanji character and the character 2 “ha” is a hiragana character, so the process proceeds to step S106, and “I am” is not a sentence boundary. To be judged.

  On the other hand, for the character “ha English”, it is determined in step S102 that the first character 1 “ha” and the next character 2 “English” are of different types, and in step S103 character 1 is a kanji character and character 2 is a hiragana character. In this case, since this condition is not met, the process proceeds to step S104, where it is determined that the character 1 “ha” and the character 2 “English” are the boundaries of the phrase. In this way, the Japanese phrase is judged, and in the case of "I am an English teacher", it is broken down into three phrases, "I am an English teacher" and "." An HTML character string object 33 (FIG. 8) is created in the manner described above, and the object 33 is stored in the internal memory 4. In the object 33 in FIG. 8, “I am”, “English teacher”, “Is”, “.” Are decomposed into four clauses, but such disassembly can be performed by the flow shown in FIG. That is, in step S301 in FIG. 49, it is determined that “I” and “ha” are different types, and in step S302, this character type difference is determined as the first time in one sentence, and “I” and “ha”. Is not a boundary between phrases (S305 in FIG. 49). Next, in step S302, it is determined that the difference between the character types of “ha” and “English” is not the first time in one sentence. In step S303, “ha” and “English” are determined to be a boundary between phrases. Similarly, since the difference between the character types of “teacher” and “de” and “su” and “.” Is not the first time in step S302, it is determined in step S303 that each is a boundary between clauses. I am broken down into four clauses: "English teacher", "Is", "." Whether or not it is the first time in one sentence can be determined as a new sentence based on “.” In the previous sentence.

  In the case of English, as shown in FIG. 28, two characters are read (FIG. 28S110), and it is determined whether any of the two characters is a blank or a period (FIG. 28S111). If the character is blank or a period, it is determined that there is a phrase at the boundary between the two characters (FIG. 28S112). . For example, if "You are a boy." Is done. Then, the above processing is performed for all characters (S113 in FIG. 28) and stored in the internal memory 4 as an HTML character string object 33 (FIG. 8) in a form separated for each phrase.

  The other character strings are also decomposed in the same manner, and the HTML character string object 33 shown in FIG. 8 is generated for each word by the above-described phrase decomposition processing. Is stored in the internal memory 4 (S5 in FIG. 22).

  Here, another embodiment of the phrase disassembly process will be described below. Words to be filled in the hard disk 8 are stored in advance as idiom files 60 '(FIG. 29 (a)). This word shows examples of Japanese and English in the file 60 ', but other words may be used. For example, short phrases such as “English teacher” or idioms such as “take care of” are stored in the hard disk 8 as idiom files 60 ′. Then, in the phrase disassembling process in step S5 (FIG. 22), the phrase disassembling process of FIG. 38 is executed before executing the phrase disassembling process of FIGS. That is, the control software 11 (the phrase disassembling means 302) refers to the idiom file 60 ′, and first, whether or not there is a phrase that matches the idiom in the idiom file 60 ′ in the HTML character string object 32 (FIG. 7). (S150 in FIG. 38).

  Here, for example, if there is a sentence “I am an English teacher” as the HTML character string object 32, the phrase “English teacher” is included in the HTML character string object 32. Then, the control software 11 (the phrase disassembling means 302) detects this (S150 in FIG. 38), divides the matched phrase “English teacher” into one phrase, and the sentence “I am” before the phrase is changed to the above FIG. It is decomposed into phrases by the phrase disassembling process of FIG. 49 (FIG. 28 in the case of English) (S151 in FIG. 38). Thereafter, the above “English teacher” is recognized as a phrase (FIG. 38S152), and the sentence “I” after the matched portion “English teacher” is recognized as a sentence to be decomposed (FIG. 38S153), and then the step Returning to S150, repeated phrase decomposition processing is performed for the subsequent sentences (S153 to S150 in FIG. 38). If there is no word that matches the idiom file 60 'in step S150, the process proceeds to step S154 to perform normal phrase decomposition processing (the processing in FIG. 27, FIG. 28, or FIG. 49). The above sentence “I am an English teacher” is decomposed into “I am” “English” and “I am a teacher” in the normal process (FIG. 27), and “I am” “English” “ ”,“ Teacher ”, and“ is ”, but in the above processing, the phrase“ English teacher ”registered in the idiom file 60 ′ is preferentially recognized as a phrase, and“ I am ”“ English ” It is broken down into three clauses, like “teacher” and “is”.

  Therefore, for example, the “English teacher” portion can be made into a hole filling answer column by the processing described later. Similarly, even in English, if there is an idiom “take care of” registered in the HTML string object 32, for example, in the idiom file 60 ′, the “take care” is processed by the same processing as described above. The idiom of “of” can be recognized as one phrase, and “take care of” can be converted into one fill-in answer column by the processing described later. With this configuration, if an important phrase such as “take care of” or “in front of” in English is registered in the idiom file 60 ′ (FIG. 29A) in advance, such an important phrase is stored. Can be preferentially converted into a hole filling answer column as one lump, and the learning effect can be further enhanced. Similarly, by registering “boy” in the file 60 ′ in advance, as shown in FIG. 8, “you are” “boy” “is” “.” Can be disassembled. As described above, various methods can be used to determine where the sentence is divided depending on which clause, word, character, or the like is filled. In addition, for example, when studying Japanese, studying world history, the user can select how to divide phrases (FIGS. 27, 28, 38, 49, etc.). .

  Next, the control software 11 (question condition screen creation means 303) displays the question condition setting screen 101 shown in FIG. 14 on the display 6 (S6 in FIG. 22). In this case, the control software 11 (question condition screen creation means 303) reads out the words subjected to the phrase decomposition processing from the character string object 33 for each phrase and displays them on the display 6 as shown in FIG. The priority numerical value input field 64 and the question rate input field 61 are displayed (see FIG. 14). Here, it is assumed that the question priority numerical value is input for each word from the input device 7 as shown in FIG. 14 (S7 in FIG. 22). When the phrase disassembly process of FIG. 38 is performed, the above-mentioned question condition screen creation means 303 uses the same words as “I am”, “English teacher”, “I”, etc. To display.

  Here, the question priority numerical value is to determine the priority of the question composed of numbers from 0 to 10, and by the following processing, the larger the number, the easier the word becomes a blanking answer column, The smaller the number, the more difficult it becomes to fill in the answering columns. In addition, the question priority numerical value “10” is always in the blanking answer column, and when the numerical value is “0”, the processing is performed so that the question filling priority column is not entered. Therefore, for example, the user can set a high priority level for English words that are not good for him / herself or the problem-solving person, and can set the numerical value for English words that do not need to be practiced so low. By setting to, a more useful hole filling problem can be created.

  Further, the user or the like inputs the question rate from the input device 7 based on the screen 101. Here, it is assumed that 93% is input as the question rate. Here, the question rate is determined by the percentage of all answer field candidates, and the number of the answering answer fields is determined as a percentage. If the answer is 100%, all answer field candidates other than the question priority numerical value 0 are filled in answers. It becomes a column.

  The control software 11 (question priority initial value table creation means 305) is a question priority numerical value initial value table in which each word is associated with a question priority numerical value based on the question priority numerical value input in step S7. 41 (FIG. 15) is created, and the table 41 is stored in the internal memory 4 (S8 in FIG. 22).

  Next, the control software 11 (answer column candidate group creation means 306) converts each word into an answer column candidate while referring to the question priority initial value table 41 (S9 in FIG. 22). As described above, the word with the question priority numerical value “0” is not converted into the answer field candidate. Specifically, each word is read out from the HTML character string object 33 (FIG. 8), and answer column candidate ID tags <Zxxxx> and </ Zxxx> are added before and after the word that becomes the answer column candidate in FIG. The HTML character string object 34 shown is created and stored in the internal memory 4 (S9 in FIG. 22). A serial number is assigned to the “xxxx” portion of the <Zxxxx> tag from the beginning of the answer column candidates. That is, the word “sample” is <Z1>, “I” is <Z2>, the last “I” is <Z16>, and 16 answer column candidates are generated in total in the above sentence. As a result, an HTML character string object 34 shown in FIG. 9 (hereinafter, this character string object 34 is referred to as “answer column candidate group information 34”) is created, and the answer column candidate group information 34 is stored in the internal memory 4 ( FIG. 22S9).

  Then, the control software 11 (answer field candidate group attribute information creating means 307) obtains the answer field candidate ID tag number of the answer field candidate group information 34 (FIG. 9) and the question priority numerical value of the word corresponding to the number Is read out from the question priority numerical initial value table 41, answer column candidate group attribute information 42 shown in FIG. 16A is created and stored in the internal memory 4 (S10 in FIG. 22). When the answer column candidate group information 34 (FIG. 9) and the HTML tag in the HTML character string object 31 (FIG. 6) are associated with each other, the HTML character string object 35 shown in FIG. 10 is obtained. (S11 in FIG. 23). The control software 11 (answer field candidate group creation means 306) reads out the HTML tag corresponding to each character from the HTML character string object 31 (FIG. 6), and displays the HTML tag associated with each word in the answer field. The information is read into the candidate ID tag, and the answer column candidate group information 36 shown in FIG. 11 is created and stored in the internal memory 4 (S12 in FIG. 23). Here, a portion surrounded by <Zxxxx> to </ Zxxxx> is an answer column candidate.

  Then, the control software 11 (answer column candidate list creation means 308) refers to the answer column candidate group information 36 (FIG. 11) and the answer column candidate group attribute information 42 (FIG. 16 (a)), and answers column candidate ID tags. Then, the question priority numerical value corresponding to the ID tag and the word as each answer field candidate are read out, and the answer field candidate list 43a shown in FIG. 17A is created and stored in the internal memory 4 (S13 in FIG. 23). After that, the words in the list 43a are rearranged in descending order of the question priority numerical values to create the answer column candidate list 43b shown in FIG. 17B (S14 in FIG. 23). At this time, words with the same question priority numerical value (for example, “I am” or “you are” of the question priority numerical value “5”) are randomly determined by random numbers.

