JP2010005154A - Game program, computer provided with communication means, and game control method - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide quizzes full of variations and to enable a player to execute a game so as not to lose interest in the game. <P>SOLUTION: In this program, two or more pieces of question data Q corresponding to the questions of the quiz are stored in a recording part 12. Two or more pieces of address data A are stored in the recording part 12. Then, one piece of question data (ID1o) is extracted from the two or more pieces of question data Q (ID1). Then, on the basis of the address data, correct answer data S (ID1o) corresponding to the question data Q (ID1o) to be asked are generated. Then, on the basis of the question data Q (ID1o) to be asked, questions are displayed at a display part 14. Correctness and wrongness for the questions are discriminated, and according to the result of discriminating the correctness and wrongness for the questions, the correctness and wrongness result of the quiz is displayed at the display part 14. <P>COPYRIGHT: (C)2010,JPO&INPIT

Description

  The present invention relates to a game program, and more particularly to a game program capable of executing a quiz game using address data. The present invention also relates to a computer having communication means capable of executing the game program and a game control method controlled by the computer having communication means based on the game program.

  Conventionally, various games have been realized in computers having communication means, for example, game devices and mobile phones having communication means.

For example, when the case where the computer having the communication means is a mobile phone is described as an example, various mobile phones can execute various games. When a baseball game is executed on such a mobile phone, for example, the player first accesses the game site and downloads the game software to his mobile phone. Then, information such as data for executing the game and data of each player is called from the memory of the mobile phone or the memory of the server, and the game is started based on this information. And a communication battle | competition is performed when a player instruct | indicates a command with respect to the player arrange | positioned on a monitor (refer nonpatent literature 1).
Mobile Powerful Pro Baseball Official License 2008, Konami Digital Entertainment, April 1, 2008

  Conventionally, a battle game such as a baseball game can be executed by using a mobile phone or the like as a game device. Generally, when a player executes such a game, the player enjoys a baseball game in a virtual world (game world) separated from the real world. That is, the player enjoys the baseball game without being aware of the real world information.

  On the other hand, unlike games that allow the player to enjoy real-world information without making the player aware of it, there are actually games that make the player aware of real-world information.

  One example of such a game is a quiz game that deals with current affairs in the real world. In such a quiz game, problems and answers are set in advance and stored in a memory. In this quiz game, the problem is first displayed on the monitor, and then the answer is input by the player. Then, the correctness of the problem is determined. Then, the player can learn current affairs in the real world by seeing the determination result.

  However, since the problem of the conventional quiz game is prepared in advance, there is a problem that the variation of the problem is scarce. Further, in this type of quiz game, there are many problems that the player is not interested in, and there is a problem that the player loses interest in a short time.

  The present invention has been made in view of such problems, and an object of the present invention is to provide a variety of quizzes so that a player can execute a game without losing interest in the game. There is.

A game program according to claim 1 is for executing a quiz game using address data. In this game program, the following functions are realized by a computer having communication means.
(1) A problem data storage function for storing a plurality of problem data corresponding to a quiz problem in a recording unit.
(2) Address storage function for storing a plurality of address data in the recording unit.
(3) A problem determination function for determining a question for a question by causing the control unit to execute processing for extracting any one of the plurality of problem data.
(4) The correct answer for determining the correct answer of the problem by causing the control unit to execute processing for generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data Decision function.
(5) A problem display function for displaying a problem on the image display unit based on the extracted problem data.
(6) A correct / incorrect discrimination function for discriminating whether or not the problem is correct by causing the control unit to determine whether or not the input data input from the input unit is data corresponding to the correct answer data.
(7) A correct / incorrect display function for displaying the correct / incorrect result of the quiz on the image display unit using image data in accordance with the result of determining the correctness / incorrectness of the problem.

