KR20090101284A - Game device, computer program, and recording medium - Google Patents

Abstract

Provided is a game device (100) having a processor (150) and a memory (160). The memory (160) stores question and answer data (163) including first data and second data. The processor (150) selectively performs a process for allocating use of question-making to the first data and use of right or wrong judgment to the second data and a process for allocating use of right or wrong judgment to the first data and use of right or wrong judgment to the second data, and then performs question and answer processing according to the allocation result. Therefore, the game device (100) can make a plurality of questions using the same question and answer data.

Description

Game devices, computer programs and recording media {GAME DEVICE, COMPUTER PROGRAM, AND RECORDING MEDIUM}

The present invention relates to a game device, a computer program and a recording medium.

A game device of a question-and-answer game, which is a kind of game device, which questions a question to a player, receives a player's answer to a question that is asked, determines whether or not the received answer is a correct answer, and makes an evaluation according to the result of the judgment. The device exists. In a configuration in which a question is asked and a data for determining whether or not the answer is correct (hereinafter referred to as "question and answer data") is prepared for each question and answer, the storage capacity required for the storage unit for storing the question and answer data (hereinafter, referred to as "requirement" Memory capacity ") increases with the number of questions that can be asked.

Japanese Patent No. 3709513 describes a game device of a game in which a scenario is changed in accordance with an option selected by a player among a plurality of options. In this game apparatus, the presented options decrease with the elapsed time after prompting the player to select from a plurality of options. By applying this technique, it is possible to ask a plurality of questions with different numbers of choices based on the same question and answer data. Further, Japanese Laid-Open Patent Publication No. 2005-338372 discloses a learning support apparatus that can switch display or non-display in word units constituting sentences relating to questions. According to this technique, it is possible to ask a plurality of questions different from each other in the presence or absence of the display of each word constituting the sentence relating to the question, based on the same question and answer data. Therefore, according to each technique described above, the required storage capacity can be suppressed with respect to the number of questions that can be asked.

However, in each of the above-described techniques or applications thereof, it is necessary to include data that does not need to be used in any question and answer in the same question and answer data used for a plurality of questions. For example, in the application of the technique described in Japanese Patent No. 3709513, it is necessary to include in the questionnaire data data of an option which is not necessary for the question and answer in which few options are presented. For example, in the technique described in Japanese Patent Laid-Open No. 2005-338372, it is necessary to include correct answer data in question answer data that does not need to be used in any question and answer.

This invention is made | formed in view of the above-mentioned situation, and if it is possible to ask a plurality of questions using the same question-and-answer data, and this question-and-answer data includes data used commonly for the question and answer about these several questions. It provides a game device, a computer program, and a recording medium of a question-and-answer game.

First, the term used in this specification is demonstrated.

"Game" is an activity that has some rules about the outcome of play (game play). A "game" is a multi-player game in which two or more participating players or two or more participating teams compete or cooperate, or a single-player game in which one participating player plays to achieve or enjoy a goal. Ie one-person games, and puzzles. In this specification, a single player game is started as an example of a game. However, the present invention is not limited to the form of a single player game, but also includes all other game forms. The multiplayer game includes a game of personal evaluation type in which the result of each play is determined for each participating player of the play, or a team evaluation type game in which each result is determined for each participating team which is a group of participating players of the play. do. In addition, the multiplayer game includes a competitive game in which each of the participating players or participating teams of the play competes with each other, or a cooperative game in which they cooperate with each other. The competitive game includes a competitive game in which a participating player or a participating team competes.

In the game, "play" refers to one action in which the player executes an arbitrary game. Therefore, in one game, a plurality of plays may be repeated by the same player, and at the same time, a plurality of plays may be performed by a plurality of players. The person who can perform each play is called the "player" of the play or game. Therefore, even if you are not playing the game now or in the past, there is a possibility that a person who can potentially play is called a player. However, in particular, the player who is actually playing the game or executed it is called a "participating player" of the play. For each play, the result is an evaluation aimed at by the participating players of the play. Examples of the results of the play include winning or losing, ranking, or scoring.

The term "computer game" refers to a computer used for realizing the play of each computer game in which the play is realized using a computer, and is called a "game device" of the computer game. Among the game devices of each computer game, what has a user interface for the player of the computer game for the operation is called a "game terminal." The game terminal may realize only a single computer game or may realize a plurality of computer games. A system having a game device of each computer game is collectively referred to as a "game system" of the computer game.

The place where the game terminal is installed is called a "game place." Examples of the game site include a facility (for example, a game arcade) that allows the installed game terminal to be paid to the visitor for a fee, or a residence in which the game terminal is installed. In the former, the visitor is mainly the user of the game terminal and the player of the computer game, and in the latter, the owner is mainly the user of the game terminal and the player of the computer game. In the former, a game terminal (a type of business game machine) having a function for collecting the fee for use from the user is mainly installed, and a game terminal (a type of home game machine) that does not have the function is mainly installed in the latter. .

Examples of the game device or the game system include a singular number of computer games that can be realized or a plural number of computer games. Examples of the game system include a game system having only a single game terminal, a game system having a plurality of game terminals, and a game system having a plurality of game devices. Examples of a game system having a plurality of game devices include a game system (network game system) using a single network in which all game devices belong as nodes.

The term "network" is a generic term for a system having an end portion and provided to enable transmission and reception of data between a plurality of end node nodes belonging to the end portion. As an example of the network, each end node belonging to the self is given a unique communication address (for example, an IP (Internet Protocol) address) within it, and transmission and reception of data between the end nodes using these communication addresses is performed. It includes what is done. The term "end node" is a generic term for a node belonging to a network to which the node belongs, serving as an end of the network. A "node" is a generic term for an apparatus or system that transmits or receives within a network to which it belongs. Examples of nodes include computers and networks. A network including a plurality of networks as a plurality of nodes is referred to as "Internet walk". An example of an internet walk is the Internet.

Examples of a network game system having a plurality of game terminals include a master / slave game system, a server / client game system, and a peer to peer game system. As an example of the master / slave game system, the game terminal used as a master and the game terminal used as a slave include a game system which is statically determined, or a game system which is dynamically determined. As an example of a server / client type game system, a game system in which a game device serving as a server and a game terminal serving as a client is statically determined, a game system in which both are dynamically determined, and a game terminal serving as both a server and a client exist. It includes.

The term "computer" is a generic term for an apparatus which processes data, which has a memory for holding data and a processor for executing a computer program held in the memory. "Data" is a general term for the information expressed in a form that can be recognized by a machine such as a computer. Examples of the data include data representing the information electrically, data representing the information magnetically, and data representing the information optically. "Information" is a generic term for an object that can be represented by data. The term "memory" is a generic term for a device that read-writes written data. Examples of the memory include semiconductor memory, magnetic memory, and optical memory. The term "computer program" is a generic term for showing the order of processing among a collection of data representing an instruction. As an example of a computer program, a computer includes a program for realizing the play of a computer game. The term "processor" refers to a process that implements an instruction set and executes the instructions represented by the data in the computer program in the order indicated by the computer program which is a collection of data representing the instructions contained in the instruction set. By doing so, it is a general term of the apparatus which executes the said computer program. Examples of the processor include a single CPU (Central Processing Unit) or an aggregate of a plurality of CPUs.