Next, the list creating means 308 excludes the answer column candidate list 43c from which the question priority numerical value “10” (English) and “0” (English teacher) are excluded from the answer column candidate list 43b (FIG. 17 ( C)) is created (FIG. 23 S15). Then, referring to the question rate 93% stored in the internal memory 4, the calculation means 309 performs the following calculation to obtain the number of answer column candidates (S16 in FIG. 23).
Number of answer field candidates = [Number of answer field candidates other than the question priority values “10” and “0”]
* Question rate / 100 ... (1)
Here, since the question rate is 93% and [the number of answer field candidates other than the question priority numerical values “10” and “0”] is 14, the number of answer field candidates to be determined from the above equation (1) is as follows. The number is 13 (S16 in FIG. 23). Ignore the decimal places.

  Accordingly, the answer column candidate list creation means 308 converts the top 13 th word into the answer column candidates in the answer column candidate list 43c of FIG. A list 43d (FIG. 17D) is created (S16 in FIG. 23). That is, “You” (question priority numerical value 2) which is the 14th answer field candidate in the answer field candidate list 43c is deleted. Then, the word “English” having the question priority numerical value 10 is added to the answer column candidate list 43d to create a final answer column candidate list 43e (FIG. 17E), and the list 43e is stored in the internal memory 4 (S17 in FIG. 24).

  Next, the answer column candidate group creation means 306 refers to the answer column candidate list 43e (FIG. 17 (e)), and “you” that is not an answer column candidate from the answer column candidate group information 36 (FIG. 11). The answer column candidate ID tag <Z10> </ Z10> is deleted, and answer column candidate group information 37 (FIG. 12) is created and stored in the internal memory 4 (S18 in FIG. 24). Then, in the answer column candidate group information 37 of FIG. 12, the HTML tag surrounded by the answer column candidate group ID tag is driven out of the answer column candidate group ID tag (FIG. 24S19), and the final result shown in FIG. The answer column candidate group information 38 is created, and the answer column candidate group information 38 is stored in the internal memory 4 (S19 in FIG. 24). As a result of this processing, the answer column candidates are only the characters between the answer column candidate ID tags <Zxxxx> to </ Zxxxx> having no HTML tag (S19 in FIG. 24). At this point, the “sample” heading HTML tag <H1> </ H1> is removed from the answer field candidate ID tag and ignored.

  Next, the size (height and width) of the answer filling column is detected, and an answer column candidate list 44 (FIG. 19) is created (S20 in FIG. 24). The control software 11 (font information recognition means 310) reads the initial font information 400 (FIG. 18A) from the setting file (S20 in FIG. 24) and recognizes it as default font information. Then, the answer column candidate list creation unit 308 determines font information of each answer column candidate group for each answer column candidate while referring to the HTML tag of the answer column candidate group information 38 (FIG. 13) and the font information 400. To do. In the present embodiment, the font color of “English” (Z5) is red, “I” (Z2), “am” (Z3), “an” (Z4), “English” (Z5) based on the HTML tag. Is designated as Italic, and the others are defaults, so that it is registered in the answer column candidate list 44 (FIG. 19) (S20 in FIG. 24). Note that the heading HTML tag of the character string “sample” is ignored as described above, and therefore the “sample” is recognized as default font information.

  Further, the height of the filled answer column corresponding to each answer column candidate is determined with reference to the font information data 401 (font size and font height correspondence data 401) shown in FIG. The length of the hole filling answer column is determined by the number of characters of the font size of the character (that is, the length of the hole filling answer column = the width of one character determined by the font size × the number of characters). The list creation means 308 detects that only the font size of “boy” (Z13) is “1” based on the HTML tag of the answer column candidate group 38 and refers to the corresponding data 401 to determine the answer. Only the height of the answer field of the field candidate “boy” is registered as “4”, and otherwise, “16” which is the height of the default initial font size “5” is set as the height of the hole filling answer field in the list 44 above. Registration is performed (S21 in FIG. 24). The answer column candidate list 44 (FIG. 19) shown in FIG. 19 is created by the above processing. Thus, the size (height and width) of the answer-filling column corresponding to each answer field candidate and its font information is determined (S22 in FIG. 24).

  Next, the answer field creation HTML file creation means 311 creates the answer field creation HTML file 39 as the HTML file shown in FIG. 20 based on the candidate list 44 (FIG. 25). First, the control software 11 (answer file creation HTML file creation means 311) analyzes the answer field candidate group information 38 (FIG. 13) using an HTML tag. First, it is determined whether or not the first HTML tag <HTML> is an answer column candidate ID tag (S23 in FIG. 25). In this case, since <HTML> is not an answer field candidate ID tag, the character string <HTML> is added as it is as the answer field creation HTML file 39 (see <HTML> at the beginning of FIG. 25 S31 and FIG. 20). Subsequent tags <H1> are processed similarly.

  Next, when the answer column candidate ID tag is <Z1> (S23 in FIG. 25), the word "sample" surrounded by the answer column candidate ID start tag <Z1> and end tag </ Z1> is extracted. (FIG. 25 S24), the font size (5), font color (black), answer column height (16), answer column width (**) corresponding to the answer column candidate ID tag Z1 from the answer column candidate list 44. ) Is extracted (S25 in FIG. 25), and the size of the filled-in answer column corresponding to the font size of the answer column candidate “sample” (Z1) is specified from these pieces of information. Specifically, an applet tag for displaying on the display 6 a filled-in answer column consisting of a height (16) and a width (**) corresponding to the size of the character of “sample” which is an answer column candidate ( <APPLET WIDTH = “**” HEIGHT = “16” CODE = “... Class”>) is added to the answer field creation HTML file 39 (FIG. 20, FIG. 25 S26).

  Next, it is specified that the answer of the answer field candidate (Z1 = sample) in the hole-filled answer field is the word “sample” and the answer field candidate ID = Z1. Specifically, an applet tag (<PARAM NAME = “ID” VALUE = “Z1” for transferring the word <sample> and ID = Z1 to the applet (source program “... class” as the control software 12). “> <PARAM NAME =“ WORD ”VALUE =“ Sample ”> </ APPLET>) is added (FIG. 20, FIG. 25S27). Thereby, the control software 12 can associate each filled-in answer field with a character string to be input to the answer field, that is, a character string (answer) before being converted into the filled-in answer field. The applet tag is the answer column display information. Thereafter, all the character strings in the answer column candidate group information 38 (FIG. 13) are sequentially performed in the same manner (S28 in FIG. 25). As a result, the answer column creation HTML file 39 shown in FIG. 20 is created. 311 stores the file 39 in the hard disk 8 (S29 in FIG. 25).

  After that, the control software 11 (question display means 312) displays the answer column creation HTML file 39 on the display 6 by the WWW browser 10 (S30 in FIG. 25). As a result, as shown in FIG. 21 (b), the filled-in answer column 50 corresponding to the font size of each answer column candidate is displayed on the display 6. Thus, the user can input characters into each of the hole filling answer fields 50 while looking at the screen 102. Since the answer column creation HTML file 39 has font information of each character string (answer column candidate) before conversion, the screen 102 has characters on the screen 100 compared to the screen 100 before conversion. However, the state is converted into the blanking answer column 50 having a size corresponding to the font size while maintaining the display position. Since the HTML tag <H1> </ H1> is ignored as described above, except for the character string “boy” specifying the font size, it is displayed as a blanking answer column having the same height. Further, since the HTML file 39 for creating the answer column holds the HTML tag information of the original HTML document, the character string (each answer) It is possible to create a fill-in answer column 50 having a size corresponding to the font size of the column candidate).

  Next, the user inputs characters into the first answer-filling column 50 '(S32 in FIG. 26). Then, the correctness / incorrectness determination means 313 of the control software 12 (answer field input applet / control 12) determines that the hole-filled answer field is ID = Z1 based on the applet tag (answer field display information) in the answer field creation HTML file 39. And that the answer corresponding to the hole filling answer field (ID = Z1) is “sample” (S33 in FIG. 26), and the input character string matches “sample”. Is determined (S34 in FIG. 26). As a result, when the correct / incorrect display means 314 of the control software 12 determines that they match, “◯” is displayed in the answer column on the display 6 to inform the user that the answer is correct (S35 in FIG. 26). Thereafter, the fact that the answer column (ID = Z1) is correct is stored in the internal memory 4 corresponding to the ID (see S37 in FIG. 26 and the correct / incorrect file 70 in FIG. 40). On the other hand, if the input character string does not match “sample”, the correct / incorrect display means 314 displays “x” in the answer column on the display 6 to inform the user that the answer is incorrect ( FIG. 26S36). Similarly, the fact that the ID (Z1) is incorrect is stored in the correct / incorrect file 70 in correspondence with the ID (see FIG. 26S37 and FIG. 40). Note that the processing for displaying the filling-in answer column in step S29 shown in FIG. 25 and the correct / incorrect discrimination display processing (control software 12) in steps S32 to S38 in FIG. 26 are designated by the applet tag in the answer column creating HTML file 39. Created as an applet (source program “... Class”) and registered in the internal memory 3. In addition, the display of the said correct answer and an incorrect answer is not restricted to said (circle) x, It can display by various methods.

  Next, a configuration in which the question priority numerical value is changed in the range of 1 to 9 based on the determination result by the correctness determination means 313 will be described. It should be noted that the answer column candidate having the question priority numerical value “10” or “0” is processed so as not to be changed. First, after the determination process of step S38 in FIG. 26 is completed, the control software 12 (update means 315) performs the question priority value update process shown in FIG. Here, it is assumed that “I” of answer field candidate ID = Z2 is correct and “teacher” of answer field candidate ID = Z6 is incorrect as the answer result of the user. First, the control software 11 (update means 315) looks at the answer results in each of the hole filling answer fields of the correct / incorrect file 70 one by one (S160 in FIG. 39). In the case of the answer column candidate Z2, the correct character “I” in the hole-filled answer column corresponding to Z2 is recognized by the applet tag, and referring to the answer column candidate attribute information 42 (FIG. 16 (a)), It is determined whether the question priority numerical value of Z2 is 9 or less and 1 or more (FIG. 39S161). In this case, since the priority numerical value of Z2 is “5”, the process proceeds to the next step S162, and it is determined whether or not the answer column Z2 is correct by referring to the correct / incorrect file 70 (FIG. 39S162).