  In this game program, in the problem data storage function, a plurality of problem data corresponding to the quiz problem is stored in the recording unit. In the address storage function, a plurality of address data is stored in the recording unit. In the problem determination function, the question for the question is determined by causing the control unit to execute processing for extracting any one of the plurality of problem data. In the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute a process of generating correct answer data corresponding to the extracted problem data based on any one of the plurality of address data. It is determined. In the problem display function, the problem is displayed on the image display unit based on the extracted problem data. In the correct / incorrect determination function, the controller determines whether or not the input data input from the input unit is data corresponding to the correct answer data, thereby determining whether or not the problem is correct. In the correct / incorrect display function, the correct / incorrect result of the quiz is displayed on the image display unit using the image data in accordance with the result of determining whether the problem is correct.

  In this case, correct answer data corresponding to the problem data extracted from the plurality of problem data (extracted problem data) is generated based on any one of the plurality of address data. Then, the problem is displayed on the image display unit based on the extracted problem data. Then, it is determined whether or not the input data input from the input unit is data corresponding to the correct answer data, and the correct / incorrect result of the quiz is displayed on the image display unit using the image data according to the determination result. .

As described above, in the invention according to claim 1, not only the problem data is extracted from the plurality of problem data, but the correct answer data corresponding to the extracted problem data is any one of the plurality of address data. Since it is generated based on one address data, it is possible to provide a variety of quizzes. In particular, according to the present invention, correct answer data corresponding to the problem data is generated based on address data related to the user, so that a player who answers the problem enjoys the game without losing interest in the quiz game. A game program according to a second aspect is the game program according to the first aspect, which causes the computer to further realize the following functions.
(8) A first target address determination function for determining an address related to a problem by causing the control unit to execute processing for extracting any one address data from a plurality of address data.
(9) A problem generation function for generating a problem reflecting the contents of an address by causing the control unit to execute a process of incorporating the extracted address data into the extracted problem data.

  In this game program, in the first target address determination function, an address related to the problem is determined by causing the control unit to execute a process of extracting any one address data from a plurality of address data. In the problem generation function, the control unit executes a process of incorporating the extracted address data into the extracted problem data, thereby generating a problem reflecting the contents of the address. Here, in the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute processing for generating correct data corresponding to the extracted problem data based on the extracted address data. Further, in the problem display function, based on the extracted problem data in which the extracted address data is incorporated, the problem reflecting the contents of the address related to the problem is displayed on the image display unit.

  In this case, address data extracted from a plurality of address data (extracted address data) is incorporated into the extracted problem data. In addition, correct data corresponding to the extracted problem data is generated based on the extracted address data. Then, based on the extracted problem data in which the extracted address data is incorporated, the problem reflecting the contents of the address related to the problem is displayed on the image display unit.

  As described above, in the invention according to claim 2, not only the problem data is extracted from the plurality of problem data, but also the address data is extracted from the plurality of address data. Since it is incorporated in the problem data after extraction, it is possible to provide a more varied quiz. In particular, in the present invention, the contents of the address are reflected in the quiz problem, and the correct answer to this problem is related to the address. For this reason, the player can memorize | store the content (information) of an address, so that this problem is solved. Also, since the address information stored here is information directly related to the player, the player can enjoy this game without losing interest in the quiz game.

  In the game program according to claim 3, in the game program according to claim 2, by causing the control unit to execute a process of incorporating the predetermined first item data of the extracted address data into the extracted problem data A problem reflecting the contents of the address is generated. This function is realized in the problem generation function. In the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute processing for generating correct answer data corresponding to the extracted problem data based on predetermined second item data of the extracted address data. Is done. In the problem display function, based on the extracted problem data in which the predetermined first item data of the extracted address data is incorporated, the problem reflecting the contents of the address related to the problem is displayed on the image display unit. Is done.

