JP4313418B2 - Learning device, program for learning device, and storage medium thereof - Google Patents

Description

  The present invention relates to a learning device, a learning device program, and a storage medium thereof.

  Learning takes a lot of time for school entrance examinations and acquisition of national qualifications. In learning, it is necessary to memorize a lot of knowledge such as basic matters, and various application problems can be solved based on the memorized knowledge. It is desirable that learning be performed efficiently so that accurate knowledge can be acquired, but it becomes a repetition of simple work, and a gap is likely to occur.

By the way, recently, many game devices using a card or a computer have been proposed. For example, Patent Literature 1 to Patent Literature 4 propose that a card game as a game is enjoyed using a computer, and that a battle game is also proposed using a communication system.
JP-A-7-204355 JP 2000-157744 A JP 2002-301264 A JP 2005-143787 A

  If you can enjoy learning like a card game or a computer game, you will forget your time and be enthusiastic (learning), which is very effective for learning. And computer games are not enough to be used for learning because they are mainly play. In particular, when learning, it is important not only to memorize one item but also to memorize related items systematically, especially to answer that application problems are not systematized. Since it becomes difficult, it is important how to effectively acquire this systematic knowledge.

  The present invention has been made in view of the circumstances as described above, and its purpose is to make it possible to acquire systematic knowledge while having fun so that learning can be performed extremely effectively. To provide a program and its storage medium.

In order to achieve the above object, the learning apparatus according to the present invention employs the following solution. That is, as described in claim 1 in the claims,
A learning device in which an attacking side presenting a problem and a defending side presenting a problem are alternately switched,
Display screens that are common or individually provided to the attacking side and the defending side and input means that are manually operated,
A large number of questions and their answers and points are stored, and for each question, the problem or other related problems that are related to the answer are associated and stored as a database . Storage means for storing the accumulated point value ;
A first problem presenting means for displaying, on the display screen, one problem selected from the database by the operation of the input means among the multiple problems;
Second problem presenting means for causing the display screen to display the plurality of related problems that are in a related relation selected from the database by operating the input means among the multiple problems;
When an answer to one question displayed on the display screen is input by the input means, the answer to the one question is selected by checking against the database, and the input is made based on the selected answer. First correct / incorrect presenting means for determining whether the answer is correct and presenting the determination result on the display screen;
When a plurality of answers to the plurality of related questions displayed on the display screen are input by the input means, the answers to the plurality of questions are selected by checking against the database, and the plurality of selected answers Second correct / incorrect presenting means for determining whether or not each of the plurality of inputted answers is correct based on, and presenting the determination result on the display screen;
For the problem presented by the attacker, after the defender inputs the answer, the attacker also inputs the answer, and either the attacker or the defender answers as a result of the correct / incorrect presentation by the correct / incorrect means. Is the correct answer and the other answer is incorrect, the points corresponding to the presented question are selected against the database, and the points based on the selected points are the correct answers on the answer side. Point giving means for adding as a negative point to the cumulative point value on the answer side that is added as a positive point or an error to the point value;
With
The added value of the points by the point giving means according to the correctness when the plurality of related problems are presented by the second problem presenting means is determined based on the points for the individual problems constituting the plurality of related problems,
Two types of first predetermined point value and second predetermined point value are set as values indicating the accumulated points, and the addition of points to the accumulated points by the point giving means is performed when the first predetermined point value is the full score. When the value is equal to or less than the value, the first predetermined point value is added. On the other hand, when the first predetermined value is the full value, the point is added as the second predetermined point value. Set,
On condition that the first predetermined point value has become a predetermined full score value, the second problem presenting means is set to be allowed to present a plurality of related problems,
When a plurality of related questions are presented by the second question presenting means, if the answer on the defending side is correct and the answer on the attacking side is incorrect, the point granting means decreases the first predetermined point value on the attacking side. Is set to
It is like that.

According to the above-mentioned solution technique, many problem presentations and their answer presentations are performed, and are naturally strongly stored as knowledge. And since it becomes possible to enjoy and learn as if playing a game as a game, the situation of being bored or disgusted is prevented or reduced, inevitably ensuring a long learning time Connected to each other, and a large learning effect can be obtained. In addition, when you are alone, you will be encouraged to memorize the answers to the questions, and this will also enhance the learning effect. Of course, it is possible to quickly know the answer by presenting the answer by the correct / incorrect presentation means, which is preferable for intensive learning of many problems in a short time. In addition to the above, since each problem is associated with a related problem related to the problem or answer, it is possible to continuously learn many problems related to one problem. It is extremely preferable in that it is organized and memorized. Furthermore, it is possible to perform a very advanced game by presenting a plurality of related questions at once, and answering all the related questions presented, and it will be enjoyable enough for those who have a high learning level. Systematic knowledge can be acquired very effectively. Furthermore, since a plurality of related problems can be presented as problems at a time only after the point reaches a predetermined point value or more, it is extremely favorable for further improving the fun as a game and further improving the willingness to learn. . In addition to the above, a large number of questions, answers, and related questions can be stored together in the storage means, so that sufficient amount of problems can be secured and learning over a wide range of learning fields This is also preferable.
In addition to the above, the willingness to learn is further improved by the further improvement of the fun through the battle and the enjoyment of obtaining a large point given when answering a plurality of related problems, in particular, all the answers. In addition, presenting multiple related problems presents a chance to gain big points on the attacker side.On the other hand, if the attacker makes an incorrect answer, the chance to win big points is once stripped away, so a thrilling game sensation is created. It can be enjoyed and learning motivation can be further improved accordingly.

Preferred embodiments based on the above solution are as described in claims 2 to 8. That is,
The storage means includes a first storage unit and a second storage unit,
The first storage unit stores a large number of questions, their answers, points, and all of the related questions.
The second storage unit selectively stores the answer and points together with some related questions for only some of the questions selected by the input means from the stored contents of the first storage unit. ,
The problem presented by the first problem presenting means and the second problem presenting means is set to be limited only to the problems stored in the second storage unit,
(Corresponding to claim 2). In this case, an extremely large number of problems, corresponding answers, and related problems are stored in the first storage unit, while the person who actually learns the appropriate information stored in the second storage unit that is a part of the problem. Learning using the number of problems in a range can be performed.

  When storing a part of the storage content of the first storage unit in the second storage unit, a plurality of problems stored in the first storage unit are presented on the display screen in a tree diagram form, Of the problems displayed on the display screen, the problem selected by the input means is stored in the second storage unit (corresponding to claim 3). In this case, it is preferable to easily select only the problem desired by the learner and present the problem.

As the second predetermined point value increases, the number of related problems that can be selected is increased (corresponding to claim 4). In this case, it is preferable to increase the number of problems that can be presented at a time according to points, to further improve the game sensation, and to improve learning motivation.