  As a result, it is detected that “I” of Z2 is a correct answer, and the control software 11 (update means 315) decrements the question priority value “5” of Z2 (decreases by one by default) to “4”. And the question priority numerical value of Z2 in the answer column candidate group attribute information 42 is rewritten from “5” to “4” (see answer column candidate group attribute information 42 in FIG. 16B). In other words, the correct answer column is judged to have improved the learning effect, and the question priority numerical value is lowered to reduce the probability that the answer column will be converted to the hole-filled answer column. Also, the updating means 315 recognizes the correct answer character “teacher” in the hole filling answer column corresponding to the answer column candidate Z6 by using an applet tag, for example, and refers to the answer column candidate attribute information 42 (FIG. 16A). Then, it is determined whether or not the question priority numerical value of the Z6 is 9 or less and 1 or more (S161 in FIG. 39). In this case, since the priority numerical value of Z2 is “5”, the process proceeds to the next step S162, and it is determined based on the correct / incorrect file 70 whether or not the answer field is correct (FIG. 39S162).

  In this case, since “teacher” of Z6 is an incorrect answer, the control software 11 (update means 315) increments the question priority numerical value “5” of Z6 (by one by default) to “6”, The question priority numerical value of Z6 in the answer column candidate group attribute information 42 is rewritten from “5” to “6” (see answer column candidate group attribute information 42 in FIG. 16B). That is, it is determined that the incorrect answer column does not yet show the learning result, and the question priority value is incremented to increase the probability of being converted to the blanking answer column (S163 in FIG. 39). If the question priority value of the answer field candidate is 9 or less and does not meet the condition of 1 or more in step S161, the question priority value is 10 or 0, so the process returns to step S160 without updating anything. . Also, in the processing of steps S163 and S164, the numerical values above 9 and below 1 are not used. In this way, when the user answers the hole-filling problem, the answer column candidate group attribute information 42 is updated from FIG. 16 (a) to FIG. 16 (b), for example, by the user's correct or incorrect answer. Answer column candidate group attribute information 42 is stored in the internal memory 4.

  Thereafter, when the user exercises the same question (the HTML file 39 for creating the answer field (FIG. 20), the file 39 may be designated to be read from the hard disk 8 (S180 in FIG. 41). 41, the control software 11 recognizes that the HTML file 39 on the hard disk 8 has been specified in step S181 in Fig. 41 (S181 in Fig. 41), and jumps to step S13 in Fig. 23. At this time, it has already been described above. Since the updated answer field candidate group attribute information 42 (FIG. 16B) exists, the processing from step S13 onward is executed based on the updated answer field candidate group attribute information 42, and step S23 in FIG. To create an answer column creation HTML file based on the attribute information 42 updated in the process of step S28. Then, the filling-in question that reflects the updated question priority value based on the file is displayed on the screen (S30 in FIG. 25), so that the user can create a new filling-in question based on the updated question priority value. Can do exercises.

  Next, a second embodiment of the present invention will be described. In the second embodiment, question priority values are input for each word as shown in FIG. 14 by inputting question priority numerical values in advance for each word group, and in this example, for each part of speech for a page such as English. It is possible to automatically create a hole filling problem without inputting a numerical value.

  First, as shown in FIG. 29 (b), a dictionary file 60 in which a plurality of English words and the like are stored by being classified into word groups as personal pronoun groups, article groups, preposition groups, past adjective groups, and auxiliary verb groups. And the dictionary file 60 is stored in the hard disk 8. Then, after the control software 11 (the phrase disassembling means 302) decomposes the HTML document into phrases by the process of step S5 (FIG. 22), the question condition setting screen 101 ′ shown in FIG. 30 is displayed on the display 6 (FIG. 32S120). ). While viewing this setting screen 101 ', the user selects the part of speech to be filled from the part of speech group from the input device 7, checks the check box 62, and inputs the question priority numerical value of each selected part of speech. It inputs from the column 63 (FIG. 32 S121).

  Then, the control software 11 (question condition setting file creation means 350, see FIG. 33) creates a question condition setting file 45 (FIG. 31) corresponding to each part of speech of the input question priority value for each part of speech. The file 45 is stored in the internal memory 4 (S122 in FIG. 32). Thereafter, the control software 11 (part of speech information search means 351, FIG. 33) searches the part of speech information of each word of the HTML document with reference to the dictionary file 60 and the HTML character string object 31. For example, if it is the word “You”, the dictionary file 60 recognizes that the word is a personal pronoun group (S123 in FIG. 32), and the question priority value determination means 352 refers to the question condition setting file 45 to determine the person. Since the question priority value of the pronoun group is “0”, it is recognized that the question priority value of the word “You” is “0” (S124 in FIG. 32). In this way, the control software 11 (question priority initial value table creation unit 305) detects the question priority numerical value corresponding to each word, thereby determining the question priority numerical value initial value table 41 (FIG. 15). Can be created (FIG. 32S125, FIG. 22S8).

  With this configuration, the question priority values can be specified at the part-of-speech level, so there is no need to enter question priority values for each word. For example, if you want to practice English, The learning effect can be enhanced by setting the question priority numerical value of the part of speech (for example, the preposition group) high so that the complete part of speech is in the answer-filling column. Further, in this case, once the question condition setting file 45 is stored in the internal memory 4, the question priority setting value determination unit 352 has already registered the question condition setting in the subsequent process of creating the hole filling problem. By referring to the file 45, it is possible to determine the question priority numerical value corresponding to each answer field candidate (see S130 to S132 in FIG. 34). Therefore, it is not necessary to input a question priority numerical value for each sentence of the web page. That is, once the question condition setting file 45 is set, it is possible to create a hole-filling problem using various web pages under the same conditions. In the second embodiment, the case of English has been described as an example. However, the present invention is not limited to English, and can be similarly applied to Japanese and other languages and sentences in which English and Japanese are mixed. is there.

  Next, a third embodiment of the present invention will be described. In the third embodiment, the question priority numerical value can be specified not only by part of speech information but also by font type and font color. First, in step S6 of FIG. 22, the control software 11 (question condition screen creation means 303) creates a question condition setting screen 101 ″ shown in FIG. 35, and the question condition screen display means 304 displays the screen 101 ″ on the display 6 It is displayed on the top (S120 in FIG. 32). This question screen 101 "is further provided with a check box 62 'for whether or not to fill in the font information and font color on the question screen 101' shown in FIG. 30, and priority is given to each font information. A frequency value input field 63 'is provided. For example, when the user wants to fill in “Gothic characters” from the input device 7 while viewing the setting screen 101 ″, the user checks the check box of “Gothic” and fills in red characters. Check the red box. In addition, since the character color may be defined by a hexadecimal number, the screen 101 "has" color 1 (FF0000) (hexadecimal number indicating red) "" color 2 (00FF00) (hexadecimal number indicating green). ) ”Or the like, and a check box of“ 00FF00 ”is checked when a green character defined by“ 00FF00 ”is to be filled.

  Then, the question priority numerical value is input for each font type from the question priority numerical value input field 63 'adjacent to each check box (S121 in FIG. 32). In FIG. 35, all the check boxes are checked for convenience, and the question priority numerical value is input in the corresponding input field 63 ′. However, the user considers his / her ability, difficulty of the hole filling problem, and the like. Only the necessary check boxes can be checked, and the question priority numerical values can be entered only in the corresponding input fields (the same applies to FIG. 30). Then, the control software 11 (question condition setting file creation means 350, see FIG. 33) creates the above-mentioned question condition setting file 45 (FIG. 31) and, as shown in FIG. Is created, and the file 45 ′ is stored in the internal memory 4 (S122 in FIG. 32). Thereafter, the control software 11 (part of speech information search means 351, question priority initial value table creation means 305, FIG. 33) executes steps S123 to S125 of FIG. 41 (FIG. 15) is created (FIG. 32S125, FIG. 22S8). Thereafter, steps S9 to S17 are executed to create an answer column candidate list 43e (FIG. 17 (e)). When the control software 11 has been executed up to step S17, the control software 11 jumps to the program of FIG. 37 and executes the program.

  That is, referring to the question priority numerical value and font type, color information, answer column candidate group information 36, and font data 400 and 401 in each line of the answer column candidate list 43e, the search is performed one by one (S141 in FIG. 37). ). For example, if “English” is selected, it is detected that the font type is “italic” and the color is “red” (S142 in FIG. 37). Then, referring to the font information question condition setting file 45 ′ (FIG. 36), whether or not the question priority numerical values are designated for “italic” and “red”, that is, the font information of “English” is the above question condition. It is determined whether or not the information matches the information specified on the setting screen 101 ″ (S143 in FIG. 37). In this case, since the question priority numerical values are specified for both “italic” and “red”, it is determined that they match. Next, it is determined whether or not the question priority numerical value of “italic” and “red” is larger than the question priority numerical value of the character string “English” (S144 in FIG. 37). Here, since both of the question priority numerical values are “5”, the question priority numerical values of “English” in the answer column candidate list 43e are held at “5”. Here, if the question priority numerical value of “English” is “2”, for example, the question priority numerical value specified by the font information is larger, so the question priority numerical value of “English” is “2”. Is changed to the question priority numerical value “5” designated by the font information (S145 in FIG. 37). After the above process is executed and the answer column candidate list 43e is created, the process returns to step S18 (FIG. 24) and the subsequent processes are executed.

  In this way, by adopting the question priority numerical value specified in the font information preferentially, for example, only red characters in HTML documents or only italic characters, bold characters, underline characters, etc. are made to be filled-in fields, etc. It can be controlled. For example, even in HTML text on an arbitrary web page, for example, important words are often displayed in Gothic or red characters, so by specifying the fill-in field with font information, In an arbitrary HTML document, it is possible to fill only a Gothic body or only a red character, and it is possible to create a highly effective hole filling problem from an arbitrary HTML document.