The computer includes a computer having an interface with the outside. Examples of the interface with the outside include an input unit for inputting information or data from the outside, and an output unit for outputting information or data to the outside. The term "input" for information is a generic term for an act of generating data representing external information by detection or measurement. Examples of the input unit include a sensor, a button, and a keyboard. The term " output " for information is a general term for an act of representing information represented by data in a form that can be perceived by humans. Examples of forms that can be perceived by humans include light, sound, and vibration. Examples of the output of information in the form of light include display of an image and flicker of a light source. Examples of the output of information in the form of sound include soundproofing by a speaker and driving of a sounding mechanism by a solenoid (for example, a bell's loudness). Examples of the output of the information in the form of vibration include oscillation of the vibrator.

Next, the present invention will be described.

According to the present invention, there is provided a first storage unit for storing first data and second data in correspondence with each other, a first allocation process for assigning a problem-use purpose to the first data, and assigning a noon determination purpose to the second data. And a first data allocating unit for selectively allocating the noon determination purpose to the first data and selectively performing a second allocation process for allocating the problem questioning purpose to the second data; and the first data allocating unit In the case where 1 allocation process is executed, a question is asked to the player based on the first data, a solution from the player is received for the question, and whether the received answer is a correct answer is based on the second data. On the other hand, when the first data allocation unit executes the second allocation process, a question is asked based on the second data, and an answer to the question that is asked is received. And, whether or not the received answer is correct and provides a game apparatus comprising a first question and answer processing section for determining, based on the first data.

According to this game apparatus, when the second data indicates the correct answer of the problem indicated by the first data and the first data indicates the correct answer of the problem indicated by the second data, the data including the first data and the second data ( Question and answer data) can be used to ask a plurality of questions.

In addition, in this game device, when the first allocation process is performed by the first data allocation unit, a question is asked using the first data, and the evaluation is based on the answer to the question and the second data. If the second allocation process is performed by the first data allocation unit, a question is asked using the second data, and whether the answer is the correct answer based on the answer to the question and the first data. Since is determined, it is sufficient that the question-and-answer data include the first data and the second data which are commonly used for the questions and answers regarding a plurality of questions.

In the game method according to the present invention, the problem-use question is allocated to the first data among the first data and the second data stored in the first storage unit in correspondence with each other, and the noon determination purpose is assigned to the second data. And a second allocation process for selectively allocating the noon determination purpose to the first data, and allocating the problem questioning purpose to the second data, and executing the first allocation process. Answer the question based on the first data, receive the answer to the question asked, determine whether the received answer is the correct answer based on the second data, and execute the second allocation process. In one case, a question is asked based on the second data, an answer to the question asked is received, and it is determined based on the first data whether the received answer is a correct answer.

In addition, the present invention provides a second storage unit for storing the third data, the fourth data, and the fifth data in correspondence with each other, and assigns a problem-use application to all of the third data, and to all of the fourth data. A third allocation process for allocating an option presentation purpose, and assigning the problem-use purpose to a portion of the third data and allocating the option presentation purpose to all the remaining portions of the third data and the fourth data. A second data allocation unit for selectively performing a fourth allocation process, and when the second data allocation unit executes the third allocation process, a question is presented to the player based on the third data, Presenting a plurality of options to the player based on the selection, accepting a selection by the player from the plurality of presented options, and determining whether the selected option is the correct answer. The second data allocator executes the fourth allocation process, the question is presented to the player based on a portion of the third data, and the remaining portion of the third data and the A second question and answer processing unit for presenting a plurality of options to the player based on the fourth data, accepting a selection by the player from the plurality of presented options, and determining whether the selected option is the correct answer based on the fifth data. It provides a game device, characterized in that provided.

According to this game device, when the fifth data indicates a correct answer of the problem indicated by the third data, and the remaining part of the third data indicates an incorrect answer to the problem, or the incorrect answer of the problem indicated by the third data is fifth data. If the remaining portion of the third data indicates the correct answer to the problem, a plurality of questions can be asked using data (answer data) including the third data, the fourth data, and the fifth data. Do.

In the game apparatus, when the third allocation process is performed by the second data allocating unit, a problem is asked using the third data, a plurality of options are presented using the fourth data, and the presented option is presented. Based on the selection from and the fifth data, it is determined whether the selection on the selection is the correct answer, and when the fourth allocation process is performed by the second data allocating unit, a portion of the third data is used. The question is asked, a plurality of options are presented using the remaining portion of the third data and the fourth data, and it is determined whether the option on the selection is the correct answer based on the selection from the presented option and the fifth data. If the question-and-answer data includes the third data, the fourth data, and the fifth data which are commonly used for questions and answers about a plurality of questions, the question and answer data is sufficient. It is.

The game method according to the present invention is configured to assign the problem questioning purpose to all of the third data among the third data, the fourth data, and the fifth data stored in the second storage unit in correspondence with each other. A third allocation process for allocating the option presentation purpose to all, assigning the problem-use purpose to a portion of the third data, and assigning the option presentation purpose to all the remaining portions of the third data and the fourth data. When the fourth allocation process to be allocated is selectively performed and the third allocation process is executed, a question is presented to the player based on the third data, and a plurality of options are presented to the player based on the fourth data. And accepting a selection by the player from the plurality of presented options, and determining whether the selected option is the correct answer based on the fifth data. On the other hand, when the fourth allocation process is executed, a question is presented to the player based on the portion of the third data, and a plurality of choices are given to the player based on the remaining portion of the third data and the fourth data. And the selection by the player from the plurality of presented options is accepted, and it is determined based on the fifth data whether or not the selected option is the correct answer.

In addition, the present invention provides a second storage unit for storing the third data, the fourth data, and the fifth data in correspondence with each other, and assigns a problem-use application to all of the third data, and to all of the fourth data. A third allocation process for allocating the option presentation purpose, and allocating the problem-use purpose to all of the third data and a portion of the fourth data, and assigning the option presentation purpose to the remaining portion of the fourth data. A third data allocation unit for selectively performing a fifth allocation process, and when the third data allocation unit executes the third allocation process, a question is presented to the player based on the third data, and the fourth data is transmitted. And presenting a plurality of options to the player, accepting a selection by the player from the plurality of options presented, and determining whether the selected option is the correct answer. The third data allocating unit executes the fifth allocation process, and, using all of the third data and a part of the fourth data, asks a problem to the player. A third questionnaire for presenting a plurality of options to the player using the remaining portion of the data, accepting a selection by the player from the plurality of presented options, and determining based on the fifth data whether the selected option is the correct answer; It provides a game device comprising a processing unit.

According to this game device, the fifth data indicates a correct answer to a problem indicated by the third data, a portion of the fourth data indicates an incorrect answer to the problem, and further indicates an incorrect answer to the remaining part of the fourth data. Or the fifth data indicates an incorrect answer to the problem represented by the third data, and a portion of the fourth data indicates the correct answer to the problem, and further indicates the correct answer to the problem in the remaining part of the fourth data. When data is included, a plurality of questions can be asked using data (answer data) including the third data, the fourth data, and the fifth data.