When the first predetermined point value is the full score value, an inquiry is made on the display screen as to whether or not to select problem presentation by the second problem presentation means by the input means, and the second problem Only when the input means selects to present a problem by the presenting means, a plurality of problem presentations by the second problem presenting means are permitted, while a plurality of problem presentations by the second problem presenting means are selected. If not, only one question presentation by the first question presentation means is set to be permitted (corresponding to claim 5). In this case, one or a plurality of problems to be presented at a time can be selected, which is more preferable in terms of improving the game feeling, that is, learning motivation.

The presenting of one problem by the first problem presenting means is performed by displaying the surface of one card on which the problem is displayed on the display screen,
Presenting the answer by the first correct / incorrect presenting means is performed by turning over the card on which the problem is displayed on the front and displaying the back of the one card on which the answer is displayed on the display screen. And
Presentation of a plurality of related problems by the second problem presentation means is performed by displaying the surfaces of a plurality of cards each displaying a problem side by side on the display screen,
The answer is presented by the second correct / incorrect presentation means by turning over the plurality of cards and displaying the back surfaces of the plurality of cards on which the answers are displayed side by side on the display screen.
(Corresponding to claim 6 ). In this case, it can be enjoyed as a card game.

In the learning apparatus program according to the present invention, the following solution is adopted. That is, as described in claim 7 in the claims,
In the computer of the learning device that is a battle type in which the attacker who presents the problem and the defender who presents the problem are alternately switched,
A large number of questions, their answers, points, and related questions related to each question or its answer are stored as a database, and the accumulated point values of the attacker and defender are stored. A step of presenting a first question for causing one question to be selected based on an operation of the input means and displaying the selected one question on a display screen;
A second problem presentation step of selecting a plurality of related problems related to each other from the database based on the operation of the input means, and displaying the selected plurality of related problems on a display screen;
When an answer to one question displayed on the display screen is input by operating the input means, an answer to the one question is selected by checking against the database, and based on the selected answer A first correct / incorrect presentation step of determining whether the input answer is correct and displaying the determination result on the display screen;
When answers to a plurality of related questions displayed on the display screen are input, an answer to the plurality of questions is selected by checking against the database, and the input is performed based on the selected plurality of answers. A second correct / incorrect presentation step of determining correct / incorrect of all the answered answers and displaying the determination result on the display screen;
For the problem presented by the attacker, when the defender enters the answer after the defender has entered the answer, either the attacker or the defender will answer correctly as a result of the correct / incorrect presentation at each correct / incorrect step. When the other answer is incorrect, the point corresponding to the presented question is selected by checking the database and the accumulated point value on the answer side where the point based on the selected point is the correct answer is selected. Adding points as positive points or adding points as negative points to the accumulated point value on the answer side where an error has occurred,
A learning device program for causing execution,
The added value of the points in the step of assigning points according to correctness when presenting a plurality of related problems in the second problem presenting step is determined based on the points for the individual problems constituting the plurality of related problems. And
Two types of first predetermined point value and second predetermined point value are set as values indicating the accumulated points, and the addition of points to the accumulated points in the point granting step is the first predetermined point value When the value is below the full score value, the first predetermined point value is added. On the other hand, when the first predetermined value is the full value, the point is added as the second predetermined point value. Set to
On the condition that the first predetermined point value has become a predetermined full score value, it is set to be allowed to present a plurality of related problems in the second problem presentation step,
When a plurality of related questions are presented in the second question presentation step, if the answer on the defending side is correct and the answer on the attacking side is incorrect, the step of assigning the points sets the first predetermined point value on the attacking side. Set to decrease,
It is like that. According to the above solution, a learning apparatus program corresponding to claim 1 is provided.

In the learning apparatus program according to the present invention, the following solution is adopted. That is, as described in claim 8 in the claims,
A computer-readable storage medium that stores the learning apparatus program according to claim 7 . According to the above solution, a storage medium storing the program according to claim 9 is provided.

  According to the present invention, learning can be performed very effectively by acquiring systematic knowledge while having fun.

First, in order to understand the present invention, a learning game using physical cards will be described.
In FIG. 1, three types of cards 3 used in the game are shown: a memorization card 3A, an application card / quick answer type 3B, and an application card / complete type 3C. Each card can be formed of, for example, thin paper, plastic or the like, similar to a commercially available playing card. Each card 3A, 3B, 3C is prepared in large numbers (for example, about 100 to several hundreds) for one subject.

  FIG. 2 shows an example of items displayed (described) on the front surface of the memorization card 3A, and FIG. 3 shows an example of items displayed on the back surface of the memorization card. That is, on the surface of the memorization card 3A, a display indicating that it is a memorization card, a problem, a card No. And the difficulty level of the problem, the importance level of the problem, and another related card number. No. of the related card indicating (Sometimes referred to as a combo No.) is displayed. Moreover, the answer with respect to the problem described on the surface is displayed on the back surface of 3 A of memorization cards. Since the above-mentioned problem requires a memorized item as an answer as will be described later, items to be memorized are displayed intermittently. For example, if the subject to be studied is a civil law as a law, the article number is displayed as a problem, and the contents of the article are displayed as an answer. Of course, the problem is different for each card.

  The related card No. Regardless of the type of card, the card displayed on the card is a card that displays a question or answer that is relevant to the important item displayed in the question or answer. The same applies to cards / quick answer 3B and applied cards / complete 3C). The difficulty level indicates the degree of difficulty in solving the problem. For example, it is displayed in multiple levels such as easy, normal, and difficult, and other numerical values such as 1, 2, and 3 are also displayed. Also, an appropriate display method such as display by the number of specific symbols such as stars can be adopted (this applies to the application card / quick answer type 3B and the application card / complete type 3C). Furthermore, the importance indicates the importance of the problem. For example, the importance is displayed in a plurality of stages of high, medium, and low from the high importance to the low importance, and 1, 2, and 3, etc. Appropriate display methods can be adopted, such as display with numerical values such as this, or display with the number of specific symbols such as stars (this applies to application cards, quick answer formulas 3B, application cards, and full time 3C). The same).

  FIG. 4 shows an example of items displayed on the front surface of the application card / instant answer formula 3B, and FIG. 5 shows an example of items displayed on the back surface of the application card / instant answer formula 3B. That is, on the surface of the application card / instant answer formula 3B, a display indicating that the card is an application card / instant answer formula, a problem, and a card And the difficulty level of the problem, the importance level of the problem, and another related card number. No. of the related card indicating And are displayed. In addition, on the back side of the application card / instant answer formula 3B, answers to the problems displayed on the front side are described. The answer is set to be an alternative set of ○ (correct answer) or × (error = incorrect answer). Correspondingly, the above question is a question type (sentence format and question type). Is often a problem). In addition, in the answer, in addition to ◯ or x, the simple reason for answering to be ◯ or x is also described.

  FIG. 6 shows an example of items displayed on the front surface of the application card / full type 3C, and FIG. 7 shows an example of items displayed on the back side of the application card / full type 3C. That is, on the surface of the application card / complete type 3C, an indication indicating that the application card is complete type, a problem, and a card number And the difficulty level of the problem, the importance level of the problem, and another related card number. No. of the related card indicating And are displayed. Moreover, the answer with respect to the problem currently displayed on the front surface is displayed on the back surface of application card and complete type 3C. The answer is set to include the reason for the detailed answer. For this reason, the question is in a format that requires the reason for the answer (often a problem in the form of sentences), and The difficulty level of the answer is relatively higher than the problem of the memorization card 3A and the application card / quick answer type 3B.