  In this case, for example, birthday data (predetermined first item data) of the address data after extraction is incorporated into the problem data after extraction. Thereby, a problem reflecting the contents of the address is generated. In addition, correct answer data corresponding to the extracted problem data is generated based on the name data (predetermined second item data) of the address data after extraction. Thereby, the correct answer of the problem is determined. Then, based on the problem data in which the birthday data of the address data is incorporated, the problem reflecting the contents of the address is displayed on the image display unit.

  Here, for example, when the birthday data of an address is “1973.7.14” and the name data of this address is “A”, the problem is “who is“ 1973.7.14 ”the birthday. Is that correct? "And the correct answer is" A ".

  Thus, in the invention according to claim 3, not only the problem data is extracted from the plurality of problem data, but also the address data is extracted from the plurality of address data and extracted here. Since the birthday data of the address data is incorporated into the problem data after extraction, it is possible to provide a quiz with more variations. In the present invention, the address data (data including birthday data) incorporated in the extracted problem data and the address data (data including name data) used to generate correct data are the same address data. Is used. Thereby, it is possible to easily generate a variety of quizzes while ensuring the consistency between the problem data and the correct data.

A game program according to a fourth aspect of the present invention is the game program according to the second or third aspect, wherein the computer further realizes the following functions.
(10) First to determine an address not related to the problem by causing the control unit to execute a process of re-extracting at least one of the address data except for the extracted address data. Non-target address determination function.
(11) First incorrect answer determination for determining an incorrect answer of a quiz by causing the control unit to execute a process of generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the address data after re-extraction function.
(12) A first option display function for displaying the correct answer and incorrect answer of the problem as options on the image display unit based on the correct answer data and incorrect answer data.

  In this game program, in the first non-target address determination function, by causing the control unit to execute a process of re-extracting at least one address data from a plurality of address data excluding the extracted address data. An address that is not relevant to the problem is determined. In the first incorrect answer determination function, an incorrect answer of the quiz is determined by causing the control unit to execute processing for generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the re-extracted address data. Is done. In the first option display function, the correct answer and the incorrect answer of the problem are displayed as options on the image display unit based on the correct answer data and the incorrect answer data.

  In this case, other address data is re-extracted from a plurality of address data excluding the address data extracted once (address data after extraction). Based on the address data after re-extraction, incorrect answer data corresponding to options other than the correct answer of the quiz is generated. Then, based on the correct answer data and the incorrect answer data, the correct answer and the incorrect answer of the problem are displayed as options on the image display unit.

  Thus, in the invention according to claim 4, incorrect answer data is generated based on the address data excluding the address data extracted once. Then, the correct answer option and the incorrect answer option are displayed on the image display unit based on the correct answer data and the incorrect answer data. Thus, in the present invention, the number of options can be freely increased or decreased according to the difficulty level of the problem. For this reason, it is possible to provide a quiz rich in variations of the difficulty level of the problem as well as variations of the problem pattern.

According to a fifth aspect of the present invention, there is provided a game program for causing a computer to further realize the following functions in the game program according to the first aspect.
(13) A communication data storage function for storing communication related data related to communication in the recording unit.
(14) A second target address determination function for determining an address related to a problem by causing the control unit to execute processing for extracting address data corresponding to communication-related data from a plurality of address data.

  In this game program, communication related data related to communication is stored in the recording unit in the communication data storage function. In the second target address determination function, an address related to a problem is determined by causing the control unit to execute processing for extracting address data corresponding to communication-related data from among a plurality of address data. Here, in the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute processing for generating correct data corresponding to the extracted problem data based on the extracted address data.

  In this case, address data corresponding to communication-related data is extracted from the plurality of address data. Based on the extracted address data extracted here, correct answer data corresponding to the extracted problem data is generated. In this way, the correct answer of the problem is determined.

  Here, for example, when the problem data extracted from a plurality of problem data (question problem data, extracted problem data) is “who made the most recent call?” History data (communication related data) is referred to by the control unit, and address data of a person who makes a call at a time closest to the current time is extracted from a plurality of address data. Then, based on the extracted address data extracted here, correct answer data corresponding to the extracted problem data, for example, name data is generated. In this way, the correct answer of the problem is determined.