  About the present invention comprised as mentioned above, the following forms of use can also be taken. As shown in FIG. 44, a client computer in which content 81 (normal HTML text information) for filling a hole problem is stored in a database of a server computer (WWW server) 80 and a program for creating a hole filling problem according to the present invention is installed. (An answerer's terminal) 1 is provided through the Internet I with a content for filling a hole (HTML text) or a web page including the HTML text for a fee or free of charge. As described above, in the present invention, the client computer 1 can directly create a filling problem from any HTML text on a web page. However, any HTML text is not necessarily suitable for a filling problem. Therefore, there is an HTML sentence 81 for the optimal hole filling problem for the client, and the sentence 81 is provided via a computer network such as the Internet I. In the case where the HTML text 81 for the hole-filling problem is stored in a CD-ROM (including CD-RW and other various recording media) and provided by the CD-ROM, the local hard disk 82 (see FIG. In 1, the hole filling problem can be similarly created by reading the sentence from the HDD 8).

  In this case, the content for the hole filling problem only needs to create a normal sentence in the HTML format, and it is not necessary to create a special program. A user of this content accesses the server computer 80 or obtains a CD-ROM, displays the content on the screen by the browser of his computer 1, and then executes the program. You can create exercises on the screen and perform exercises.

  Next, a fourth embodiment of the present invention will be described based on the flowcharts of FIGS. In this embodiment, an HTML sentence in the form of an HTML character string object 36 with an answer field candidate ID tag shown in FIG. 11 (an HTML sentence with an HTML tag and an answer field candidate ID tag; The HTML text is referred to as answer field candidate group information 36 ') and the answer field candidate group attribute information 42 shown in FIG. 16A corresponding to the answer field candidate group information 36' is stored in the same storage location (in the same folder, etc.). The answer field candidate group information 36 ′ and the answer field candidate group attribute information 42 are distributed as a filling-up problem through a network such as the Internet for a fee or free of charge (see FIG. 45). ). Also, the CD-ROM 83 storing the answer column candidate group information 36 'and the answer column candidate group attribute information 42 associated therewith is sold or the like (see FIG. 45).

  In this case, as the question priority value, an optimal value is set in advance for each answer field candidate on the question creator side. Therefore, in this embodiment, the answerer inputs only the question rate. The question creator decides the content content and the question priority numerical value so that it becomes the optimum filling problem according to the client in consideration of the grade, ability, and grade of the client (answerer) who performs the question exercise. The answer field candidate group information 36 'and the answer field candidate group attribute information 42 are preliminarily used as HTML texts for filling a hole problem (this is created by the problem creator side) on the problem creator side computer. This program (control software 11) is executed based on the answer column candidate group information 36 and answer column candidate attribute information 42 generated in the execution process and stored in the internal memory 4 of the creator computer. These data 36 and 42 are read out from the internal memory 4 and stored in the WWW server 80 or the CD-ROM 83. The answer field candidate group information 36 ′ as a filling problem is created in advance based on a plurality of HTML sentences, and the answer field candidate group information 36 ′ and the corresponding answer field candidate group attribute information 42 corresponding to the answer field candidate group information 36 ′ are set as one filling problem. It is preferable to store a plurality of data in the WWW server 80 or the CD-ROM 83 as data. In the case of the CD-ROM 83, the client reads the file in the CD-ROM 83 from the local HDD 82.

  In this case, in this control software 11 (see FIG. 42), after the page is selected by the user (FIG. 42, S190, S191), it is determined whether or not the read text has an answer column candidate ID tag (FIG. 42, S193). If the tag does not exist, it is determined as a normal HTML sentence (S194 in FIG. 42), the process proceeds to step S3 in FIG. 22, and after that, the normal processing procedure (S4 to S38) after step S3 is used to solve the filling problem. Creation is done. If it is determined that the answer column candidate ID tag exists (FIG. 42S193), it is determined that the answer column candidate group information 36 created by the system is read in step S196 (FIG. 42S196), and the answer column The candidate group information 36 ′ is stored in the internal memory 4 in the form of an HTML character string object (answer column candidate group information 36), and the answer column candidate group attribute information 42 at the same place as the read sentence is stored in the WWW server 80 or the local Reading from the HDD 82 (FIG. 42 S197), the answer column candidate group attribute information 42 is stored in the internal memory 4 (see FIG. 45). This is stored in the CD-ROM 83 of the local HDD 82 or one of the hole filling problems (answer field candidate group information 36 ′) displayed on the content provider's home page or the like in step S 190. This corresponds to a case where one of the hole filling questions (answer field candidate group information 36 ′) is selected.

  Thereafter, in step S198, an input screen (not shown) for prompting input of only the question rate is displayed, and the user inputs the question rate from the screen (S199 in FIG. 42). Thereafter, the control software 11 jumps to step S11 of FIG. 23 (FIG. 42 S200), and the processing after S11 is executed in the same manner as described above, and the calculation of the above formula (1) is performed based on the inputted question rate. The answer column candidate list 43e is created (S17 in FIG. 24). After that, by similarly executing Steps S17 to S30, the number of filling problems corresponding to the number of answering boxes based on the question rate is displayed on the display 6 (S30 in FIG. 25). Then, the user can practice the hole-filling problem in the same manner as described above, and perform correct / incorrect determination by the control software 12 (S32 to S38 in FIG. 26).

  According to the fourth embodiment, the user selects a problem to be exercised from the CD-ROM 83 on the WWW server 80 or the local HDD 82, and at first, the exercise starts with the question rate starting from 30%, for example. For example, the question rate is gradually increased according to one's ability to increase the number of blank answer columns, and the final answer rate is 100% (all answer column candidates become blank answer columns), etc. Step-by-step learning can be performed and extremely effective learning can be performed.

  In the fourth embodiment, when realizing the function of changing the above-mentioned question priority numerical value (FIG. 39), in step S201 of FIG. 43, the processing of FIG. 39, that is, correct / incorrect answer of each answer column candidate. After the answer column candidate group attribute information 42 is updated according to the above, a new grade is added to the grade table 71 (for example, a table in which the name of the student who is the answerer is associated with the grade) (FIG. 43 S202, FIG. 46). If the local HDD 82 is used at this time, the score table 71 is written to the hard disk by the local HDD 82 (FIG. 46). Then, it is determined whether or not the first read HTML sentence is answer column candidate group information 36 '(FIG. 43S203). If it is answer column candidate group information 36', is it read from the Internet? If it is from the Internet, the CGI on the WWW server 80 side is called and the answer column candidate group attribute information 42 and the grade data 71 are transmitted to the server 80 via the CGI. (See FIGS. 43S205 and 46). As a result, the answer column candidate group attribute information 42 and the grade data 71 on the WWW server 80 side are updated, and when the user exercises the same question next time, based on the updated answer column candidate group attribute information 42. Can do exercises. If none of the conditions in steps S203 and S204 is satisfied (in the case of normal HTML text), the process ends through S204.

  Furthermore, the following method can be considered as a utilization form of the fourth embodiment. That is, the control software 11 and the control software 12 of the fourth embodiment are created as, for example, an applet program, and the control software 11 and 12, the answer field candidate group information 36, and the corresponding answer field candidate group. In this method, the attribute information 42 is distributed from the WWW server 80 side to the client computer as a hole filling problem file. According to such a distribution method, even if the control software 11, 12 of the present invention does not exist on the client computer side, the control software 11, 12 created as an applet is executed by the WWW browser software on the client computer side. (Step S190 in FIG. 42 to Step S205 in FIG. 43 are executed), and the above-described exercise of the hole filling problem can be performed on the client computer side. According to such a form of use, there is an effect that an unspecified number of computers that do not have any dedicated software can execute the program according to the present invention to practice the hole filling problem.

  Further, the following method can be considered as the fifth embodiment. The computer program for creating the hole filling problem is stored in the WWW server 80, and the client computer 1 automatically or by the operation of the operator from the server 80 via the Internet or the like (including other computer networks). The computer 1 is configured to create a hole filling problem by loading and executing. The computer program for creating the hole filling problem is preferably a program that can be executed by the browser software of the client computer 1, such as an applet, ActiveX, script, Java (registered trademark) Script, or the like. As shown in FIG. 47, the client computer 1 that executes the program for creating a hole-filling problem according to the present invention sends the program (applet or the like) to the WWW server 80 that provides the client computer 1 via the Internet or the like. A request is made for an HTML file for questioning (HTML text) (for example, an HTML file of text shown in FIG. 4B). Based on the request, the relay program 80a in the server 80 makes a request for the HTML file to a third party WWW server 85 (providing content (HTML text) provider for hole filling problem) via the Internet or the like. The HTML file to be acquired is acquired from the server 85. The owner of the server 85 uses the contents (HTML texts, etc.) in the server 85 for creating a burying problem with a program provider for creating a burying problem (the owner of the server 80) according to the present invention. If a contract or the like is signed in advance, it can be used for commercial use. Note that the number of servers 85 is not limited to one and may be plural. The server 80 distributes the HTML file acquired from the server 85 to the client computer 1 via the Internet or the like. The server 85 may be a website such as a publisher or a newspaper company. If comprised in this way, the hole filling problem can be created using the content which the third party created, and the variation of the hole filling problem can be expanded.

  Next, a sixth embodiment will be described. As shown in FIG. 48, an answer column applet 90 (FIG. 50) and an answer notification transmission applet 91 (FIG. 51) are provided in the browser 10 of the client computer 1 that executes the hole filling question creation program according to the present invention. An answer notification reception CGI 92 (FIG. 52) is provided. When a character string is input to the answer column 50 of the computer 1, (a) a character string input to the answer column from the answer column applet 90 to the answer notification transmission applet 91, and (b) a correct character. Column, (c) answer field candidate ID is notified. Specifically, when a character string is input to the answer field 50 in the client computer 1, the answer field applet 90 checks the character string input to the answer field 50 (FIG. 50S500), and the answer notification transmission applet 91. (S501 in FIG. 50), and the “answer notification transmission process” of the answer notification transmission applet 91 is called using the input character string, correct character string, and answer column candidate ID as parameters (FIG. 50S502). Thereafter, the answer column applet 90 compares the input character string with the correct answer and performs correct / incorrect determination processing (S503 in FIG. 50). The correct / incorrect determination process is performed in steps S33 to S38 in FIG.