  In FIG. 8, in the learning card 3 focusing on history, the related card No. The six cards 3 related by are shown. Of the six cards 3, three are from Japanese history, two are from world history, and one is from geography. That is, the cards 3 indicated by the arrows in the figure are related to each other, and a card on which a matter related to a question or answer of a certain card 3 is displayed is crossed across subjects, and the tree diagram The relationship is clarified by displaying the symbolically.

  FIG. 9 shows an example in which the number of cards 3 is larger than in the case of FIG. 8, resulting in a larger tree diagram. Further, FIG. 10 shows a tree diagram having a cross-linkage across subjects. Further, FIG. 11 shows that the same subject has a hierarchical connection in the vertical direction according to the difference in the learning stage (for example, the difference in grades of high school first year, second year, and third year). The set tree diagram is shown. The more you play with a large number of cards 3 that make up a complex intertwined tree diagram, the more advanced learning and the more systematic knowledge you want, but for beginners, It is preferable to select the card 3 within a range that constitutes a relatively simple tree diagram.

  FIG. 12 shows an example of a card selected in the case of performing a combo attack (sequential answer type) using a plurality of related cards 3. That is, the card No. selected by the attacker from the plurality of cards 3 constituting the tree diagram as shown in FIG. The four cards 3, 5, 8, 9, and 10 are shown in a tree diagram relationship, and in FIG. A state of being arranged in the left-right direction in order is shown. The state shown in FIG. 13 is an arrangement mode of cards presented to the opponent during the combo attack, and the opponent side serving as the defensive side (defensive side) determines the arranged card number. You will be asked for answers in order.

  FIG. 14 shows an example of a game mat 10 that is preferable for use in a game, and is set for a battle between two people. This game mat 10 has two first areas 11 and two areas 12 dedicated to each person, and one third area 13 serving as a common area for each person. The third area 13 is a square and is an area for placing the card 3 to be presented with a problem. The two second areas 12 are rectangular and are connected to opposite sides of the third area 13. The two first areas 11 are rectangular and are connected to the opposite side of the corresponding one of the second areas 12 to the third area 13. Such a game mat 10 is generally formed in a square shape extending in a direction of connecting opposing players.

  Next, an example in which a game is played using the above-described many cards 3 and the game mat 10 will be described. Each opponent selects a predetermined number of cards 3 as a hand-held card for attack in advance, but when selecting this card 3, it seems that he can answer correctly, but the opponent side will answer incorrectly. The one that seems to be will be selected. Note that after the selection, a learning time for storing the answer to the question may be provided for a predetermined time.

  The rules for the battle can be set as follows, for example. First, the defensive side answers the problem presented by the attacker showing the surface of the card 3, and then the attacker also answers. Second, after both the defensive side and the attacking side have answered, the correct and incorrect answers of the attacking side and the defensive side are determined based on the answer displayed on the card 3 by turning it over. The Third, point processing and card processing are performed based on the determination result.

  In principle, card processing is performed as follows, for example. First, at the time of a battle using one card 3, only the attacking side is correct and the memorized card 3A used this time is the attacking side only if the card 3 used this time is the memorized card 3A. It can be additionally placed in the first area 11. When the first area 11 is filled with a predetermined number of cards 3 (when the game mat 10 in the embodiment can arrange a total of ten cards 3 without overlapping) (when full), The card used this time can be additionally placed in the two areas 12.

  A combo that can present a plurality of cards 3 as related problems at a time as a problem, provided that the first area 11 is filled with a predetermined number of cards 3 and the card 3 is placed in the second area 12 Attack is possible. The greater the number of cards 3 placed in the second area 12 during the combo attack, the greater the number of cards 3 that can be presented at one time during the combo attack. For example, a number obtained by adding, for example, “1” to the number of cards 3 placed in the second area 12 can be used as the number of cards in the combo attack. Since combo attacks can increase the damage points given to the opponent at once, how quickly the opponent can perform the combo attack is an important factor in ultimately winning the battle.

  The attacker can also select whether to perform a combo attack. That is, in the state where the first area 11 is filled with a predetermined number of cards 3 and the card 3 is also placed in the second area 12, a combo attack using a plurality of cards 3 is performed, or one card is used. You can choose whether to attack with cards. When a combo attack is performed, no additional card is placed on the game mat 10. That is, when trying to increase the number of cards placed in the second area 12, the number of cards placed in the second area 12 is increased by winning with an attack with one card (memorized card 3A). .

  In point processing, when either the attacking side or the defensive side is correct and the other is incorrect, the points displayed on the card 3 are given as damage points to the incorrect side as a rule (negative Point grant). In the case of a battle using only one card 3, the point is the point itself displayed on one card 3, but in the case of a combo attack in which multiple cards 3 are presented at once, The total value (total points) of the points displayed on the card 3 is given as damage points at a time. If both the attacking side and the defensive side are correct or incorrect, the points are not changed (maintenance is maintained). At the start of the match, the damage points are set to 0 for both the attacking side and the defensive side. When the damage point reaches a predetermined point value set in advance, the side that has reached the predetermined point value is eventually lost (in order to win the battle how to give damage points to the opponent) Important).

  The following exceptions are set for card processing and point processing. In other words, if only the defender is correct when a combo attack is performed, the number of cards 3 in the attacking first area 11 is reduced by one, and in addition, damage points are given to the attacking side. Or you can choose to restore your own (defense side) damage points (processing to reduce damage points). When the damage point reaches the predetermined point value, it will eventually be lost, so the defensive side can select the processing to move away from the predetermined point value (that is, the processing to delay the time when the predetermined point value is reached). . In addition, the present point (damage point) which each person has can be always easily confirmed using existing tools, such as a chip | tip and a top pole, for example.

  Based on the above rules, changes in the situation of the game mat 10 in accordance with the progress of the game are shown in, for example, FIGS. Hereinafter, an example of a battle method (game method) will be described with reference to FIGS. In the battle, the first attack and the second attack are determined by dice or the like, and the battle is started. First, the first player becomes the attacking side of this time, and as shown in FIG. 14, the third area with the surface (problem display surface) facing upward is one card 3 selected from the hand-held cards. Place in 13. The opponent who will become the defender of this time in the subsequent attack answers the problem displayed on the card 3 placed in the third area 13, and then the attacker also answers in the same manner. The back side of the card 3 is hidden from view until both answer.

  After both the attacking side and the defensive side have answered, the card 3 placed in the third area 13 is turned over, and the answer (correct answer) displayed on the back side of the card 3 is confirmed. Based on the confirmed answer, the correct or incorrect answer on the attacking side and the defensive side is determined, and the following processing is performed according to the determination result. First, if both the attacking side and the defensive side are correct, and both are incorrect, a draw is made. In the case of a draw, the card 3 used this time is removed from the game mat 10, and the points for both are not changed.