In the game apparatus, when the third allocation process is performed by the third data allocating unit, a problem is asked using the third data, a plurality of options are presented using the fourth data, and the presented option is presented. On the basis of the selection from and the fifth data, it is determined whether the selection on the selection is the correct answer, and when the fifth allocation process is performed by the third data allocating unit, all of the third data and the fourth A question is asked using a portion of the data, a plurality of options are presented using the remainder of the fourth data, and a choice from the presented choice and the choice about the choice based on the fifth data is the choice of the correct answer Is determined, the question-and-answer data includes third data, fourth data, and fifth data commonly used for questions and answers about a plurality of questions. If it is good enough.

The game method according to the present invention is configured to assign the problem questioning purpose to all of the third data among the third data, the fourth data, and the fifth data stored in the second storage unit in correspondence with each other. A third allocation process for allocating the option presentation purpose to all, allocating the problem-use purpose to all of the third data and a portion of the fourth data, and assigning the option presentation purpose to the remaining portion of the fourth data When the fifth allocation process to be allocated is selectively performed and the third allocation process is executed, a question is presented to the player based on the third data, and a plurality of options are presented to the player using the fourth data. And accepting a selection by the player from the plurality of presented options, and determining whether the selected option is the correct answer based on the fifth data. On the other hand, when the fifth allocation process is executed, a problem is presented to the player using all of the third data and a part of the fourth data, and a plurality of choices are made using the remaining portion of the fourth data. It presents to the player, accepts a selection by the player from the presented plurality of options, and determines whether the selected option is the correct answer based on the fifth data.

In addition, the present invention provides a game device of a computer game having a first storage unit for storing the first data and the second data in correspondence with each other, and assigns a problem-producing purpose to the first data, and noon to the second data. A first data allocation unit for selectively assigning a determination purpose and a second allocation process of allocating the noon determination purpose to the first data and allocating the problem-use purpose to the second data; When the first data allocating unit executes the first allocation process, a question is presented to the player based on the first data, and a solution by the player is received for the question, and the received answer is correct. Whether it is determined based on the second data, and when the first data allocation unit has executed the second allocation process, solves the problem based on the second data. A computer program characterized by asking a player to answer a question asked by a player for a question, and functioning as a first question and answer processing unit for determining whether the received answer is a correct answer based on the first data; A computer readable recording medium having recorded this computer program is provided.

The present invention also provides a game device of a computer game having a second storage unit for storing the third data, the fourth data, and the fifth data in correspondence with each other, and assigns a problem-use purpose to all of the third data. A third allocation process for allocating an option presentation purpose to all of the fourth data, and assigning the problem-use purpose to a portion of the third data, and assigning the remaining portion of the third data to all of the fourth data. A second data allocation unit that selectively performs a fourth allocation process for allocating the option presentation purpose, and when the second data allocation unit executes the third allocation process, a problem is presented to the player based on the third data. Presenting a plurality of options to the player based on the fourth data, accepting a selection by the player from the plurality of presented options, and selecting the selected line. On the basis of the fifth data, it is determined whether or not the residential land is the correct answer, and when the second data allocation unit executes the fourth allocation process, a question is asked to the player based on a part of the third data, Presenting a plurality of options to the player based on the remaining portion of the third data and the fourth data, accepting a selection by the player from the plurality of presented options, and whether the selected option is the correct answer to the fifth data. A computer program characterized by functioning as a second question-and-answer processing unit that is determined based on, and a computer-readable recording medium on which the computer program is recorded.

The present invention also provides a game device of a computer game having a second storage unit for storing the third data, the fourth data, and the fifth data in correspondence with each other, and assigns a problem-use purpose to all of the third data. A third allocation process for allocating an option presentation purpose to all of the fourth data, and allocating the problem-use purpose to all of the third data and a portion of the fourth data, and to the remaining portion of the fourth data. A third data allocation unit that selectively performs a fifth allocation process for allocating the option presentation purpose, and when the third data allocation unit executes the third allocation process, a problem is presented to the player based on the third data. Presenting a plurality of options to the player based on the fourth data, accepting a selection by the player from the plurality of presented options, and selecting the selected line. On the basis of the fifth data, it is determined whether or not the residential land is the correct answer, and when the third data allocation unit executes the fifth allocation process, based on all of the third data and a part of the fourth data. Question a player, present a plurality of options to the player based on the remainder of the fourth data, accept a selection by the player from the plurality of presented options, and determine whether the selected option is the correct answer; A computer program characterized by functioning as a third question-and-answer processing unit for judging based on data, and a computer-readable recording medium on which the computer program is recorded.

According to the computer which executed each of the above computer programs, it is possible to ask a plurality of questions using the same question and answer data, and if the question and answer data include data commonly used for questions and answers about these questions. Suffice. It is also possible to provide a transmission medium (data carrier) for transmitting each of the above computer programs instead of the computer readable recording medium.

Effect of the Invention

According to the present invention, it is possible to ask a plurality of questions using the same question and answer data, and it is sufficient if the question and answer data include data commonly used for questions and answers about these questions. A computer program and a recording medium can be provided.

BRIEF DESCRIPTION OF THE DRAWINGS It is a figure which shows the external appearance of the game apparatus which concerns on embodiment of this invention.

FIG. 2 is a diagram illustrating an example of an image displayed on the screen of the game device of FIG. 1.

FIG. 3 is a diagram illustrating an example of an image displayed on the screen of the game device of FIG. 1.

4 is a diagram illustrating an example of an image displayed on a screen of the game device of FIG. 1.

5 is a diagram illustrating an example of an image displayed on a screen of the game device of FIG. 1.

6 is a block diagram showing the configuration of the game device of FIG.

FIG. 7 is a diagram schematically showing a structure of question and answer data used in the game device of FIG. 1.

FIG. 8 is a diagram schematically showing a structure of question-and-answer data used in the game device of FIG. 1.

FIG. 9 is a diagram schematically showing a structure of question-and-answer data used in the game device of FIG. 1.

FIG. 10 is a diagram schematically showing the contents of a pattern table used in the game device of FIG. 1.

FIG. 11 is a diagram schematically showing a structure of a common content table used in the game device of FIG. 1.

12 is a flowchart showing game processing performed by the game device of FIG. 1.

FIG. 13 is a diagram schematically showing an example of contents of an allocation table used in the game device of FIG. 1.

FIG. 14 is a diagram schematically showing an example of the contents of an allocation table used in the game device of FIG. 1.

FIG. 15 is a diagram schematically showing an example of the contents of an allocation table used in the game device of FIG. 1.

FIG. 16 is a diagram schematically showing an example of the contents of an allocation table used in the game device of FIG. 1.

FIG. 17 is a diagram schematically showing an example of the contents of an allocation table used in the game device of FIG. 1.

18 is a diagram schematically showing an example of the contents of an allocation table used in the game device of FIG. 1.

EMBODIMENT OF THE INVENTION Hereinafter, preferred embodiment of this invention is described with reference to drawings. The specific structure demonstrated below is only an example, and this invention also covers the various forms obtained by modifying this specific structure.