  Next, the answer notification transmission applet 91 passes the information (a) to (c) to the answer notification reception CGI 92 on the server 80 via the Internet. Specifically, the applet 91 acquires (a) to (c) as parameters (S601 in FIG. 51), and uses the character string, correct answer, and answer field candidate ID input in the answer field as parameters. The answer notification reception CGI 92 "is called (FIG. 51S602).

  The answer notification reception CGI 92 writes the received information (input character string, correct answer character string, answer column candidate ID) in the result file 70 and also uses a personal computer 93 (administrator) at a long distance using the Internet. An e-mail in which the above information is described is transmitted to (for example, a personal computer of a cram school). Specifically, the CGI 92 acquires each information (character string input to the answer field, correct character string, answer field candidate ID) passed as a parameter (FIG. 52 S700), from the HTTP server program 94. The IP address of the client personal computer 1 is acquired from the passed information (S701 in FIG. 52). Then, each of the passed information is written in the result file 70 (FIG. 52S702). Thereafter, a notification mail is created based on each of the passed information (FIG. 52S703), a notification destination mail address (mail address of the personal computer 93) is acquired from a setting file (not shown) (FIG. 52S704), and the mail is transmitted. (FIG. 52S705). As shown in FIG. 52, the mail includes an IP address, a character string input in the answer field, a correct character string, and an answer field candidate ID. Therefore, the client personal computer 93 can acquire the mail from the mail server 95. It should be noted that the transmission of each piece of information by the answer column applet 90 can be performed every time a correct / error is determined for one answer column. With this configuration, for example, every time a character string is input to the answer column in the student (client computer 1), the progress can be confirmed at a remote location (computer 93). Etc. can observe the student's learning in almost real time.

  In addition, it cannot be overemphasized that the said 2nd-6th embodiment can be couple | bonded with the said 1st Embodiment by single or arbitrary 2 or more combinations, and 1st Embodiment and any other embodiment. It is arbitrary whether to combine the usage forms.

  As described above, according to the present invention, it is possible to freely create a hole filling problem from HTML text of an arbitrary web page provided on the Internet. It is possible to arbitrarily select the material for the hole filling problem from the page. In other words, users can select English webpages if they want to practice English, for example, and history-related webpages if they want to study history. be able to.

  In addition, a hole filling problem can be automatically created simply by selecting an arbitrary web page, and specially prepared content or the like is not required. In other words, while browsing the Internet, the user can create a hole filling problem directly from a normal web page in real time, and can perform exercises at the same time.

  On the other hand, it is not necessary to create a special program for the hole-filling problem on the side providing the content for the hole-filling problem, and it is only necessary to create a problem sentence in HTML format. Can be created. Therefore, even when providing the contents for the hole filling problem via the Internet, if the hole filling problem creation program of the present invention is installed in the client computer, the hole filling problem sentence is created and saved as HTML text on the server or the like. Just do it. That is, it is possible to create a hole filling problem very easily by simply connecting to the server through the Internet from the client computer, displaying the HTML text on the server side on the client computer screen, and executing the program.

  In addition, the user can specify the degree of conversion to the blanking answer column for each word on the web page by entering the question priority numerical value. It is possible to set the question of the burying problem according to one's wish, such as setting the priority numerical value of the issue etc. high, thereby creating the burying problem with a high learning effect.

  In addition, the user can specify the number of filled-in answer fields by entering the question rate, thereby increasing the difficulty of the problem by increasing the filled-in answer fields or reducing the filled-in answer fields. Thus, the difficulty level can be lowered, and the difficulty level of the problem can be freely determined based on the number of the answering columns for filling the hole, so that a hole filling problem with a high learning effect can be created.

  In addition, since the applet tag for creating the answer field is added to the HTML text displayed on the screen, it is possible to create an appropriate answer-filling field corresponding to the font size of the character string. Even if it is an arbitrary web page, without changing the layout of the page significantly, only the specified character string (word) is converted into the filled-in answer column without changing the layout of the page visually. Therefore, it is possible to create a hole filling problem that is extremely easy to see.

  Further, according to the second embodiment, the question priority numerical value can be set for each part of speech, and it is not necessary to input the question priority numerical value for each word. Further, once the question condition setting file is registered, there is an effect that a hole filling problem can be created from a plurality of HTML documents under the same conditions under the conditions of the file.

  In addition, according to the third embodiment, based on the tag information in the HTML text, the question priority numerical value is specified for the font type, font color, or italic, bold, or underlined character string. And can create an appropriate fill-in question based on any HTML text.

  In addition, according to the fourth embodiment, by creating a file of answer field candidate group information and answer field candidate group attribute information in which the question priority numerical values are specified in advance, the file is transmitted to the client computer via the Internet. The file can be distributed or provided on a recording medium such as a CD-ROM, and only the question rate can be arbitrarily set on the client computer side, and exercises for the hole filling problem can be performed. Thereby, for example, the answerer side can provide a very useful filling problem such as gradually increasing the question rate according to his / her ability.

    Further, as shown in the fifth embodiment, by creating the control software 11 and 12 of the present invention in an applet format and providing them through a network, even a client computer that does not have the program of the present invention can be used. The browser software of the client computer can execute the hole filling problem of the present invention, and a highly versatile program for creating a hole filling problem can be realized.

  Further, according to the fifth embodiment, for example, the content of a third party that provides content for a hole filling problem can be used, and the hole filling problem can be learned using the optimum content.

  Further, according to the sixth embodiment, for example, a cram school teacher can check the progress of learning of students who study at home.

    In addition, in FIG. 48 and the explanation corresponding thereto and the whole of the present embodiment, an example using software such as applet, CGI, sendmail, MTA, MUA, MailBox, etc. has been shown, but the present embodiment is limited to these technologies. In other words, the present invention includes a case where it can be realized by other software having the same function.

It is an electrical block diagram of the computer with which the program of the hole filling problem preparation apparatus which concerns on this invention was memorize | stored. It is a figure which shows the memory content of an internal memory. It is a functional block diagram which shows the function of the program of the hole filling problem preparation apparatus of this invention. (A) is an HTML document, and (B) is a diagram showing a state in which the document (A) is displayed on a display. It is a block diagram of an HTML tagged object. It is a figure which shows an HTML character string object. It is a figure which shows an HTML character string object. It is a figure which shows an HTML character string object. It is a figure which shows answer column candidate group information. It is a figure which shows answer column candidate group information. It is a figure which shows answer column candidate group information. It is a figure which shows answer column candidate group information. It is a figure which shows answer column candidate group information. It is a figure which shows the question condition input screen. It is a figure which shows the content of the question priority numerical value initial value table. (A) and (b) are figures which show the contents of answer column candidate group attribute information. Each is a diagram showing the contents of the answer column candidate list, and (a) to (e) are diagrams showing the contents of the list until the answer column candidates are finally determined in consideration of the question priority numerical values and the like. (A) is initial font information, and (B) is a diagram showing font size and font height. It is a figure which shows the content of the answer column candidate list. It is a figure which shows the content of the HTML file for answer column preparation. (A) is a figure which shows the document displayed on the screen, (b) is a figure which shows the state which the said (a) document was converted into the filling-in answer column. It is a flowchart which shows the operation | movement procedure of the computer program for hole filling problem preparation concerning this invention. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. (A) is a phrase file, (b) is a diagram showing the contents of a dictionary file. It is a figure which shows the question condition setting screen. It is a figure which shows the content of the question condition setting file. It is a flowchart which shows the operation | movement procedure of 2nd Embodiment of a program same as the above. It is a functional block of a 2nd embodiment same as the above. It is a flowchart which shows the operation | movement procedure of 2nd Embodiment same as the above. It is a figure which shows the question condition input screen. It is a figure which shows a font information question condition setting file. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a figure which shows an error file. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a block diagram which shows structures, such as a network delivery method of a hole filling problem. It is a block diagram which shows structures, such as a network delivery method of a hole filling problem. It is a block diagram which shows structures, such as a network delivery method of a hole filling problem. It is a block diagram which shows the structure which acquires content from a 3rd party server. It is a block diagram which shows the structure which notifies the condition of an answer to a personal computer. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above. It is a flowchart which shows the operation | movement procedure of a program same as the above.