  If only the attacking side is correct with an attack using the memorization card 3A, the memorization card 3A used this time is placed in the first area 11 as shown in FIG. 15 (FIG. 15 The card 3 is placed in one area 11). At the end of one offense and defense, the offense and defense will be changed, and the last defender will become the attacker in this offense and defense. As described above, as a result of repeated offense and defense changes, as shown in FIG. 16, the first area 11 on one side is filled with a predetermined number of cards 3. When the side in which the first area 10 is filled with a predetermined number of cards 3 is the attack side and only the attack side is correct, as shown in FIG. Will be placed. When the person on the side where one card 3 is placed in the second area 12 becomes the attacking side and selects the combo attack, for example, as shown in FIG. Two cards 3 (the number obtained by adding 1 to the number of cards placed in the second area 12) which are related problems are placed side by side. In the state of FIG. 18, the defensive side is required to answer in the order of the arranged cards 3.

  After the offense and defense in the state of FIG. 18 is completed, when the person in the state where one card 3 is placed in the second area 12 becomes the attack side, the attack with one card is selected, and only the attack side When the answer is correct, as shown in FIG. 19, the card 3 used this time is additionally placed in the second area 12, and in the next combo attack, the three cards 3 that become related problems are displayed. It is possible to attack using

  In the case where the offense and defense in the state of FIG. 19 is completed, and then the person who has the card 3 placed in the second area 12 becomes the attacking side and performs a combo attack and only the attacking side is incorrect As shown in FIG. 20, the number of cards 3 in the first area 11 on the attacking side that has become an incorrect answer is reduced by one. As a result, even if the card 3 is placed in the second area 12, since the first area 11 is not filled with the predetermined number of cards 3, the combo attack is prohibited and only an attack with one card is allowed. Will be. Of course, since the card 3 is placed in the second area 12, when the subsequent attack with one card returns to the state where the first area 11 is filled with a predetermined number of cards 3, the combo attack is performed again. Can be done.

  When the damage point on one side of the opponent reaches a predetermined point value or more while repeating the offense and defense change as described above, this one side is regarded as a loser in the current battle.

  FIG. 21 shows a modified example of the game mat so that four players can face-to-face. In the game mat 15 shown in FIG. 21, the third area 13 is a square, the second area 12 is connected to each side of the third area, and the first area 11 is connected to each second area 12. It has been established. At the time of the battle, when it is set to the first, the second, the second, the first, and the second, the second, the second, and the second, the second, the second, After that, Samurai and Ding perform one offense and defense, and then Ding and A perform one offense and defense, and then conduct one offense and defense as a whole. When one person has a damage point at a predetermined point value, the match is over, and the first, second, third, and fourth positions can be assigned in order of increasing damage points. Note that the game mat 15 is made of a flexible material such as a cloth so that the game mat 15 can be folded to be small when not in use.

  Next, an example of a battle method using a computer and a network will be described with reference to FIGS. The game rules are basically the same as those of the game system using the physical card described with reference to FIGS. Further, on the display screen used by the opponent, the problem presentation and the answer presentation using the card 3 are performed while using the game mat 10.

  First, FIG. 22 shows a network system in which each user terminal 21, 22 of an opponent is connected via the Internet 23 and the server device 24. As the user terminal, for example, a personal computer or a game machine can be used. In the embodiment, a personal computer equipped with a WWW browser is used. Each display screen of the user terminals 21 and 22 is indicated by reference numeral 31, and the keyboard 32 is used as an input means for manual operation. However, an input using sound such as a microphone may be used.

  The server device 24 is capable of delivering an XML document (including an image—the same applies hereinafter) and an XML document. As shown in FIG. 23, as a main functional unit, a CPU 41 as a processing unit, a hard disk drive, etc. Storage means 42 and communication means 43. The storage means 42 includes a first storage unit 42A and a second storage unit 42B. The first storage unit 42A stores all extremely large numbers of questions (for example, thousands to tens of thousands) and their answers. Card No. Difficulty, importance, points, related card No. Is remembered. The second storage unit 42B is for temporarily storing only a part of the problems selected by the opponent among the problems stored in the first storage unit 42A.

  In order to reduce the burden on the user terminals 21 and 22, the CPU 41 presents information such as problems and answers to the user terminals 21 and 22 between the user terminals 21 and 22, and also performs point processing and card processing. And the result is displayed on the display screen 31. Of course, the keyboard 32 in each of the user terminals 21 and 22 inputs an answer and performs various selection operations.

  The function provision by the server device 24 is provided, for example, as a paid service to the opponent or as a service for registered members. In the embodiment, the above-described problems, answers, etc. are stored. In addition to functioning as a database, a program for performing various processes necessary for playing a game is built in, and the user terminals 21 and 22 use the functions of the server device 24 to make a card type as described above. It is meant to be a fun game. In other words, the user terminals 21 and 22 do not have a burden of storing a large number of questions and their answers, and do not need to include all programs for performing various processes for advancing the game. It is sufficient to store only the information exchange function with the server device 24 and only a part of programs (particularly for reply) sent from the server device 24.

  Based on the above premise, the flowcharts of FIGS. 24 to 28 which are functions performed by the server device 24 will be described. In the following description, S indicates a step. First, FIG. 24 is a main flowchart. In S1, preparations for a battle to be described later are made. Next, in S2, it is determined whether or not the card 3 is placed in the second area 12 serving as the attacking combo area. Initially, the determination in S2 is NO, and in this case, in S3, the problem presentation and answer using one card 3 are performed. Thereafter, in S4, the post-matching process in S3, that is, card processing and point processing are performed.

  If the determination in S2 is YES, in S5, an inquiry is made to the attacking user terminal as to whether or not to select a combo attack. Thereafter, in S6, it is determined whether or not the selection result in S5 is a combo attack selection. If the determination in S6 is NO, the process proceeds to S3 described above. If the determination in S6 is YES, in S7, a combo attack (offense and defense) using a plurality of cards, which is a related problem, is executed. Thereafter, in S8, card processing and point processing, which are post-processing corresponding to the battle result in S7, are performed.

  After S4 or after S8, in S9, it is determined whether or not the total point value of one of the opponents is equal to or greater than a predetermined point value. When the determination in S9 is NO, since the final victory or defeat of the match has not occurred, the process of changing the offense / defense position is performed in S10, and then the process returns to S2. Further, when the determination in S9 is YES, this is the time when the current match is won or lost. In this case, in S10B, the winner (loser) is determined and the display of this determination is displayed on the display screen 31. Done.

Details of S1 described above are shown in FIG. That is, in S11 of FIG. 25, the opponent and the battle subject are determined. The opponent who wishes to fight, for example, from the user terminals 21 and 22 to the server device 24, in addition to the subject that he / she wants to fight, the profile of his / her own learning level, the learning level of the person who will be the opponent Is sent together with the match requirement. The server device 24 determines an opponent at the time when two persons satisfying the battle requirement for the same subject are secured, and transmits the determined opponent to each opponent. Note that the determination of the opponent can be performed in the same manner as various battle games using an existing network, and thus detailed description thereof is omitted. The point rate can be changed according to the battle level. In other words, with the points given for each problem (point value) as the basic points, the damage points given to advanced players are set as basic points, for example, while the lower level, for example beginners, Processing such as setting the damage points to be given to 50% of the basic points is performed in advance.