1 is a diagram showing an appearance of a game device 100 according to an embodiment of the present invention. Although the external appearance of the game device 100 as a business game machine is shown in this figure, you may implement the game device 100 as a home game machine. The game apparatus 100 is a game terminal of a question-and-answer game, and implements the game of a question-and-answer game by performing the game process mentioned later. Although details will be described later, in the game process, a question-and-answer process for performing a question and a solution to a question asked and a decision process for determining the noon of the received answer are repeatedly performed for a plurality of problems.

In the front of the housing 110 of the game device 100, the player of the question-and-game game sees an image displayed on the screen 121 of the display unit (specifically, the monitor) 120 provided in the housing 110 and at the same time the housing ( Hear the voice emitted from the speaker 131 installed in the 110, and grasps the question. Then, the player answers the problem by bringing the touch pen 142 attached to the housing 110 into contact with the screen 121. The screen 121 is covered by the transparent touch panel 141 so that the answer by the touch pen 142 may be possible.

2 to 5 each show an example of an image displayed on the screen 121 of the game device 100. In FIG. 2, the image of the problem which requires the translation of "a dog" from Japanese to English is shown. In this example, the expression "dog" in Japanese corresponds to the question in question. In Fig. 3, an image of a problem that requires the translation of "dog" from English to Japanese is displayed. In this example, the expression "dog" in English corresponds to the question in question.

In Fig. 4, an image in question is required to select one option representing three primary colors of light except red and blue from three choices. In this example, select the color included in the three primary colors of the light. However, the designated color is excluded. "And" Specified color: red blue "correspond to the question in question. In FIG. 5, the image which requests selection of one choice which shows three primary colors of the light except red from four choices is shown. In this example, select the color included in the three primary colors of the light. However, the designated color is excluded. "And" Specified color: red "are equivalent to the question.

In the example of FIG. 4 and FIG. 5, the player of a question-and-answer game touches any one of the some button image (specifically, "purple", "yellow", and "green") corresponding to a plurality of options, respectively. When the pen 142 is contacted, the game device 100 accepts the selection of an option corresponding to the button image at the position where the touch pen 142 is in contact. That is, the display of the button image corresponding to the option corresponds to the presentation of the option.

6 is a block diagram showing the configuration of the game device 100. As shown in the figure, the game device 100 includes a processor (first data allocator, first question and answer processor, second data allocator, second question and answer processor, third data allocator, The three-answer processing unit 150, the operation unit 140 operated by the player to supply operation data according to the operation contents to the processor 150, and an image on the screen 121 using the image data supplied from the processor 150. A display unit 120 to display, a sounding unit 130 for emitting sound from the speaker 131 using sound data from the processor 150, and a storage unit for storing various data (first storage unit, second memory) Unit 160).

The operation unit 140 includes a touch panel 141 and a touch pen 142. The touch panel 141 supplies operation data corresponding to the position where the touch pen 142 is in contact with the processor 150. That is, the operation unit 140 is an input unit for inputting information from the outside. The display unit 120 and the pronunciation unit 130 are output units that respectively output information. In another embodiment, the video projector may be provided as an output unit that replaces the display unit 120. In this case, the screen on which the image is projected corresponds to the screen 121.

The storage area of the storage unit 160 is divided into a volatile area R1 in which a power source is essential for retaining the stored contents, and a nonvolatile area R2 that is not. The nonvolatile region R2 is divided into a non-rewritable region R21 in which the stored contents cannot be rewritten, and a rewritable region R22 in which the stored contents can be rewritten. The volatile region R1 is, for example, random access memory (RAM), the non-rewritable region R21 is, for example, ROM (Read Only Memory), and the rewritable region R22 is, for example, hard. It is realized by the disc.

In the volatile region R1, the correct answer data 161 indicating the number of times (correct number of answers) that the answer by the same player was the correct answer in one play of the question-and-answer game, and the number of question-and-answer processes completed in one play (question and answer) Question-and-answer data 162) is written. The correct answer data 161 is used for displaying the correct answer, and the answered question data 162 is used for displaying the question number ("02" in FIG. 2). The question number is a number indicating the number of questions asked in each play of the question-and-answer game, and is obtained by adding 1 to the number of questions. In the volatile region R1, an allocation table 167, which will be described later, is secured.

The computer program 166 is retained in the non-rewritable area R21. The computer program 166 is a computer program for causing the game device 100 to perform game processing described later, and is executed by the processor 150. A large number of question-and-answer data 163 is written in the rewritable area R22. In the rewritable area R22, a pattern table 164 and a common content table 165 described later are secured.

7 to 9 are schematic diagrams of the structure of the question-and-answer data 163 used in the game device 100. As shown in these figures, each question and answer data 163 includes question and answer type data indicating the type (question and answer type). The question-and-answer type data of the question-and-answer data 163 having the structure shown in FIG. 7 represents the question-and-answer type 1, and the question-and-answer type data of the question-and-answer data 163 having the structure shown in FIG. 8 represents the question-and-answer type 2, and the structure shown in FIG. The question and answer type data of the question and answer data 163 indicates question and answer type 3. As is apparent from these figures, each question and answer data 163 has a structure corresponding to the question and answer type. Hereinafter, the structure shown in FIG. 7 is called "first structure", the structure shown in FIG. 8 is called "second structure", and the structure shown in FIG. 9 is called "third structure".

As illustrated in FIGS. 2 and 3, the question-and-answer data 163 of the first structure of FIG. 7 is a question-and-answer method (eg, a question of a question in which another question is answered). Question and answer to be translated into words, and is used to answer questions and determine noon of answers. That is, the use of the question-and-answer data 163 of the first structure in the play of the question-and-answer game is a question-use question usage and a noon determination use. The question-and-answer data 163 of the first structure includes the first data and the second data in addition to the question-and-answer type data. That is, the storage unit 160 is a first storage unit that stores the first data and the second data in association with each other. The first data is text data representing Japanese words. The second data is text data representing words of English.

As illustrated in FIGS. 4 and 5, the question-and-answer data 163 of the second structure of FIG. 8 corresponds to the question-and-answer of a method in which the player selects one of a plurality of options that are candidates for answers to questions. It is used to answer questions, present options, and determine noon of answers. That is, the use of the question-and-answer data 163 of the second structure in the play of the question-and-answer game is a question-use-use-use-use-purpose-use-use-use-use-use-no-noise-use. The question-and-answer data 163 of the second structure includes third data, fourth data, and fifth data in addition to the question-and-answer type data. The third data is text data representing a problem sentence. The fourth data is a collection of three unit data, each representing a different option. Each unit data is text data. The fifth data is data indicating a choice of incorrect answers among the plurality of choices.

As illustrated in FIGS. 5 and 4, the question-and-answer data 163 of the third structure of FIG. 9 corresponds to the question-and-answer of a manner in which the player selects one of a plurality of options that are candidates for answers to questions. The purpose is the same as that of the question-and-answer data 163 of the second structure. The third structure is the same as the second structure. However, the fourth data included in the question-and-answer data 163 of the third structure is a collection of four unit data. As shown in FIG. 8 and FIG. 9, the storage unit 160 is a second storage unit that stores the third data, the fourth data, and the fifth data in association with each other.