Explanation of symbols

6 Display 7 Input devices 31 to 34 HTML character string objects 34 to 38 Answer field candidate group information 42 Answer field candidate group attribute information 43a to 43e Answer field candidate list 45 Question condition setting file 300 Page reading means 301 HTML character string object creating means 302 Phrase decomposition means 306 Answer field candidate group creation means 308 Answer field candidate list creation means 309 Calculation means 310 Font information recognition means 311 Answer field creation HTML file creation means 312 Problem display means 313 Correct / incorrect determination means 314 Correct / incorrect display means 350 Setting file creation means 351 Part-of-speech information search means 352 Question priority numerical value determination means

Claims (18)

Display means (6) capable of displaying various information, input means (7) capable of inputting characters, numbers, etc., internal memory, and idiom file (60 ′) storing a plurality of words to be filled Remembered hard disk ,
A hard disk storing a font information file (400) storing an initial font size of characters displayed on the display means, and various font sizes and font height data (401) corresponding to each font size; ,
An HTML-tagged object that stores one character and the HTML tag immediately preceding the character is provided, the HTML text displayed on the display means screen is read, and each character of the text is read into the object for each character. In addition to storing, if there is an HTML tag immediately before the stored one character, the tag is stored in the object in relation to the stored one character, whereby the HTML text is connected to the HTML tagged object. The HTML character string object (31) is stored in the internal memory, and then the HTML tag is removed from the HTML character string object (31), and the character string is stored in the internal memory as the HTML character string object (32). (301),
Referring to the idiom file (60 ′), it is determined whether or not there is a word that matches the word in the idiom file (60 ′) in the HTML character string object. HTML which memorize | stored the said character string in the form decomposed | disassembled into the several word for every clause by dividing | segmenting the said word into one clause and disassembling the other character string of this HTML character string object (32) for every clause. Means (302) for generating a character string object (33) and storing it in the internal memory;
The word decomposed from the HTML character string object (33) in the internal memory is read and each word is displayed on the display means, and the question priority is given to each word displayed in the question rate input field (61). Means (303, 304) for displaying a frequency value input field (64) and creating a question condition setting screen (101) on the screen;
Based on the question priority numerical value input for each word from the input means (7), a question priority numerical value initial value table (41) in which each word is associated with the question priority numerical value is created, and the internal memory Means for storing in (305),
An answer column candidate ID start tag <Zxxxx> and an end tag </ Zxxx> (where "xxx" is a serial number assigned from the first word) are added before and after each decomposed word of the HTML character string object (33). Then, the word surrounded by these answer field candidate ID tags is used as an answer field candidate, and each word as the answer field candidate is an HTML character string surrounded by the answer field candidate ID start tag and the end tag. Means (306) for creating and storing the object (34) in the internal memory;
Referring to the question priority initial value table (41) and the HTML character string object (34), the answer field candidate ID of the answer field candidate ID tag surrounding the word stored in the initial value table (41) “Zxxx” and the question priority numerical value of the word are read out, and an answer column candidate group attribute information table (42) in which each answer column candidate ID is associated with the corresponding question priority numerical value is created and stored in the internal memory. Means for storing (307);
An HTML tag corresponding to each character is read from the HTML character string object (31), and the read HTML tag is associated between the answer column candidate ID start tag and end tag of the HTML character string object (34). Means (306) for reading the HTML tag immediately before the current character, creating an HTML character string object (36) having the HTML tag between the answer column candidate ID start tag and the end tag, and storing it in the internal memory (306) )When,
Referring to the HTML character string object (36) and the answer field candidate group attribute information table (42), the answer field candidate ID of the answer field candidate ID tag, the word corresponding to the word and the word as the answer field candidate corresponding to the ID An answer column candidate list table (43a) composed of numerical values of the priority of questions to be created is created, and based on the question rate input from the input means, the words are assigned the above question priority from the answer column candidate list table (43a). From the higher numerical priority order, select the number determined by the above question rate and delete the unselected words from the list table to create a final answer column candidate list table (43e) and create the internal memory Means for storing in (308);
If there is a lower word that is not selected as an answer field candidate, the answer field candidate ID start tag and end tag corresponding to the word are deleted from the HTML character string object (36), and the HTML character string object (36) the answer column candidate ID start tag and the HTML tag enclosed by end tag creates an HTML string object (38) and expelled in front of the answer column candidate ID start tag in stored in the internal memory Means (306);
The initial font size is read from the font information file (400), this font size is recognized as the default font size of the characters of the HTML text displayed on the screen, and the HTML character string object (38 ), And if there is an HTML tag that specifies the font size in the object (38), the font size of the word specified by the HTML tag is recognized based on the HTML tag, and the font Based on the recognized font size and the number of characters of the word as the answer field candidate with reference to the height data (401), the height and width of the filled answer field for each word are determined, and the answer field candidate list table (43e) ) By adding the height and width of the filled-in answer field determined for each word to List creates a table (44) means for storing in said internal memory and (308),
The HTML tag of the HTML character string object (38) is sequentially analyzed from the beginning of the sentence, and if the tag is not an answer column candidate ID tag, the HTML tag is added as it is, and if it is an answer column candidate ID tag, it is surrounded by the ID tag. The height and width of the answer column of the answer column candidate word are recognized by referring to the answer column candidate list table (44), and the filled answer column of the recognized height and width is displayed on the screen. together Add answer column display information for display on the screen instead of the word answer column candidate of the HTML document and are, answer column display for associating the words of the filling answer columns and the answer column candidate add information, the additional operation of the HTML tags and answer column display information by performing repeated until the end of the HTML string object (38), on the screen And means (311) for creating stored in the hard disk shown consists HTML tags and the answer column display information HTML document have answer column created for HTML file (39),
Based on the HTML file (39) for creating the answer field, a height and width filled answer field corresponding to the word of the answer field candidate is displayed as the answer field candidate of the HTML text displayed on the screen of the display means. The hole-filling problem creating apparatus characterized by comprising means (312) for displaying on the screen instead of a word. Display means (6) capable of displaying various information, input means (7) capable of inputting characters, numbers, etc., internal memory, and a plurality of word groups and each word by classifying a plurality of words into word groups A hard disk storing a dictionary file (60) in which a plurality of words belonging to a group are associated and stored;
A hard disk storing a font information file (400) storing an initial font size of characters displayed on the display means, and various font sizes and font height data (401) corresponding to each font size; ,
An HTML-tagged object that stores one character and the HTML tag immediately preceding the character is provided, the HTML text displayed on the display means screen is read, and each character of the text is read into the object for each character. In addition to storing, if there is an HTML tag immediately before the stored one character, the tag is stored in the object in relation to the stored one character, whereby the HTML text is connected to the HTML tagged object. The HTML character string object (31) is stored in the internal memory, and then the HTML tag is removed from the HTML character string object (31), and the character string is stored in the internal memory as the HTML character string object (32). (301),
A character string of the HTML character string object (32) is decomposed for each phrase, and an HTML character string object (33) is generated in which the character string is stored into a plurality of words for each phrase, and is generated in the internal memory. Means for storing (302);
Each word group of the dictionary file (60) is displayed on the display means (6), and a question rate input field and a question priority numerical value input field (63) for each displayed word group are displayed. Means (303, 304) for creating a condition setting screen (101 ′) on the screen;
Based on the question priority numerical value input for each word group from the input means (7), a question condition setting file (45) that associates each word group with the question priority numerical value is created and stored in the internal memory. Means for storing (350);
Referring to the words in the dictionary file (60) and the HTML character string object, the word group to which each decomposed word in the object belongs is searched and the word group to which each word belongs is recognized. Means (351);
By referring to the question condition setting file (45) and recognizing the question priority numerical value of each word based on the recognized word group, the question priority numerical value of each word is detected, and each word and the question priority Means (352) for creating a question priority numerical value initial value table (41) associated with numerical values and storing the table in the internal memory;
An answer column candidate ID start tag <Zxxxx> and an end tag </ Zxxx> (where "xxx" is a serial number assigned from the first word) are added before and after each decomposed word of the HTML character string object (33). Then, the word surrounded by these answer field candidate ID tags is used as an answer field candidate, and each word as the answer field candidate is an HTML character string surrounded by the answer field candidate ID start tag and the end tag. Means (306) for creating and storing the object (34) in the internal memory;
Referring to the question priority initial value table (41) and the HTML character string object (34), the answer field candidate ID of the answer field candidate ID tag surrounding the word stored in the initial value table (41) “Zxxx” and the question priority numerical value of the word are read out, and an answer column candidate group attribute information table (42) in which each answer column candidate ID is associated with the corresponding question priority numerical value is created and stored in the internal memory. Means for storing (307);
An HTML tag corresponding to each character is read from the HTML character string object (31), and the read HTML tag is associated between the answer column candidate ID start tag and end tag of the HTML character string object (34). Means (306) for reading the HTML tag immediately before the current character, creating an HTML character string object (36) having the HTML tag between the answer column candidate ID start tag and the end tag, and storing it in the internal memory (306) )When,
Referring to the HTML character string object (36) and the answer field candidate group attribute information table (42), the answer field candidate ID of the answer field candidate ID tag, the word corresponding to the word and the word as the answer field candidate corresponding to the ID An answer column candidate list table (43a) composed of numerical values of the priority of questions to be created is created, and based on the question rate input from the input means, the words are assigned the above question priority from the answer column candidate list table (43a). From the higher numerical priority order, select the number determined by the above question rate and delete the unselected words from the list table to create a final answer column candidate list table (43e) and create the internal memory Means for storing in (308);
If there is a lower word that is not selected as an answer field candidate, the answer field candidate ID start tag and end tag corresponding to the word are deleted from the HTML character string object (36), and the HTML character string object (36) the answer column candidate ID start tag and the HTML tag enclosed by end tag creates an HTML string object (38) and expelled in front of the answer column candidate ID start tag in stored in the internal memory Means (306);
The initial font size is read from the font information file (400), this font size is recognized as the default font size of the characters of the HTML text displayed on the screen, and the HTML character string object (38 ), And if there is an HTML tag that specifies the font size in the object (38), the font size of the word specified by the HTML tag is recognized based on the HTML tag, and the font Based on the recognized font size and the number of characters of the word as the answer field candidate with reference to the height data (401), the height and width of the filled answer field for each word are determined, and the answer field candidate list table (43e) ) By adding the height and width of the filled-in answer field determined for each word to List creates a table (44) means for storing in said internal memory and (308),