  In S12, the first player and the second player are determined for the determined opponent. This determination can be made, for example, by displaying the dice on the display screens 31 of the user terminals 21 and 22 of the respective opponents, and determining the size of the dice obtained by operating the keyboard 32 by each of the opponents.

  After S12, the server device 24 sends a number of problems stored in the first storage unit 42A to the first player in S13. Is displayed on the display screen 32 in a tree diagram, and a request for selecting a hand-held card is made. After that, in S14, for example, 50 memorized cards 3A selected by the preceding operation, 50 applied cards / immediate answers 3B and 50 applied cards / learning 3C are combined, and a total of 100 selected cards are attacked first. As a hand-held card of the user (stored in the second storage unit 42B). If all the problems cannot be presented at once, it is only necessary to repeat the presentation and selection of a part of the problems (batch display is preferable, but if it is difficult to display all of the problems, it may be displayed sequentially in multiple parts) . After S14, by the processes of S15 and S16, the second-hand storage unit 42B is made to select a hand-held card for the second-attacking person as in the case of the first-coming person.

  After S16, in S17, the game mat 10 as shown in FIGS. 14 to 20 is displayed on the display screen 31 of each user terminal 21, 22 (initial state in which the card 3 is not yet placed on the game mat 10). Display). Thereafter, in S18, a display to the effect that the game is started is displayed on the display screen 31 of each opponent.

  Details of S3 in FIG. 24 are shown in FIG. First, in S21 of FIG. 26, the hand held card of the attacking side (initially the first player) stored in the second storage unit 42B is displayed on the display screen 31 of the attacking user terminal 21 (or 22), A request to select one card is made. Thereafter, in S22, it is determined whether or not one card has been selected. If the determination in S22 is NO, the process returns to S21.

  When the determination in S22 is YES, the surface of the selected card (the problem displayed on it) is displayed on the display screen 31 of each user terminal 21, 22 (as shown in FIG. 14). In this state, the image on the card surface is transmitted from the server device 24 to the user terminals 21 and 22), and the defensive side is requested to answer the displayed problem. After S23, in S24, it is determined whether or not there is an answer from the defensive side. If the answer in S24 is NO, the process returns to S23.

  If the determination in S24 is YES, an answer request is also made to the attacking side by the processing in S25 and S26. If it is confirmed in S26 that there is an answer from the attacking side, it is determined in S27 whether the answering is correct or incorrect (incorrect answer) for both the attacking side and the defensive side. Is called. In S27, the card whose front side is displayed is turned over, and the answer (correct answer) displayed on the back side is displayed on the display screen 31 of each user terminal 21, 22 (the image on the back side of the card is displayed). (Sent from the server device 24 to the user terminals 21 and 22). By the process of S27, each opponent quickly and accurately recognizes whether or not his / her answer is correct.

  Details of S4 in FIG. 24 are shown in FIG. In S31 of FIG. 27, it is determined whether or not both the attacking side and defensive side answers are correct. When the determination in S31 is NO, it is determined whether or not both the attack side and the defense side answers are incorrect. When the determination in S32 is NO, only one of the attack side and the defense side is correct. In this case, first, in S33, it is determined whether or not the attacking side is correct. If the determination in S33 is NO, that is, if only the defensive side is correct, in S34, damage points are given to the attacking side (update), and then the card used this time is discarded in S35. The process of S35 is a process of removing the card (problem) used this time from the second storage unit 42B so that the same card (problem) is not used from the next time (hereinafter the same).

  If the determination in S33 is YES, that is, if only the attacking side is correct, damage points are given to the defensive side in S36 (update). Thereafter, in S37, it is determined whether or not the card used this time is the memorization card 3A. If the determination in S37 is YES, it is determined whether or not the card is in the memorized area (first area 11). If the determination in S38 is YES, in S39, the card used this time is placed in the memorization area (for example, the state of FIG. 15).

  If the determination in S38 is NO, it is determined in S40 whether or not a card can be placed in the combo area (second area 12). If the determination in S40 is YES, in S41, the card used this time is placed in the combo area (for example, the state of FIG. 17). When the determination at S37 is NO or when the determination at S40 is NO, the card used this time is discarded (deletion from the second storage unit 42B).

  When YES is determined in S31 or YES in S32, the current offense and defense is a draw. In this case, a draw process is performed in S43. In other words, the damage point is not changed (updated) and the current state is maintained, and the card (problem) used this time is discarded (deletion from the second storage unit 42B).

  The details of S7 in FIG. 24 are substantially the same as those in FIG. 26 showing the details of S3. However, the cards displayed on the display screen 31 are a plurality of cards arranged in a predetermined order, and the answer is also a mode in which all the problems described in the arranged cards are answered in order. Whether or not the answer is correct is determined to be correct when all of the answers for all the questions are correct. If there are incorrect answers for some of the questions, the answer is Determined.

  Details of S8 in FIG. 24 are shown in FIG. The processing in S61 in S51 and S52 in FIG. 28 corresponds to the processing in S31, S32, and S43 in FIG. When YES is determined in S53 corresponding to S33 in FIG. 27, that is, when only the attacking side is correct, damage points are given to the defensive side in S54 (update). Of course, the damage point is a value corresponding to the total value of the individual damage points set for multiple cards (problems) (the advanced level is the total value, the beginner level is 50% of the total value) .

  If the determination in S53 is NO, that is, if only the defense side is correct, in S55, one card in the attack side memorization area (first area 11) is deleted (for example, the state shown in FIG. 20 is set). ) Thereafter, in S56, an inquiry is made on the defensive display screen 31 as to whether or not recovery of damage points is desired. Thereafter, in S57, it is determined whether or not the response to the inquiry is a request for recovery of damage points. If the determination in S57 is YES, the defensive damage points are recovered in S58. The point value to be recovered is the total value of the damage points set individually for a plurality of cards. If the determination in S57 is NO, damage points are awarded to the attacker (update). Of course, the damage point is a total value of individual damage points set for a plurality of cards (problems). After S58 or S59, the card (problem) used this time is discarded (deletion from the second storage unit 42B) in S60.

  Next, a display example on the display screen 31 on the user terminals 21 and 22 side will be described with reference to FIGS. First, FIG. 29 shows a display example displayed when a problem is presented (corresponding to S23 and S25 in FIG. 26). In FIG. 29, the game mat 10 is displayed in a reduced size, and the card (surface) as a problem is displayed in the third area 13 of the game mat 1. Since it is difficult to see the problem, a problem display column 51 for enlarging and displaying the problem is separately provided adjacent to the game mat 10. In the problem display column 51, the difficulty level, the importance level, and the related card No. Etc. can also be displayed. In addition, the current point value indicating the superiority or inferiority situation of the win or loss is displayed in the point display column 52 for individually displaying the personal use and the other party. At the bottom, an answer input field 53 for inputting an answer is displayed. After inputting the answer in the answer display field 53, checking the answer transmission box 54 at the lower right of the answer displays the input answer to the server device 24.