10 is a schematic diagram showing the contents of the pattern table 164 used in the game device 100. As shown in this figure, the pattern table 164 is a data table in which one-to-one correspondence between the combination of question and answer types and the pattern types and the usage assignment pattern is provided. The pattern table 164 includes question and answer type data and pattern types. Pattern type data indicating and pattern data indicating a usage assignment pattern are stored.

The "use allocation pattern" is a combination (pattern) of each of a plurality of data other than the question-and-answer type data in the question-and-answer data 163, and the use allocated to the data. The data to which the use is assigned in the usage assignment pattern is the first data and the second data in the question-and-answer data 163 of the first structure of FIG. 7, and the question-and-answer data 163 of the second structure of FIG. 8 and FIG. 9. In the question-and-answer data 163 having the third structure, the third data, the fourth data, and the fifth data are used.

Each question and answer type corresponds to a plurality of different usage assignment patterns. Each of the plurality of usage assignment patterns corresponding to the same question and answer type is identified by different pattern types. The content of the usage assignment pattern is as shown in FIG. For example, the usage assignment pattern in which the problem type is 1 and the pattern type is 1 is the content of assigning a problem-entry application to the first data of FIG. 7 and assigning a noon determination application to the second data. On the other hand, the use assignment pattern in which the problem type is 1 and the pattern type is 2 allocates the noon determination use to the first data in FIG. 7, and allocates the problem questioning use to the second data.

11 is a diagram schematically showing the structure of the common content table 165 used in the game device 100. As shown in this figure, the common content table 165 is a data table in which one-to-one correspondence between question and answer types and common content is provided, and the common content table 165 includes question and answer type data and common content data indicating common content. Is stored. Common content is content (for example, a sentence) common to multiple questions and answers of the same question-and-answer type. For example, for common content with a question and answer class of 1, please translate "Please translate", "Japanese", "English" in the image shown in FIG. Contains a string of.

12 is a flowchart showing game processing performed by game device 100. The game period of each play of the Q & A game starts with the start of the game process for realizing the play and ends before the end of the game process. The processor 150 initializes the correct answer data 161 and the correct answer data 162 before the start of each game process. That is, at the start of each game process, the number of correct answers and the number of questions are each zero. The contents of the game processing will be described below.

First, the processor 150 secures the allocation table 167 in the volatile region R1, and answers the plurality of question and answer data 163 (hereinafter referred to as "target question and answer data") used in the next question and answer processing. It specifies from the data 163 (step S1). In specifying the target question-and-answer data, the processor 150 selects and reads one from the plurality of question-and-answer data 163 held in the rewritable area R22. The rule of selection of the target question-and-answer data is arbitrary. For example, the processor 150 may randomly select any one of the plurality of question and answer data 163 or may select target question and answer data based on the operation data from the operation unit 140. In addition, the same question-and-answer data 163 may not be selected in the same play.

Processor 150 next refers to pattern table 164 to specify pattern data (hereinafter referred to as "target pattern data") used in the next question-and-answer process (step S2). Specifically, the processor 150 targets one of a plurality of pattern data (data representing a usage assignment pattern) corresponding to the question and answer type represented by the question and answer type data of the target question and answer data in the pattern table 164. Selected as pattern data and read. The rule of selection of the target pattern data is arbitrary. For example, the processor 150 may randomly select any one of the plurality of pattern data, or select the target pattern data based on the operation data from the operation unit 140.

Processor 150 then performs a usage assignment process of allocating a purpose to each of a plurality of pieces of data other than the question and answer type data in the target question and answer data (step S3). Specifically, the processor 150 associates each of the plurality of pieces of data in the target question-and-answer data with the usage data indicating the purpose of the data in one-to-one and stores them in the assignment table 167. The content of this allocation table 167 after storage depends on the question and answer type (structure) of the target question and answer data and the pattern type of the target pattern data. That is, the use specified for the data by the target pattern data selected in step S2 is assigned to each of the plurality of data of the object question and answer data.

13 to 18 are schematic diagrams showing the contents of the allocation table 167 used in the game device 100. The assignment table 167 of the contents shown in FIG. 13 and FIG. 14 is obtained when the question-and-answer type of the target question-and-answer data is 1 (when the structure of the target question-and-answer data is the first structure (see FIG. 7)). The allocation table 167 of the contents shown in FIG. 13 is obtained when the pattern type of the target pattern data is 1 (see FIG. 10), and a problem-use purpose is assigned to the first data, and noon on the second data. The determination purpose is allocated. The allocation table 167 of the contents shown in FIG. 14 is obtained when the pattern type of the target pattern data is 2, the noon determination purpose is allocated to the first data, and the data indicating the problem questioning purpose for the second data. Is assigned.

That is, in step S3, when the question-and-answer type of the target question-and-answer data is 1, the processor 150 allocates the question-use purpose to the first data and also assigns the noon determination purpose to the second data ( FIG. 13) and the 1st data which selectively performs a 2nd allocation process (FIG. 14) which allocates a noon determination use purpose to a 1st data, and also assigns a problem-use question use purpose to 2nd data according to the pattern type of target pattern data. It functions as an allocation unit.

The assignment table 167 of the contents shown in FIG. 15 and FIG. 16 is obtained when the question-and-answer type of the target question-and-answer data is 2 (when the structure of the target question-and-answer data is the second structure (see FIG. 8)). The allocation table 167 of the contents shown in FIG. 15 is obtained when the pattern type of the target pattern data is 1, the problem-use purpose is allocated to the third data, and the option presentation purpose is assigned to the fourth data. have. The allocation table 167 of the contents shown in FIG. 16 is obtained when the pattern type of the target pattern data is 2, the problem-use purpose is allocated to the portion A (see FIG. 8) of the third data, and the third data. For each of the portions B (see FIG. 8) and the fourth data of U, the option presentation purpose is assigned. In the third data, as for the part A, select the color included in the three primary colors of the light. Except for the designated color. &Quot; and " specified color: red ", and part B is data representing " blue ". 15 and 16, when the question-and-answer type of the target question-and-answer data is 2, the fifth data is assigned a noon determination purpose regardless of the pattern type of the target pattern data.

As shown in FIG. 15 and FIG. 16, when the question-and-answer type of the target question-and-answer data is 2 in step S3, the processor 150 allocates the question-use purpose to all of the third data and at the same time all of the fourth data. A third allocation process (FIG. 15) for allocating the purpose of presenting an option to the user, and assigning the problem presentation purpose to a portion of the third data while allocating the purpose of presenting the option to all the remaining portions of the third data and the fourth data. The fourth allocation process (FIG. 16) functions as a second data allocation unit that selectively performs according to the pattern type of the target pattern data.

The assignment table 167 of the contents shown in FIG. 17 and FIG. 18 is obtained when the question and answer type of the target question-and-answer data is 3 (when the structure of the target question-and-answer data is the third structure (see FIG. 9)). The assignment table 167 of the contents shown in FIG. 17 is obtained when the pattern type of the target pattern data is 1, the problem-use purpose is assigned to the third data, and the option presentation purpose is assigned to the fourth data. have. The allocation table 167 of the contents shown in FIG. 18 is obtained when the pattern type of the target pattern data is 2, and the problem-use purpose is assigned to each of the third data and the portion C (see FIG. 9) of the fourth data. And data indicating the option presentation purpose is allocated to the portion D (see FIG. 9) of the fourth data. In the fourth data, part D is data indicating "purple", "yellow", and "green", and part C is data indicating "blue". 17 and 18, when the question-and-answer type of the target question-and-answer data is 3, the use of the noon determination is assigned to the fifth data regardless of the pattern type of the target pattern data.