  Also, for example, when the problem data extracted from a plurality of problem data (question data for questions, problem data after extraction) is “who was the longest in the call time?” Data (communication related data) is referred to by the control unit, and address data of the person having the longest call time is extracted from the plurality of address data. Then, based on the extracted address data extracted here, correct answer data corresponding to the extracted problem data, for example, name data is generated. In this way, the correct answer of the problem is determined.

  As described above, in the invention according to claim 5, not only the problem data is extracted from the plurality of problem data, but also various correct answer data are generated according to the communication-related data. Can provide quizzes.

  Here, since data that changes according to the communication status is assumed as communication-related data, even if the same problem data is extracted from a plurality of problem data, the correct answer data according to the change in communication-related data Since it changes, we can provide a variety of quizzes.

A game program according to a sixth aspect of the present invention is the game program according to the fifth aspect, wherein the computer is caused to further realize the following functions.
(15) Secondly, an address not related to a problem is determined by causing the control unit to execute a process of re-extracting at least one of the address data from the plurality of address data excluding the extracted address data. Non-target address determination function.
(16) Second incorrect answer determination for determining an incorrect answer of a quiz by causing the control unit to execute processing for generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the address data after re-extraction function.
(17) A second option display function for displaying the correct answer and the incorrect answer of the problem as options on the image display unit based on the correct answer data and the incorrect answer data.

  In this game program, in the second non-target address determination function, by causing the control unit to execute a process of re-extracting at least one address data from a plurality of address data excluding the extracted address data. An address that is not relevant to the problem is determined. In the second incorrect answer determination function, the incorrect answer of the quiz is determined by causing the control unit to execute processing for generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the re-extracted address data. Is done. In the second option display function, the correct answer and the incorrect answer of the problem are displayed as options on the image display unit based on the correct answer data and the incorrect answer data.

  In this case, other address data excluding the address data extracted once (extracted address data) is re-extracted from the plurality of address data. Based on the address data after re-extraction, incorrect answer data corresponding to options other than the correct answer of the quiz is generated. Then, based on the correct answer data and the incorrect answer data, the correct answer and the incorrect answer of the problem are displayed as options on the image display unit.

  Thus, in the invention according to claim 6, incorrect answer data is generated based on the address data excluding the address data extracted once. Then, the correct answer option and the incorrect answer option are displayed on the image display unit based on the correct answer data and the incorrect answer data. Thus, in the present invention, the number of options can be freely increased or decreased according to the difficulty level of the problem. For this reason, it is possible to provide a quiz rich in variations of the difficulty level of the problem as well as variations of the problem pattern.

A game program according to a seventh aspect of the present invention is the game program according to any one of the first to sixth aspects, wherein the computer further realizes the following functions.
(17) By selecting the address data to be used in the quiz by storing the address data having a predetermined number or more of item data from the plurality of address data, the control unit executes the process to select and store the address data in the recording unit. Target address storage function.

  In this game program, in the target address storage function, an address to be used in a quiz by causing the control unit to execute processing for extracting address data having a predetermined number of item data from a plurality of address data. Data is selected from a plurality of address data and stored in the recording unit. In the correct answer determination function, by causing the control unit to execute processing for generating correct data corresponding to the extracted problem data based on any one of the address data to be used in the quiz, The correct answer for the problem is determined.

  In this case, address data having a predetermined number or more of item data is extracted from the plurality of address data. Thereby, address data used in the quiz is selected from a plurality of address data. Then, correct data corresponding to the extracted problem data is generated based on any one of the address data selected here.

  Here, for example, address data having 3 or more (predetermined number or more) item data is extracted. In other words, the address data extracted here is address data having three or more item data. Then, correct data corresponding to the extracted problem data is generated based on any one of the address data extracted here. For example, correct data corresponding to the extracted question data is generated based on three or more item data such as name data and birthday data included in the address data.