The HTML tag of the HTML character string object (38) is sequentially analyzed from the beginning of the sentence, and if the tag is not an answer column candidate ID tag, the HTML tag is added as it is, and if it is an answer column candidate ID tag, it is surrounded by the ID tag. The height and width of the answer column of the answer column candidate word are recognized by referring to the answer column candidate list table (44), and the filled answer column of the recognized height and width is displayed on the screen. together Add answer column display information for display on the screen instead of the word answer column candidate of the HTML document and are, answer column display for associating the words of the filling answer columns and the answer column candidate add information, the additional operation of the HTML tags and answer column display information by performing repeated until the end of the HTML string object (38), on the screen And means (311) for creating stored in the hard disk shown consists HTML tags and the answer column display information HTML document have answer column created for HTML file (39),
Based on the HTML file (39) for creating the answer field, a height and width filled answer field corresponding to the word of the answer field candidate is displayed as the answer field candidate of the HTML text displayed on the screen of the display means. The hole-filling problem creating apparatus characterized by comprising means (312) for displaying on the screen instead of a word.   The hole filling problem creating apparatus according to claim 2, wherein the word group is a word group in which a plurality of words are classified for each part of speech. In the hole filling problem creating apparatus according to claim 2,
The means (303, 304) for creating the question condition setting screen on the screen displays the question rate input field and the question priority numerical value input field (63) for each word group, and further assigns question priority corresponding to font information. Display the frequency value input field (63 ') and display the question condition setting screen (101 ").
The means (350) for creating the question condition setting file (45) includes a font information question condition setting file (45) that associates the question priority setting numerical value inputted for each font information together with the question condition setting file (45). ') Is created and stored in the internal memory,
The means (308) for creating the answer field candidate list table (43e) refers to each answer field candidate by referring to the HTML character string object (36) after the answer field candidate list table (43e) is created. It is determined whether or not the font information matches the font information specified on the question condition setting screen (101 ″). If they match, the question condition setting file (45) and the font information question condition setting file ( 45 '), the question priority numerical value of the answer field candidate is compared with the question priority numerical value of the font information corresponding to the answer field candidate, and the font information is compared with the question priority numerical value of the answer field candidate. If the question priority numerical value of the answer is higher, the question priority numerical value of the answer column candidate in the list table (43e) is specified by the font information. A filling-in-place question creating apparatus, wherein the answer question candidate list table (43e) is changed to a predetermined question priority numerical value and stored in an internal memory.   3. The HTML text displayed on the screen is an HTML text, an XML text, or an SGML text of a web page on the Internet arbitrarily selected by an operator from an input means. Hole filling problem creation device. Means (313) for comparing the match between the character string inputted from the input means in the blanking answer field on the screen and the word of the answer box candidate corresponding to the blanking answer field;
As a result of the comparison by the comparing means (313), if both match, a message indicating that the answer is correct is displayed on the screen, and if both do not match, a message indicating that the answer is incorrect is displayed on the screen. 3. The hole-filling problem creating apparatus according to claim 1 or 2, characterized in that it has means (314). Means (313) for comparing the match between the character string inputted from the input means in the blanking answer field on the screen and the word of the answer box candidate corresponding to the blanking answer field;
As a result of the comparison by the comparing means (313), if both match, a message indicating that the answer is correct is displayed on the screen, and if both do not match, a message indicating that the answer is incorrect is displayed on the screen. Means (314);
If the result of the comparison by the means for comparing is a correct answer, the question priority value of the answer field candidate ID corresponding to the word of the correct answer field candidate in the answer field candidate group attribute information table (42) is decremented, If the answer is incorrect, the answer field candidate group attribute information table (42) includes means (315) for incrementing the question priority numerical value of the answer field candidate ID corresponding to the answer field candidate word that was an incorrect answer. 3. The hole-filling problem creating apparatus according to claim 1 or 2, wherein: And display means (6) capable of displaying various information, a character, an input capable of inputting means numbers, etc. (7), and an internal memory, idioms file that stores a plurality of words to be the filling (60 ') Remembered hard disk ,
Filling a hole having a hard disk storing a font information file (400) storing initial font sizes of characters displayed on the display means and various font sizes and font height data (401) corresponding to each font size. Computer for problem creation
An HTML-tagged object that stores one character and the HTML tag immediately preceding the character is provided, the HTML text displayed on the display means screen is read, and each character of the text is read into the object for each character. In addition to storing, if there is an HTML tag immediately before the stored one character, the tag is stored in the object in relation to the stored one character, whereby the HTML text is connected to the HTML tagged object. The HTML character string object (31) is stored in the internal memory, and then the HTML tag is removed from the HTML character string object (31), and the character string is stored in the internal memory as the HTML character string object (32). (301),
Referring to the idiom file (60 ′), it is determined whether or not there is a word that matches the word in the idiom file (60 ′) in the HTML character string object. HTML which memorize | stored the said character string in the form decomposed | disassembled into the several word for every clause by dividing | segmenting the said word into one clause and disassembling the other character string of this HTML character string object (32) for every clause. Means (302) for generating a character string object (33) and storing it in the internal memory;
The word decomposed from the HTML character string object (33) in the internal memory is read and each word is displayed on the display means, and the question priority is given to each word displayed in the question rate input field (61). Means (303, 304) for creating a question condition setting screen (101) on the screen by displaying a frequency value input field (64);
Based on the question priority numerical value input for each word from the input means (7), a question priority numerical value initial value table (41) in which each word is associated with the question priority numerical value is created, and the internal memory Means for storing in (305),
An answer column candidate ID start tag <Zxxxx> and an end tag </ Zxxx> (where "xxx" is a serial number assigned from the first word) are added before and after each decomposed word of the HTML character string object (33). Then, the word surrounded by these answer field candidate ID tags is used as an answer field candidate, and each word as the answer field candidate is an HTML character string surrounded by the answer field candidate ID start tag and the end tag. Means (306) for creating an object (34) and storing it in the internal memory;
Referring to the question priority initial value table (41) and the HTML character string object (34), the answer field candidate ID of the answer field candidate ID tag surrounding the word stored in the initial value table (41) “Zxxx” and the question priority numerical value of the word are read out, and an answer column candidate group attribute information table (42) in which each answer column candidate ID is associated with the corresponding question priority numerical value is created and stored in the internal memory. Means for storing (307),
An HTML tag corresponding to each character is read from the HTML character string object (31), and the read HTML tag is associated between the answer column candidate ID start tag and end tag of the HTML character string object (34). Means (306) for reading the HTML tag immediately before the current character, creating an HTML character string object (36) having the HTML tag between the answer column candidate ID start tag and the end tag, and storing it in the internal memory (306) ),
Referring to the HTML character string object (36) and the answer field candidate group attribute information table (42), the answer field candidate ID of the answer field candidate ID tag, the word corresponding to the word and the word as the answer field candidate corresponding to the ID An answer column candidate list table (43a) composed of numerical values of the priority of questions to be created is created, and based on the question rate input from the input means, the words are assigned the above question priority from the answer column candidate list table (43a). From the higher numerical priority order, select the number determined by the above question rate and delete the unselected words from the list table to create a final answer column candidate list table (43e) and create the internal memory Means for storing (308),
If there is a lower word that is not selected as an answer field candidate, the answer field candidate ID start tag and end tag corresponding to the word are deleted from the HTML character string object (36), and the HTML character string object (36) the answer column candidate ID start tag and the HTML tag enclosed by end tag creates an HTML string object (38) and expelled in front of the answer column candidate ID start tag in stored in the internal memory Means (306),
The initial font size is read from the font information file (400), this font size is recognized as the default font size of the characters of the HTML text displayed on the screen, and the HTML character string object (38 ), And if there is an HTML tag that specifies the font size in the object (38), the font size of the word specified by the HTML tag is recognized based on the HTML tag, and the font Based on the recognized font size and the number of characters of the word as the answer field candidate with reference to the height data (401), the height and width of the filled answer field for each word are determined, and the answer field candidate list table (43e) ) By adding the height and width of the filled-in answer field determined for each word to List creates a table (44) means for storing in said internal memory (308),
The HTML tag of the HTML character string object (38) is sequentially analyzed from the beginning of the sentence, and if the tag is not an answer column candidate ID tag, the HTML tag is added as it is, and if it is an answer column candidate ID tag, it is surrounded by the ID tag. The height and width of the answer column of the answer column candidate word are recognized by referring to the answer column candidate list table (44), and the filled answer column of the recognized height and width is displayed on the screen. together Add answer column display information for display on the screen instead of the word answer column candidate of the HTML document and are, answer column display for associating the words of the filling answer columns and the answer column candidate add information, the additional operation of the HTML tags and answer column display information by performing repeated until the end of the HTML string object (38), on the screen Means for creating stored in the hard disk shown consists HTML tags and the answer column display information HTML document have answer column created for HTML file (39) (311),
Based on the HTML file (39) for creating the answer field, a height and width filled answer field corresponding to the word of the answer field candidate is displayed as the answer field candidate of the HTML text displayed on the screen of the display means. Means (312) for displaying on the screen instead of a word,
A computer program for creating hole filling problems to function as Display means (6) capable of displaying various information, input means (7) capable of inputting characters, numbers, etc., internal memory, and a plurality of word groups and each word by classifying a plurality of words into word groups A hard disk storing a dictionary file (60) in which a plurality of words belonging to a group are associated and stored;
Filling a hole having a hard disk storing a font information file (400) storing initial font sizes of characters displayed on the display means and various font sizes and font height data (401) corresponding to each font size. Computer for problem creation
An HTML-tagged object that stores one character and the HTML tag immediately preceding the character is provided, the HTML text displayed on the display means screen is read, and each character of the text is read into the object for each character. In addition to storing, if there is an HTML tag immediately before the stored one character, the tag is stored in the object in relation to the stored one character, whereby the HTML text is connected to the HTML tagged object. The HTML character string object (31) is stored in the internal memory, and then the HTML tag is removed from the HTML character string object (31), and the character string is stored in the internal memory as the HTML character string object (32). (301),
A character string of the HTML character string object (32) is decomposed for each phrase, and an HTML character string object (33) is generated in which the character string is stored into a plurality of words for each phrase, and is generated in the internal memory. Means for storing (302),
Each word group of the dictionary file (60) is displayed on the display means (6), and a question rate input field and a question priority numerical value input field (63) for each displayed word group are displayed. Means (303, 304) for creating a condition setting screen (101 ′) on the screen;
Based on the question priority numerical value input for each word group from the input means (7), a question condition setting file (45) that associates each word group with the question priority numerical value is created and stored in the internal memory. Means for storing (350),