  FIG. 30 shows a display example on the display screen 31 when making an inquiry as to whether or not to select a combo attack, that is, a repetitive attack (corresponding to S5 in FIG. 24). In FIG. 30, a display “Use / do not use the consecutive answer formula” is performed, and by selecting (clicking) either the box 61 “Use” or the box 62 “Do not use”. The selected content is transmitted to the server device 24 (for example, URLs for transmission to the server device 24 are embedded in the boxes 61 and 62). For alerting, a specific attack content is displayed when “use” is selected as the consecutive answer formula in parentheses.

  FIG. 31 shows a display example on the display screen 31 when inquiring to select the processing of damage points when only the defensive side is correct in the case of a continuous attack that becomes a combo attack. Yes (corresponding to S56 in FIG. 28). In FIG. 31, “Damage / Recover” is displayed, and the selection is made by selecting (clicking) one of the box 71 “Damage” or the box 72 “Recover”. The contents are transmitted to the server device 24.

  FIG. 32 shows a part of a list of databases storing problems, answers, difficulty, importance, damage points (displayed as HP) for each card stored in the storage means 42 on the display screen 31. The displayed display example is shown (display example at the time of a card selection request in a combo attack). For each card, that is, the problem, a card title indicating the contents of the card is added separately. When the user clicks one of them, for example, as shown in FIG. 33, among the display items of the selected card, format items excluding questions and answers are displayed. By clicking in the state of FIG. Problems and combo no. Etc. are displayed. By checking the card selection box from the state shown in FIGS. 33 and 34, for example, related cards displaying related problems as shown in FIG. 9 are displayed in a tree diagram. The attacker can select a plurality of cards to be used for the combo attack while looking at this tree diagram (the card is selected by placing the pointer on the card to be selected and clicking).

  FIG. 35 to FIG. 38 show an example of a method suitable for automatically setting the relationship of cards (problems) and classifying cards (problems) using a computer. First, in the state shown in FIG. 35, questions and answers have been created. Is not attached and the related card No. As combo no. The state where is not attached is also shown. For each card (question), important proper nouns are registered among proper nouns described in the answer column or question column. As shown in FIG. 36, this registration is completed by dragging a proper noun to highlight it, and then right-clicking and selecting “proprietary noun” from the pull-down menu to complete the registration of the proper noun. There are five types of proper nouns that have been registered.

  Before or after proper noun registration, card subjects, classifications, etc. are registered as shown in FIG. At the time of registration, card no. Select a category from the pull-down menu displayed by placing the pointer on and right-clicking. Thereafter, when, for example, a world history is selected from the subjects, a checklist corresponding to the selected subject is displayed. When a check is put in the check list, a card number is automatically assigned (a card number other than a used card number is assigned).

  Finally, for each card, another card containing the same proper noun is searched, and the card No. possessed by the card that has been hit is searched. Is related card No. As combo no. Registered as Card No. And a combo No. An example of a completed card marked with is shown in FIG.

The present invention is a game-type learning device that does not display a game mat (does not use a game mat) in FIGS. 22 to 34 described above. In the above description, appropriate changes can be made, for example, as follows.
(1) In each case, as a card (problem) to be used, one of three types of cards 3A, 3B, and 3C or two of arbitrary cards may be used. Moreover, as an application card, you may make it classify into one as an application card, without distinguishing an immediate answer type | formula and a complete formula. Cards that can be placed in the first area 11 (memorization area) are not limited to memorization cards, and application cards may also be placed (all cards may be placed).
(2) In each example, the winning or losing of the match may be determined by the number of acquired cards without performing the points (the number of cards becomes the point as it is, for example, 100 cards ahead The winner is the winner).
(3) For each problem, the difficulty level and the importance level may not be set, or only one of them may be set. In addition, when displaying the difficulty level and the importance level, they may be displayed on the back side of the card (when the problem is presented, the difficulty level and the importance level are not understood). In addition, when displaying the difficulty level and importance level together with the problem presentation, it gives the person who answers the subject a certain mental weight, and improves the degree of seriousness to the answer or improves the sense of the game. Then, it becomes preferable. On the other hand, when the difficulty level and importance level are displayed for the first time after answering, it is preferable in that the level of difficulty and importance is not taken into account when answering, and that it concentrates on the problem purely. It will be a thing.

(4) The game mats 10 and 15 may have only the first area 11 and the second area 12 for each player (there is no third area 13). In this case, problem presentation may be performed in a portion other than the first area 11 and the second area 12.
(5) As the game mats 10 and 15, for example, as a modification of FIG. 21, the third area 13 may be an equilateral triangle, and the second area 12 and the first area 11 may be connected to each side ( Similarly, the third area 13 can be appropriately changed according to the number of players such as a regular pentagon, (for 5 people), or a regular hexagon (for 6 people).
(6) A game that does not use the game mats 10 and 15 may be used. In this case, the combo attack may be permitted on condition that, for example, a predetermined number or more of cards are acquired (a state where the first area 11 is filled with a predetermined number of cards).

(7) In a battle game using a computer as shown in FIGS. 22 to 28, information is directly exchanged between a plurality of user terminals 21 and 22 without the server device 24 interposed therebetween. It can also be made to progress. However, at least the storage means 42 that stores a large number of questions and their answers is provided in the server device 24 so that each user terminal 21, 22 can use this storage means 42. This is preferable in reducing the burden and creating a database by concentrating a large number of problems in a wide range of fields in one place. In particular, since the setting of questions and their answers has a significant effect on the learning effect, the creation of questions and their answers is entrusted to specialists in the field. It is preferable to secure a large number of high-quality problems and answers by using a form such as paying or membership registration. Also, setting the correct answer determination means (correct answer determining step) in the server device 24 is preferable in that the server device 24 that is in a neutral position is provided with a referee function for the battle.
(8) Without using a wide-area network such as the Internet, the user terminals 21 and 22 are directly connected to each other using a cable, an infrared ray, or the like (whether wireless or wired) so as to play a battle. May be. In this case, since at least one user terminal 21 or 22 needs to store a program for performing processing as shown in FIGS. 24 to 28, a large number of questions and their answers, a large number of questions and answers. A storage medium such as a CD-ROM or DVD-ROM that stores a processing program is purchased and used on the user terminals 21 and 22 or an external storage medium is attached to the user terminals 21 and 22 It is sufficient to use it in the state.