As shown in FIG. 17 and FIG. 18, in step S3, when the question-and-answer type of the target question-and-answer data is 3, the processor 150 allocates the question-use application to all of the third data and at the same time, all of the fourth data. A third allocation process (FIG. 17) for allocating the purpose of presenting an option to the user, and assigning the problem presentation purpose to all of the third data and a part of the fourth data, while simultaneously assigning the purpose of presenting the option to the rest of the fourth data. It functions as a third data allocation unit that selectively performs the fifth allocation process (Fig. 18). In addition, in this embodiment, use is allocated so that one or more options of a correct answer may be contained in the several option shown.

Processor 150 then performs a question-and-answer process (step S4). In the question-and-answer process, the processor 150 performs a question-and-answer process (step S4A) for asking a problem and a reception process (step S4B) for receiving a solution to a problem by the player in parallel. In the question-processing process, the processor 150 refers to the assignment table 167 to ask a question by using the data to which the question-use purpose is assigned in step S3 among a plurality of pieces of data of the target question-and-answer data. For example, in the play of the question-and-answer game, when the question-use purpose is assigned to the first data as shown in FIG. 13, the processor 150 uses the first data to solve the problem (eg, the first problem). It serves as a question-and-answer section that asks the question of FIG. 2 requiring translation of a word represented by one data. In addition, when the allocation illustrated in FIG. 18 is executed, the processor 150 asks a question based on the portion C of the third data and the fourth data of the target question-and-answer data. In the question processing, the common content (statement) corresponding to the question and answer type of the target question and answer data in the common content table 165 stored in the storage unit 160 is a sentence shared by a plurality of question sentences of the same question and answer type. Used.

In addition, when the question-and-answer type of the target question-and-answer data is 2 or 3, the processor 150 functions as a presentation unit in the question-and-answer process, and uses data to which the option for presenting the purpose of presentation is assigned in step S3 among a plurality of data in the target question-and-answer data. To suggest multiple options. For example, as shown in FIG. 15, when the option presentation purpose is allocated to the fourth data, the processor 150 displays the display unit 120 together with a problem of the plurality of options indicated by the plurality of unit data of the fourth data. On the screen 121. In addition, when the allocation illustrated in FIG. 16 is executed, the processor 150 presents a plurality of options based on the portion B and the fourth data of the third data among the object question and answer data.

In the acceptance process of step S4B, the processor 150 determines whether or not an answer from the player has been accepted (S4B1), and if this determination result is negative, whether the elapsed time from the start of the acceptance process exceeded the time limit. If the result of the determination is negative (S4B2), then the process returns to step S4B1. In other words, the processor 150 functions as a reception unit that receives the answer to the question asked until the player's answer is accepted or the elapsed time exceeds the time limit. The time limit is a predetermined fixed time for limiting the period for receiving the answer, for example, 60 seconds. In addition, in this embodiment, although the starting time of a questioning process and the starting time of an acceptance process match, it is not limited to this.

In addition, the determination result of step S4B1 depends on the question-and-answer type of target question-and-answer data. For example, when the question-and-answer type of the target question-and-answer data is 1, it becomes positive when a predetermined time elapses from the time when the touch pen 142 last touches the touch panel 141, and in other cases Becomes negative to. For example, when the question-and-answer type of the target question-and-answer data is 2 or 3, when the touch pen 142 contacts any one of the plurality of button images corresponding to each option (1 from the plurality of options shown) Positive choices), and negative in other cases.

The image displayed on the screen 121 in the question-and-answer process is based on the combination of the target question and answer data, the question and answer type, and the pattern type of the target pattern data. For example, when the question-and-answer type of the target question-and-answer data selected in step S1 is 1, when the pattern type is 1, the image shown in FIG. 2 is displayed, and when the pattern type is 2, the image shown in FIG. 3 is displayed. For example, when the question-and-answer type of the target question-and-answer data is 2, when the pattern type is 1, the image shown in FIG. 4 is displayed, and when the pattern type is 2, the image shown in FIG. 5 is displayed. For example, when the question-and-answer type of the target question-and-answer data is 3, when the pattern type is 2, the image shown in FIG. 5 is displayed, and when the pattern type is 1, the image shown in FIG. 4 is displayed. In addition, as shown in these drawings, in the question-and-answer process, the number of correct answers ("01" in FIG. 2), the question number ("02" in FIG. 2), and the remaining time until the elapsed time exceeds the time limit (FIG. In FIG. 2, "49" is also displayed on the screen 121. FIG.

When the determination result of step S4B1 or step S4B2 of a acceptance process becomes positive, the processor 150 complete | finishes a question and answer process, and performs the next process.

In the case where the result of the determination in step S4B2 becomes affirmative and ends the question-and-answer process, that is, when the elapsed time exceeds the time limit and the question-and-answer process ends, the processor 150 performs an incorrect answer process (step S5). In other words, the processor 150 supplies the display unit 120 with image data for notifying that the answer is incorrect, and also supplies sound data for notifying the wrong answer to the pronunciation unit 130. Thereby, the player is notified by the display by the display unit 120 and the pronunciation by the pronunciation unit 130 that the answer is incorrect. In addition, in the incorrect answering process, the processor 150 updates the question-and-answer data 162 so that the number of questions is increased by one.

When the result of the determination in step S4B1 becomes affirmative and ends the question and answer processing, that is, when the answer is received and the question and answer processing is finished, the processor 150 uses the noon determination among the received answers and the plurality of data in the target question and answer data. Is determined based on the assigned data, whether the answer is the correct answer (noon of the answer) (step S6). For example, as shown in FIG. 13, when the noon determination purpose is assigned to the second data, the processor 150 determines the noon of the answer based on the second data of the target question-and-answer data. Further, when the question and answer type of the target question and answer data is 2 or 3 (shown in FIGS. 15 to 18), the processor 150 determines the noon of the choice selected by the player based on the fifth data of the target question and answer data. .

If the determination result in step S6 is negative, the process proceeds to step S5. If the determination result in step S6 is affirmative, processor 150 performs a correct answer process (step S7). In the correct answering process, the processor 150 supplies the display unit 120 with image data for notifying the player that the answer is correct, and the sound supply unit 130 with audio data for notifying the correct answer. Thereby, the player is notified by the display by the display unit 120 and the pronunciation by the pronunciation unit 130 that the answer by the player is the correct answer. In addition, in the correct answer process, the processor 150 updates the question-answer data 162 so that the number of questions increases by one, and updates the correct-answer data 161 so that the number of correct answers increases by one.