  Generally, address data having a large number of item data can be considered as address data of a person who has a close relationship with the player. For example, it can be considered that the closer the player is to the player, the more information (item data) is registered in the address data of the player.

  Based on this idea, in the invention according to claim 7, correct data corresponding to the extracted problem data is generated using address data having a predetermined number or more of item data. The answer is to a quiz that makes the information of the person in the correct answer. Thereby, the player can memorize the information of the person who is intimate while answering the quiz, so the player can enjoy this game without losing interest in the quiz game.

  A computer having communication means according to claim 8 is a computer capable of executing a quiz game using address data.

This computer
Problem data storage means for storing a plurality of problem data corresponding to the quiz problem in the recording unit;
Address storage means for storing a plurality of address data in the recording unit;
Problem determining means for determining a question for a question by causing the control unit to execute a process of extracting any one of the plurality of problem data;
Correct answer determining means for determining the correct answer of the problem by causing the control unit to execute processing for generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data. ,
Based on the extracted problem data, problem display means for displaying the problem on the image display unit,
Correct / error discriminating means for discriminating whether the input data input from the input unit is data corresponding to correct answer data or not by causing the control unit to discriminate;
Correct / incorrect display means for displaying the correct / incorrect result of the quiz on the image display unit using image data according to the result of determining the correctness / incorrectness for the problem,
It has.

  A game control method according to claim 9 is a method capable of controlling a quiz game using address data by a computer having communication means.

This game control method
A problem data storage step for storing a plurality of problem data corresponding to the quiz problem in the recording unit;
An address storing step for storing a plurality of address data in the recording unit;
A problem determination step for determining a question for a question by causing the control unit to execute a process of extracting any one problem data from a plurality of problem data;
A correct answer determining step of determining a correct answer of the problem by causing the control unit to execute a process of generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data; ,
A problem display step for displaying the problem on the image display unit based on the extracted problem data,
A correct / incorrect determination step for determining whether the input data input from the input unit is data corresponding to correct data or not by determining the correctness / incorrectness of the problem by causing the control unit to determine;
A correct / incorrect display step of displaying the correct / incorrect result of the quiz on the image display unit using image data according to the result of determining the correctness / incorrectness of the problem,
It has.

  In the present invention, not only problem data is extracted from a plurality of problem data, but correct data corresponding to the extracted problem data is generated based on any one of the plurality of address data. As a result, a variety of quizzes can be provided. In particular, according to the present invention, correct answer data corresponding to the problem data is generated based on address data related to the user, so that a player who answers the problem enjoys the game without losing interest in the quiz game. be able to

[Configuration of game device]
Hereinafter, a case where the present invention is realized by the mobile phone 1 will be described as an example. FIG. 1 is an external view of a mobile phone 1 according to an embodiment of the present invention. The mobile phone 1 mainly includes a plurality of input keys 2 (2U, 2D, 2L, 2R, 2K, 2M) that function as the operation unit 11, and a liquid crystal display 3 that functions as a display unit 14 on which characters and images are displayed. And a speaker 4 that functions as a sound output unit 15, an antenna 5 that functions as a communication unit 16, and a microphone 6 that functions as an audio input unit.

  FIG. 2 is a functional block diagram of the game system of the mobile phone 1. The game system of the mobile phone 1 mainly includes a control unit 10, an operation unit 11, a recording unit 12, an information recording medium 13, a display unit 14, a sound output unit 15, and a communication unit 16. These are connected via a bus 17. The bus 17 includes an address bus, a data bus, a control bus, and the like.