(9) It is good also as a battle | competition in the form of a user versus computer (virtual opponent set to), without setting it as a battle between users. In this case, for example, the virtual opponent in the computer may allow the user to select the levels of beginner, intermediate, and advanced, and the answer rate may be made different depending on the level difference. In this case, the answer of the virtual opponent in the computer is an automatic answer, and various selections such as selection of the handheld card are also automatically selected.
(10) One user may play a game alone. In this case, the concept of offense and defense disappears, and the user issues a problem by himself and answers it himself. In a game using a computer, systematic knowledge acquisition using a plurality of related problems is mainly convenient for learning, and it is also a self-study for winning when fighting.
(11) The point may be a positive point instead of a negative point (in this case, a point having a larger point value is more dominant or wins as opposed to a damage point).

(12) In the case of a game using a computer as shown in FIGS. 22 to 28, a technique that does not use the game mats 10 and 15 may be used. In this case, the problem, its answer, etc. are directly displayed on the display screen 31.
(13) In the case of a game using a computer as shown in FIGS. 22 to 28, a game system that does not use a card can be used. In this case, a question, an answer, etc. should just be displayed on the display screen 31 directly. When no card is used, the card number is used to indicate a related problem. Instead of the code No. for identifying each problem. (Corresponding to the problem No.) or the like may be used.
(14) The number of problems in a combo attack may be always set to a certain number of problems, for example, three questions.
(15) A condition setting for performing a combo attack can be set using a point value. Specifically, for example, two types of point values, the first point value and the second point value, are set, and the first point value on the side won by one offense and defense is added and updated. After reaching the predetermined upper limit value, the second point value is added and updated, and when the second point value becomes equal to or higher than the predetermined victory value, the battle is ended, and further, the first point value is The combo attack may be permitted on condition that the predetermined upper limit value is exceeded (the first point value becomes the predetermined point value when the first area 11 is filled with a predetermined number of cards). Equivalent). Alternatively, only one type of point value may be used, and a combo attack may be permitted on the condition that the point has reached a predetermined value or more.

(16) The database shown in FIG. 32 is an example, and its creation method can be changed as appropriate.
(17) After the match is over, for review purposes, the wrong answer and its answer are temporarily stored for each player so that they can be confirmed for review. You may make it display the problem which became an incorrect answer with the answer as a list (improvement of learning effect by review).
(18) When the attack side fails in the combo attack, the number of cards to be deleted from the first area 11 on the attack side can be set to two or more, for example, the same as the number of cards at the time of the combo attack You can also set the number.
(19) In the application question / prompt answer formula (applied card / prompt answer formula), in addition to the answer of ○ or ×, the reason for the answer is also displayed (stored). It may be possible to select only one of the two answers, and requesting the answer together with the reason for the answer, for example, by the attacker's choice for each question, or in the initial setting All application problems may be uniformly selected in advance.

(20) If both the attacking side and the defensive side are wrong answers, negative points may be given to the attacking side (because the side that raised the problem is wrong) Whether to give such a punitive point to the attacker can be set in advance at the initial setting stage.
(21) In the case of a combo attack (presentation of multiple related problems), it is possible to accept that some of the problems are correct (or wrong) without requesting correct answers for all questions, and become correct (or incorrect). Points may be given according to the number of problems that have been found. In this case, the attacker may be able to select whether to request correct answers for all questions or allow partial correct answers each time, or decide in advance at the initial setting stage. You may keep it.
(22) The point assignment according to the problem may be changed according to the level of the opponent (the level of the learner). For example, if the points given for each problem are used as basic points, for example, when giving negative points (damage points) on the losing side, the advanced points will be given the same damage points as the basic points. For the person, for example, only 70% of the basic points may be given damage points (change of the point rate). By changing the point rate in this way, persons with different learning levels can also play happily. Setting of the point rate according to the difference in the learning level can be performed at the initial setting stage.
(23) The application card / immediate answer formula may be an alternative answer from ○ or ×, and may have no reason for answer.
(24) Each step or group of steps shown in each flowchart can be expressed as a functional part of a computer by attaching the name of the means to the name indicating the function. For example, in FIG. 24 to FIG. 28, S23 in FIG. 26 can be expressed as a problem presenting means, S27 can be expressed as an answer presenting means, and S27 can be expressed as a correctness determination means. Of course, the object of the present invention is not limited to what is explicitly stated, but also implicitly includes providing what is substantially preferred or expressed as an advantage.

The perspective view which shows the kind of card | curd. The top view which shows the example of a display of the surface of a memorization card | curd. The top view which shows the example of a display of the back surface of a memorization card | curd. The top view which shows the example of a display of the surface of an application card and a quick answer type. The top view which shows the example of a display of the back surface of an application card and a quick answer type. The top view which shows the example of a display of the surface of an application card and a complete formula. The top view which shows the example of a display of an application card and a complete type back surface. The figure which shows an example of the some related problem. A diagram showing a plurality of related problems in a dendrogram. The figure which shows the several problem related over the range from which a subject differs in a dendrogram. The figure which shows the several problem relevant over the range from which the learning year differs in a dendrogram. The figure which shows only the one part related problem selected from the several related problems displayed by the dendrogram. The figure which rearranged the card | curd of FIG. 12 in order in the left-right direction. The figure when one card is displayed in the 3rd area of a game mat. FIG. 15 is a diagram showing a state in which a game has progressed from the state of FIG. 14 and one card is placed in one first area. FIG. 16 is a diagram showing a state in which the game has progressed from the state of FIG. 15 and one first area is filled with a predetermined number of cards. FIG. 17 is a diagram illustrating a state in which the game has progressed from the state of FIG. 16 and one card is placed in one second area. FIG. 18 is a diagram showing a state in which the game has progressed from the state of FIG. 17, one card is placed in one second area, and two cards are placed in the third area. FIG. 19 is a diagram showing a state in which the game has progressed from the state of FIG. 18, two cards are placed in one second area, and three cards are placed in the third area. FIG. 20 is a diagram showing a state in which the game has progressed from the state of FIG. 19, two cards are placed in one second area, and one card is removed from one first area. The top view which shows another example of a game mat. The figure which shows the state in which the some user terminal and server apparatus were connected via the network. The figure which shows the principal part simply among the internal structures of a server apparatus. The flowchart which shows the example of control of a learning apparatus. The flowchart which shows the example of control of a learning apparatus. The flowchart which shows the example of control of a learning apparatus. The flowchart which shows the example of control of a learning apparatus. The flowchart which shows the example of control of a learning apparatus. The figure which shows the example of a display of the game mat displayed on the display screen of a user terminal, a problem. The figure which shows the example of a display of the inquiry whether to select the continuous answer type | formula attack displayed on the display screen of a user terminal. The figure which shows the example of a display of an inquiry about selection of the process of the damage point displayed on the display screen of a user terminal. The figure which shows the example of memory | storage content, such as many problems memorize | stored in the memory | storage means like a database. The figure which shows the example of a display when one database (item) is clicked for selection among FIG. The figure which shows a state when it clicks in the state of FIG. For one problem, the card no. And related card No. The figure which shows the state which is not attached | subjected. The figure which shows the state in which the proper noun in the problem or the answer is registered as an important term in the state of FIG. Diagram when registering card subjects and classifications. The figure which shows the state which completed the correlation of the related problem, etc. about one card (problem).