As apparent from the above description, when the question-and-answer type of the target question-and-answer data is 1 in the play of the question-and-answer game, when the first assignment process is executed (the question-use purpose is assigned to the first data). The first question, use the first data to answer the question, answer the question to be answered, determine whether the answer is the correct answer based on the received answer and the second data, and assign the second answer. When the processing is executed (when the purpose of noon determination is assigned to the first data), the second question is used to answer a question, the answer to the question presented is received, and the received answer and the first data are written to the question. It functions as a 1st question-and-answer process part which determines whether the said answer is a correct answer based on it.

In addition, as apparent from the above description, when the question-and-answer type of the target question-and-answer data is 2 in the play of the question-and-answer game, when the third assignment process is executed (a problem with all of the third data) When a question is used, the question is asked using the third data, the plurality of options are presented using the fourth data, the selection from the plurality of presented options is received, On the basis of the fifth data, it is determined whether or not the option for the selection is the correct answer option, and when the fourth allocation process is executed (the problem usage purpose is assigned to part of the third data and the option presentation purpose is allocated to the remaining parts). Use a portion of the third data to answer a question, present a plurality of options using the remaining portion of the third data and the fourth data, and It accepts a selection from a plurality of choices and functions as a second question and answer processing unit for determining whether the choice regarding the choice is the choice of the correct answer based on the received choice and the fifth data.

As apparent from the above description, when the question-and-answer type of the target question-and-answer data is 3 in the play of the question-and-answer game, the processor 150 executes the third allocation process (a problem with all of the third data). When a question is used, the question is asked using the third data, the plurality of options are presented using the fourth data, the selection from the presented plurality of options is accepted, and the received selection and presentation are made. On the basis of the fifth data, it is determined whether the choice concerning the selection is the choice of the correct answer, and when the fifth allocation process is executed (when the problem-use purpose is assigned to a part of the fourth data), Question the problem using all and part of the fourth data, presenting a plurality of options using the remainder of the fourth data, and selecting lines from the presented plurality of options It functions as a third question and answer processing unit that accepts a selection and determines whether the selection on the selection is the correct answer based on the received selection and the fifth data.

The processor 150 that has completed the correct answer process or the incorrect answer process determines whether the next question can be asked (step S8). The content of this determination must be appropriately determined in accordance with the rules of the question-and-answer game. For example, if a single game is a question-and-answer game completed after a predetermined number of question-and-answer processes, it is determined at step S8 whether the number of question-and-answer has reached a predetermined number. For example, in the case of a question-and-answer game in which one play ends in a predetermined time, it is determined in step S8 whether the remaining time obtained by subtracting the elapsed time from the start of the play from the predetermined time is equal to or greater than the time limit. If the determination result of step S8 is affirmative, the process returns to step S1. Thereafter, the above-described processing is repeatedly performed. That is, in the game process, the question and answer process and the judgment process are repeatedly performed for a plurality of problems. And when the determination result of step S8 is negative, the processor 150 outputs the play result (for example, the number of correct answers) from the display part 120 and the pronunciation part 130. FIG.

As described above, in the game device 100, when the target question-and-answer data is the question-and-answer data of the first structure, when the first allocation process is performed by the first data allocating unit, a problem is raised using the first data. On the basis of the answer to the question asked and the second data, it is determined whether the answer is the correct answer, and when the second allocation process is performed by the first data allocating unit, the question is presented using the second data. Then, based on the answer to the question asked and the first data, it is determined whether the answer is the correct answer. Therefore, according to the game device 100, the question and answer data 163 of the first structure in which the second data indicates the correct answer of the problem indicated by the first data and the correct answer of the problem indicated by the second data is indicated by the first data is shown. It is possible to ask a plurality of questions.

In addition, in the game device 100, when the target question-and-answer data is the question-and-answer data of the second structure, when the third allocation process is performed by the second data allocating unit, a problem is asked using the third data. A plurality of options are presented using the 4 data, and based on the selection from the plurality of options presented and the fifth data, it is determined whether the option on the selection is the correct answer or not, and the second data allocating unit When the allocation process is performed, a question is asked using a portion of the third data, a plurality of options are presented using the remaining portion of the third data and the fourth data, and a selection from the plurality of presented options and the fifth Based on the data, it is determined whether the choice regarding the choice is the choice of the correct answer. Therefore, according to the game device 100, the fifth data indicates the option of the incorrect answer of the problem indicated by the third data, and the remaining part of the third data (for example, part B of FIG. 8) is the wrong answer of the problem. It is possible to ask a plurality of questions by using the question-and-answer data 163 of the second structure corresponding to the choice of.

Moreover, as another embodiment, the question and answer data of the 2nd structure which the 5th data instruct | indicates the choice of the correct answer of the problem which the 3rd data shows, and the remaining part (part B) of the 3rd data correspond to the choice of an incorrect answer ( Also in the form using 163, it is possible to ask a plurality of questions from one question and answer data 163. FIG.

In addition, in the game device 100, when the target question-and-answer data is the question-and-answer data of the third structure, when the third allocation process is performed by the third data allocating unit, a question is asked using the third data. A plurality of options are presented using the fourth data, and based on the selection from the plurality of options presented and the fifth data, it is determined whether the option on the selection is the correct answer. When the allocation process is performed, a problem is asked using all of the third data and a part of the fourth data, a plurality of options are presented using the remaining portion of the fourth data, and a plurality of options are presented. Based on the selection and the fifth data, it is determined whether the choice concerning the choice is the choice of the correct answer. Therefore, according to the game device 100, the fifth data indicates an option of the incorrect answer of the problem indicated by the third data, and a part of the fourth data (for example, part C of FIG. 9) corresponds to the correct answer of the problem. A plurality of questions are asked using the question-and-answer data 163 having a third structure, which corresponds to an option, and the remaining part of the fourth data (for example, part D of FIG. 9) includes an option for answering the question. It is possible.

In another embodiment, the fifth data indicates an option of the correct answer of the problem indicated by the third data, and a portion of the fourth data (for example, part C of FIG. 9) corresponds to an option of the wrong answer of the problem. In addition, even in the form in which the remaining part of the fourth data (for example, part D in FIG. 9) uses the question-and-answer data 163 of the third structure including an option for the wrong answer in question, one question-and-answer data 163 It is possible to ask a plurality of questions. As described above, in the form in which the fifth data in the question-and-answer data 163 of the second structure or the third structure indicates the choice of the correct answer, the use is variable data (the question-and-answer data 163 of the second structure). The part B in the part and the part C in the question-and-answer data 163 of the third structure are data representing an incorrect answer.

Moreover, in this embodiment, the problem which requires reading ability rather than a listening ability, the problem which requires writing ability rather than a pronunciation ability, is a question, but as another embodiment, the problem which requires listening ability rather than reading ability, You may be able to answer questions that require pronunciation rather than writing. For example, in the question-and-answer data of the first structure shown in FIG. 7, the first data may be voice data or the second data may be voice data. For example, suppose that the first data is voice data representing the voice of a word or sentence, and the second data is text data of the word or sentence. If the problem question usage purpose is assigned to the first data and the noon determination purpose is assigned to the second data, the processor 150 answers the question as a voice by supplying the first data to the pronunciation unit 130. When the player answers the word or sentence indicated by the voice, the processor 150 determines the noon of the answer based on the second data to which the noon determination purpose is assigned. On the other hand, when the noon determination purpose is assigned to the first data and the problem questioning purpose is assigned to the second data, the processor 150 issues the problem as an image by supplying the second data to the display unit 120. As shown in FIG. 2, the game device 100 is provided with a voice input unit 170 for inputting voice. When the player answers the word or sentence displayed on the display unit 120 with the voice from the voice input unit 170, the processor 150 determines the noon of the solution based on the result of recognizing the voice of the inputted solution and the first data. Determine. For example, in the question and answer data of the 2nd structure shown in FIG. 8, or the 3rd structure shown in FIG. 9, 3rd data may be audio data and 4th data may be audio data. As is evident from the above example, the format of at least one of the first to fourth data can be in a format other than the text format.