Referring to the words in the dictionary file (60) and the HTML character string object, the word group to which each decomposed word in the object belongs is searched and the word group to which each word belongs is recognized. Means (351),
By referring to the question condition setting file (45) and recognizing the question priority numerical value of each word based on the recognized word group, the question priority numerical value of each word is detected, and each word and the question priority Means (352) for creating a question priority numerical value initial value table (41) associated with numerical values and storing it in the internal memory;
An answer column candidate ID start tag <Zxxxx> and an end tag </ Zxxx> (where "xxx" is a serial number assigned from the first word) are added before and after each decomposed word of the HTML character string object (33). Then, the word surrounded by these answer field candidate ID tags is used as an answer field candidate, and each word as the answer field candidate is an HTML character string surrounded by the answer field candidate ID start tag and the end tag. Means (306) for creating an object (34) and storing it in the internal memory;
Referring to the question priority initial value table (41) and the HTML character string object (34), the answer field candidate ID of the answer field candidate ID tag surrounding the word stored in the initial value table (41) “Zxxx” and the question priority numerical value of the word are read out, and an answer column candidate group attribute information table (42) in which each answer column candidate ID is associated with the corresponding question priority numerical value is created and stored in the internal memory. Means for storing (307),
An HTML tag corresponding to each character is read from the HTML character string object (31), and the read HTML tag is associated between the answer column candidate ID start tag and end tag of the HTML character string object (34). Means (306) for reading the HTML tag immediately before the current character, creating an HTML character string object (36) having the HTML tag between the answer column candidate ID start tag and the end tag, and storing it in the internal memory (306) ),
Referring to the HTML character string object (36) and the answer field candidate group attribute information table (42), the answer field candidate ID of the answer field candidate ID tag, the word corresponding to the word and the word as the answer field candidate corresponding to the ID An answer column candidate list table (43a) composed of numerical values of the priority of questions to be created is created, and based on the question rate input from the input means, the words are assigned the above question priority from the answer column candidate list table (43a). From the higher numerical priority order, select the number determined by the above question rate and delete the unselected words from the list table to create a final answer column candidate list table (43e) and create the internal memory Means for storing (308),
If there is a lower word that is not selected as an answer field candidate, the answer field candidate ID start tag and end tag corresponding to the word are deleted from the HTML character string object (36), and the HTML character string object (36) the answer column candidate ID start tag and the HTML tag enclosed by end tag creates an HTML string object (38) and expelled in front of the answer column candidate ID start tag in stored in the internal memory Means (306),
The initial font size is read from the font information file (400), this font size is recognized as the default font size of the characters of the HTML text displayed on the screen, and the HTML character string object (38 ), And if there is an HTML tag that specifies the font size in the object (38), the font size of the word specified by the HTML tag is recognized based on the HTML tag, and the font Based on the recognized font size and the number of characters of the word as the answer field candidate with reference to the height data (401), the height and width of the filled answer field for each word are determined, and the answer field candidate list table (43e) ) By adding the height and width of the filled-in answer field determined for each word to List creates a table (44) means for storing in said internal memory (308),
The HTML tag of the HTML character string object (38) is sequentially analyzed from the beginning of the sentence, and if the tag is not an answer column candidate ID tag, the HTML tag is added as it is, and if it is an answer column candidate ID tag, it is surrounded by the ID tag. The height and width of the answer column of the answer column candidate word are recognized by referring to the answer column candidate list table (44), and the filled answer column of the recognized height and width is displayed on the screen. together Add answer column display information for display on the screen instead of the word answer column candidate of the HTML document and are, answer column display for associating the words of the filling answer columns and the answer column candidate add information, the additional operation of the HTML tags and answer column display information by performing repeated until the end of the HTML string object (38), on the screen Means for creating stored in the hard disk shown consists HTML tags and the answer column display information HTML document have answer column created for HTML file (39) (311),
Based on the HTML file (39) for creating the answer field, a height and width filled answer field corresponding to the word of the answer field candidate is displayed as the answer field candidate of the HTML text displayed on the screen of the display means. Means (312) for displaying on the screen instead of a word,
A computer program for creating hole filling problems to function as   10. The computer program for creating a hole-filling problem according to claim 9, wherein the word group is a word group in which a plurality of words are classified for each part of speech. In the computer for creating the above hole filling problem,
The question condition means for creating a setting screen on the screen (303, 304) corresponds to with further font information for displaying a question priority numeric input field for each said question index input field and a word group (63) questions Means for displaying a priority value input field (63 ') and displaying a question condition setting screen (101 ");
The means (350) for creating the question condition setting file (45) includes a font information question condition setting file (45) that associates the question priority setting numerical value inputted for each font information together with the question condition setting file (45). ') Means to create and store in internal memory,
The means (308) for creating the answer field candidate list table (43e) refers to each answer field candidate by referring to the HTML character string object (36) after the answer field candidate list table (43e) is created. It is determined whether or not the font information matches the font information specified on the question condition setting screen (101 ″). If they match, the question condition setting file (45) and the font information question condition setting file ( 45 '), the question priority numerical value of the answer field candidate is compared with the question priority numerical value of the font information corresponding to the answer field candidate, and the font information is compared with the question priority numerical value of the answer field candidate. If the question priority numerical value of the answer is higher, the question priority numerical value of the answer column candidate in the list table (43e) is specified by the font information. Means for changing the set question priority numerical value and storing the changed answer column candidate list table (43e) in the internal memory;
The computer program for creating a hole-filling problem according to claim 9, wherein the computer program is configured to function as: The computer program for creating a hole-filling problem according to claim 8 or 9, wherein the computer is
Means (313) for comparing the match between the character string inputted from the input means in the blank answer column on the screen and the character string of the answer column candidate corresponding to the blank answer column;
As a result of the comparison by the comparing means (313), if both match, a message indicating that the answer is correct is displayed on the screen, and if both do not match, a message indicating that the answer is incorrect is displayed on the screen. Means (314),
A computer program for creating hole filling problems to function as The computer program for creating a hole-filling problem according to claim 8 or 9, wherein the computer is
Means (313) for comparing the match between the character string inputted from the input means in the blanking answer field on the screen and the word of the answer box candidate corresponding to the blanking answer field;
As a result of the comparison by the comparing means (313), if both match, a message indicating that the answer is correct is displayed on the screen, and if both do not match, a message indicating that the answer is incorrect is displayed on the screen. Means (314),
If the result of the comparison by the means for comparing is a correct answer, the question priority value of the answer field candidate ID corresponding to the word of the correct answer field candidate in the answer field candidate group attribute information table (42) is decremented, Means (315) for incrementing the question priority numerical value of the answer field candidate ID corresponding to the word of the answer field candidate that was an incorrect answer in the answer field candidate group attribute information table (42) when the answer is incorrect
A computer program for creating hole filling problems to function as   A computer-readable recording medium on which the computer program for creating a hole filling problem according to any one of claims 8 to 13 is recorded. The hole filling question creating apparatus according to claim 1 or 2, wherein the answer column display information is an applet tag. 10. The computer program for creating a hole filling question according to claim 8, wherein the answer column display information is an applet tag. In the hole-filling problem creating apparatus according to claim 1 or 2,
  A WWW server or local HDD that stores the HTML character string object (36) and the corresponding answer column candidate group attribute information table (42) in association with the same storage location is provided.
  The means (301) for storing the HTML character string object (32) in the internal memory as the HTML character string object (32) is selected from the HTML text of the web page on the Internet selected by the user or the page selected by the user. The HTML text stored in the storage location of the WWW server or the HTML text stored in the file in the local HDD is read to determine whether the text has an answer column candidate ID tag. If it does not exist, it is determined as a normal HTML sentence, and the HTML character string object (32) is created based on the HTML sentence. If it is determined that the answer column candidate ID tag exists in the sentence, It is determined that the HTML character string object (36) is read, and the HTML character string The object (36) is stored in the internal memory (4), and the answer field candidate group attribute information table (42) corresponding to the read HTML character string object (36) is read from the storage location. The candidate group attribute information table (42) is configured to be stored in the internal memory (4),
  The means (303, 304) for creating the question condition setting screen (101) on the screen is configured to display an input screen that prompts input of only the question rate,
  The means (306) for creating the HTML character string object (36) and storing it in the internal memory comprises the question rate input from the input screen prompting the input of only the question rate and the HTML character string object (36). Based on the answer field candidate ID, the answer field candidate list table (43e) is created and stored in the internal memory.
  Based on the answer field creation HTML file (39) created based on the answer field candidate list table (43e), the display means displays the filled-in answer fields having height and width corresponding to the words of the answer field candidates. A hole-filling question creating apparatus, which is displayed on the screen instead of the answer column candidate word of the HTML sentence displayed on the screen. In the computer program for creating a hole filling problem according to claim 8 or 9,
  A computer provided with a WWW server or a local HDD that stores an HTML character string object (36) and a corresponding answer column candidate group attribute information table (42) in association with the same storage location,
  The means (301) for storing the HTML character string object (32) in the internal memory as the HTML character string object (32) is selected from the HTML text of the web page on the Internet selected by the user or the page selected by the user. The HTML text stored in the storage location of the WWW server or the HTML text stored in the file in the local HDD is read to determine whether the text has an answer column candidate ID tag. If it does not exist, it is determined as a normal HTML sentence, and the HTML character string object (32) is created based on the HTML sentence. If it is determined that the answer column candidate ID tag exists in the sentence, It is determined that the HTML character string object (36) is read, and the HTML character string The object (36) is stored in the internal memory (4), and the answer field candidate group attribute information table (42) corresponding to the read HTML character string object (36) is read from the storage location. Means for storing the candidate group attribute information table (42) in the internal memory (4);
  The means (303, 304) for creating the question condition setting screen (101) on the screen is a means for displaying an input screen for prompting input of only the question rate,
  The means (306) for creating the HTML character string object (36) and storing it in the internal memory comprises the question rate input from the input screen prompting the input of only the question rate and the HTML character string object (36). Means for creating the answer field candidate list table (43e) based on the answer field candidate ID and storing it in the internal memory;
  Based on the answer field creation HTML file (39) created based on the answer field candidate list table (43e), the display means displays the filled-in answer fields having height and width corresponding to the words of the answer field candidates. Means for displaying on the screen instead of the word of the answer column candidate of the HTML sentence displayed on the screen of
A computer program for creating a hole filling problem, which is configured to function as

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