Explanation of symbols

3A: Memorization card 3B: Application card / quick answer type 3C: Application card / complete type 10, 15: Game mat 11: First area 12: Second area 13: Third area 21, 22: User terminal 23: Internet 24: Server device 31: Display screen 32: Keyboard (input means)
41: CPU
42: Storage means 42A: First storage unit 42B: Second storage unit

Claims (8)

A learning device in which an attacking side presenting a problem and a defending side presenting a problem are alternately switched,
Display screens that are common or individually provided to the attacking side and the defending side and input means that are manually operated,
A large number of questions and their answers and points are stored, and for each question, the problem or other related problems that are related to the answer are associated and stored as a database . Storage means for storing the accumulated point value ;
A first problem presenting means for displaying, on the display screen, one problem selected from the database by the operation of the input means among the multiple problems;
Second problem presenting means for causing the display screen to display the plurality of related problems that are in a related relationship selected from the database by operating the input means among the multiple problems;
When an answer to one question displayed on the display screen is input by the input means, the answer to the one question is selected by checking against the database, and the input is made based on the selected answer. First correct / incorrect presenting means for determining whether the answer is correct and presenting the determination result on the display screen;
When a plurality of answers to the plurality of related questions displayed on the display screen are input by the input means, the answers to the plurality of questions are selected by checking against the database, and the plurality of selected answers Second correct / incorrect presenting means for determining whether or not each of the plurality of inputted answers is correct based on, and presenting the determination result on the display screen;
For the problem presented by the attacker, after the defender inputs the answer, the attacker also inputs the answer, and either the attacker or the defender answers as a result of the correct / incorrect presentation by the correct / incorrect means. Is the correct answer and the other answer is incorrect, the points corresponding to the presented question are selected against the database, and the points based on the selected points are the correct answers on the answer side. Point giving means for adding as a negative point to the cumulative point value on the answer side that is added as a positive point or an error to the point value;
With
The added value of the points by the point giving means according to the correctness when the plurality of related problems are presented by the second problem presenting means is determined based on the points for the individual problems constituting the plurality of related problems,
Two types of first predetermined point value and second predetermined point value are set as values indicating the accumulated points, and the addition of points to the accumulated points by the point giving means is performed when the first predetermined point value is the full score. When the value is equal to or less than the value, the first predetermined point value is added. On the other hand, when the first predetermined value is the full value, the point is added as the second predetermined point value. Set,
On condition that the first predetermined point value has become a predetermined full score value, the second problem presenting means is set to be allowed to present a plurality of related problems,
When a plurality of related questions are presented by the second question presenting means, if the answer on the defending side is correct and the answer on the attacking side is incorrect, the point granting means decreases the first predetermined point value on the attacking side. Is set to
A learning apparatus characterized by that. In claim 1,
The storage means includes a first storage unit and a second storage unit,
The first storage unit stores a large number of questions, their answers, points, and all of the related questions.
The second storage unit selectively stores the answer and points together with some related questions for only some of the questions selected by the input means from the stored contents of the first storage unit. ,
The problem presented by the first problem presenting means and the second problem presenting means is set to be limited only to the problems stored in the second storage unit,
A learning apparatus characterized by that. In 請 Motomeko 2,
When storing a part of the storage content of the first storage unit in the second storage unit, a plurality of problems stored in the first storage unit are presented on the display screen in a tree diagram form, A problem selected from the problems displayed on the display screen by the input means is stored in the second storage unit. In any one of Claims 1 thru | or 3,
The learning apparatus, wherein the number of the related problems that can be selected increases as the second predetermined point value increases . In any one of Claims 1 thru | or 4,
When the first predetermined point value is the full score value, an inquiry is made on the display screen as to whether or not to select problem presentation by the second problem presentation means by the input means, and the second problem Only when the input means selects to present a problem by the presenting means, a plurality of problem presentations by the second problem presenting means are permitted, while a plurality of problem presentations by the second problem presenting means are selected. If not, the learning apparatus is set to allow only one question presentation by the first question presentation means. In any one of Claims 1 thru | or 5,
The presenting of one problem by the first problem presenting means is performed by displaying the surface of one card on which the problem is displayed on the display screen,
Presenting the answer by the first correct / incorrect presenting means is performed by turning over the card on which the problem is displayed on the front and displaying the back of the one card on which the answer is displayed on the display screen. And
Presentation of a plurality of related problems by the second problem presentation means is performed by displaying the surfaces of a plurality of cards each displaying a problem side by side on the display screen,
The answer is presented by the second correct / incorrect presentation means by turning over the plurality of cards and displaying the back surfaces of the plurality of cards on which the answers are displayed side by side on the display screen.
A learning apparatus characterized by that. In the computer of the learning device that is a battle type in which the attacker who presents the problem and the defender who presents the problem are alternately switched,
A large number of questions, their answers, points, and related questions related to each question or its answer are stored as a database, and the accumulated point values of the attacker and defender are stored. A step of presenting a first question for causing one question to be selected based on an operation of the input means and displaying the selected one question on a display screen;
A second problem presentation step of selecting a plurality of related problems related to each other from the database based on the operation of the input means, and displaying the selected plurality of related problems on a display screen;
When an answer to one question displayed on the display screen is input by operating the input means, an answer to the one question is selected by checking against the database, and based on the selected answer A first correct / incorrect presentation step of determining whether the input answer is correct and displaying the determination result on the display screen;
When answers to a plurality of related questions displayed on the display screen are input, an answer to the plurality of questions is selected by checking against the database, and the input is performed based on the selected plurality of answers. A second correct / incorrect presentation step of determining correct / incorrect of all the answered answers and displaying the determination result on the display screen;
For the problem presented by the attacker, when the defender enters the answer after the defender has entered the answer, either the attacker or the defender will answer correctly as a result of the correct / incorrect presentation at each correct / incorrect step. When the other answer is incorrect, the point corresponding to the presented question is selected by checking the database and the accumulated point value on the answer side where the point based on the selected point is the correct answer is selected. Adding points as positive points or adding points as negative points to the accumulated point value on the answer side where an error has occurred,
A learning device program for causing execution,
The added value of the points in the step of assigning points according to correctness when presenting a plurality of related problems in the second problem presenting step is determined based on the points for the individual problems constituting the plurality of related problems. And
Two types of first predetermined point value and second predetermined point value are set as values indicating the accumulated points, and the addition of points to the accumulated points in the point granting step is the first predetermined point value When the value is below the full score value, the first predetermined point value is added. On the other hand, when the first predetermined value is the full value, the point is added as the second predetermined point value. Set to
On the condition that the first predetermined point value has reached a predetermined full score value, the setting of a plurality of related questions in the second question presentation step is permitted,
When a plurality of related questions are presented in the second question presentation step, if the answer on the defending side is correct and the answer on the attacking side is incorrect, the point granting step sets the first predetermined point value on the attacking side. Set to decrease,
A learning apparatus program characterized by the above. A computer-readable storage medium that stores the learning device program according to claim 7 .

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