In another embodiment, in the question-and-answer data 163 having the third structure shown in FIG. 9, the third data may be voice data to which the question-use application is assigned, and the fourth data may be data representing English. With respect to the fourth data, a third allocation process for allocating the option presentation purpose to all of them, and a fifth allocation process for allocating the problem presentation purpose to a part thereof and allocating the option presentation purpose to the remaining part are selectively executed.

While certain aspects of the invention have been described above, the invention bears a computer program comprising a sequence of computer readable instructions describing the method in the game device 100 disclosed above, or bears the computer program. It can also be implemented as a program product. The "program product" may be, for example, a computer readable information recording medium on which the computer program is recorded, or a transmission career (data career) for transmitting the computer program. As the "information recording medium", there may be various disks, tapes, chips or sticks in addition to the above-described form. The "transmission medium" can be any kind of network regardless of wireless wired. The form of the computer program may or may not be compiled.

Claims (9)

A first storage unit for storing the first data and the second data in association with each other; A first allocation process for allocating a problem-use purpose to the first data, and assigning a noon-determination purpose to the second data, and assigning the noon-determination purpose to the first data, and presenting the problem to the second data. A first data allocation unit that selectively performs second allocation processing to allocate usage; When the first data allocation unit executes the first allocation process, a question is asked to the player based on the first data, a solution from the player is received for the question, and the received answer is correct. It is determined whether or not based on the second data, and when the first data allocation unit executes the second allocation process, a question is presented to the player based on the second data, and the player for the question presented is determined. And a first question-and-answer processing unit that accepts an answer from the user and determines whether the received answer is a correct answer based on the first data. A second storage unit for storing the third data, the fourth data, and the fifth data in association with each other; A third allocation process for allocating the problem-use purpose to all of the third data, allocating the option presentation purpose to all of the fourth data, and assigning the problem-use purpose to a portion of the third data. A second data allocation unit for selectively performing a fourth allocation process for allocating the option presentation purpose to all remaining portions of the third data and all the fourth data; When the second data allocating unit executes the third allocation process, a question is presented to the player based on the third data, a plurality of options are presented to the player based on the fourth data, and the plurality of presented Accepting a selection by a player from an option, and determining whether the selected option is a correct answer based on the fifth data, while the second data allocating unit executes the fourth allocation process; Question the player based on a portion of the, present a plurality of options to the player based on the remaining portion of the third data and the fourth data, accept a selection by the player from the plurality of presented options, And a second question and answer processing unit for determining whether the selected option is the correct answer based on the fifth data. Game device, characterized in that. The game device according to claim 2, wherein the fifth data indicates only a wrong answer choice, regardless of whether the second data allocation unit executes the third allocation process or the fourth allocation process. A second storage unit for storing the third data, the fourth data, and the fifth data in association with each other; A third allocation process for allocating a problem-use purpose to all of the third data and allocating an option presentation purpose to all of the fourth data, and the question to all of the third data and a portion of the fourth data. A third data allocating unit for allocating a usage and selectively performing a fifth allocation process for allocating the option presentation usage to the remaining portion of the fourth data; When the third data allocator executes the third allocation process, a question is presented to the player based on the third data, a plurality of options are presented to the player using the fourth data, and the plurality of presented When the selection by the player from the choice is received and whether the selected choice is the correct answer is determined based on the fifth data, while the third data allocating unit executes the fifth allocation process, the third data. Question the player using all of and a portion of the fourth data, present a plurality of options to the player using the remainder of the fourth data, and accept a selection by the player from the presented plurality of options And a third question and answer processing unit for determining whether the selected option is the correct answer based on the fifth data. Game device, characterized in that. The game device of the computer game having a first storage unit for storing the first data and the second data in association with each other, A first allocation process for allocating a problem-use purpose to the first data, and assigning a noon-determination purpose to the second data, and assigning the noon-determination purpose to the first data, and presenting the problem to the second data. A first data allocation unit that selectively performs second allocation processing to allocate usage; When the first data allocation unit executes the first allocation process, a question is asked to the player based on the first data, a solution from the player is received for the question, and the received answer is correct. It is determined whether or not based on the second data, and when the first data allocation unit executes the second allocation process, a question is presented to the player based on the second data, and the player for the question presented is determined. And a function as a first question-and-answer processing unit for accepting an answer from the answer and determining whether the received answer is a correct answer based on the first data. 6. The computer program according to claim 5, wherein the fifth data indicates only the selection of an incorrect answer, regardless of whether the third data allocation unit executes the third allocation process or the fourth allocation process. The game device of the computer game having a second storage unit for storing the third data, the fourth data and the fifth data in association with each other, A third allocation process for allocating a problem-use purpose to all of the third data, and assigning an option presentation purpose to all of the fourth data; and assigning the problem-use purpose to a portion of the third data. A second data allocation unit for selectively performing a fourth allocation process for allocating the option presentation purpose to all remaining portions of the third data and all the fourth data; When the second data allocating unit executes the third allocation process, a question is presented to the player based on the third data, a plurality of options are presented to the player based on the fourth data, and the plurality of presented Accepting a selection by a player from an option, and determining whether the selected option is a correct answer based on the fifth data, while the second data allocating unit executes the fourth allocation process; Question the player based on a portion of the, present a plurality of options to the player based on the remaining portion of the third data and the fourth data, accept a selection by the player from the plurality of presented options, Function as a second question-and-answer processor that determines whether the selected option is the correct answer based on the fifth data. A computer program according to claim. The game device of the computer game having a second storage unit for storing the third data, the fourth data and the fifth data in association with each other, A third allocation process for allocating a problem-use purpose to all of the third data and allocating an option presentation purpose to all of the fourth data, and the question to all of the third data and a portion of the fourth data. A third data allocating unit for allocating a usage and selectively performing a fifth allocation process for allocating the option presentation usage to the remaining portion of the fourth data; When the third data allocating unit executes the third allocation process, a question is presented to the player based on the third data, a plurality of options are presented to the player based on the fourth data, and the plurality of presented When the selection by the player from the choice is received and whether the selected choice is the correct answer is determined based on the fifth data, while the third data allocating unit executes the fifth allocation process, the third data. Question the player based on all of and the portion of the fourth data, present the player with a plurality of options based on the remainder of the fourth data, and accept a selection by the player from the presented plurality of options And a third question and answer processing unit for determining whether the selected option is the correct answer based on the fifth data. Computer program characterized in that the ability to. A computer-readable recording medium having recorded therein the computer program according to any one of claims 6 to 8.

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