  The control unit 10 controls the entire system. For example, the control unit 10 issues various commands to each block in the system, and causes each block to execute various processes such as game processing, image processing, and sound processing. These various processes are realized by hardware such as various processors (CPU: Central Processing Unit, DSP: Digital Signal Processor) and hardware such as ASIC (Application Specific Integrated Circuit). The CPU executes a program stored in a RAM described later. The CPU issues various instructions and controls various programs. The image generation process and the sound generation process may be realized by hardware or a program. In some cases, it is realized by both hardware and software.

  The operation unit 11 is for a player to input operation data. The function of the operation unit 11 is realized by, for example, a plurality of input keys 2 of the mobile phone 1. The operation unit 11 includes a plurality of input keys 2 and receives input from the player. For example, when a button is pressed, an input signal is recognized by the CPU, and a command corresponding to the input signal is issued from the CPU.

  The recording unit 12 is provided for storing character data, image data, sound data, and the like. The recording unit 12 provides a work area to the control unit 10, the communication unit 16, and the like. The function of the recording unit 12 is realized by hardware such as a ROM (Read Only Memory) or a RAM (Random Access Memory), and functions as a main memory or a frame buffer. The RAM stores programs, various data, various parameters, and the like.

  The information recording medium 13 stores information such as programs and data. The information recording medium 13 is a recording medium that can be used not only by the mobile phone 1 but also by a computer. The function of the information recording medium 13 is realized by hardware such as an optical disk (CD, DVD), a memory card, a hard disk, and a ROM. In particular, the function of the information recording medium 13 of the mobile phone 1 is realized by a memory card, a ROM, or the like. Part or all of the information stored in the information recording medium 13 is transferred to the recording unit 12 when the system is powered on. Information stored in the information recording medium 13 includes, for example, program code, character data, image data, sound data, table data, list data, and the like.

  The display unit 14 is for outputting a game image. The function of the display unit 14 is realized by hardware such as an LCD. The display unit 14 displays information and images related to communication, information and images related to games, and the like. In the display unit 14, information and an image are displayed on the liquid crystal display 3 based on image data generated based on a command from the control unit 10.

  The sound output unit 15 is for outputting game sounds. The function of the sound output unit 15 is realized by hardware such as the speaker 4. The speaker 4 outputs a sound related to communication, a sound related to a game, and the like. Sound is output from the speaker 204 based on the sound data generated based on the command from the control unit 10.

  Note that basic data used when generating image data and sound data is stored in the recording unit 12.

  The communication unit 16 performs various controls for performing communication with an external server or the like. The communication unit 16 performs various controls when receiving game information such as a game program and game data distributed from a predetermined server via a wired line or a wireless line. The communication unit 16 performs processing for transmitting data to the base station, the server 1 and the like, processing for receiving data from the base station and the server 1 and the like. The function of the communication unit 16 is realized by hardware such as various processors or communication ASIC (Application Specific Integrated Circuit), various programs, and the like.

[Description of various processes in game device]
The game executed on the mobile phone 1 is, for example, a quiz game. In the mobile phone 1, a quiz game can be executed using the address data stored in the mobile phone 1. In the functional block diagram shown in FIG. 2, means that play a main role in the present invention are also shown.

  The problem data storage means 50 has a function of storing a plurality of problem data corresponding to the quiz problem in the recording unit 12. In this means, a plurality of problem data corresponding to the quiz problem is stored in the recording unit 12.

  For example, with this method, "Who is (...) birthday?", "Which is (...) 's phone number?" A plurality of pieces of question data corresponding to the questions such as “Who is?” And “Who was the longest talking time?” Are stored in the recording unit 12. Here, the problem data is data defined in advance in the game program. For example, the problem data is data defined in advance in the game program. The problem data is loaded from the information recording medium 13 to the game RAM of the recording unit 12 and stored together with the game program. The problem data may be loaded and stored from the ROM of the recording unit 12 into the game RAM together with the game program.

  The address storage means 51 has a function of storing a plurality of address data in the recording unit 12. In this means, a plurality of address data is stored in the recording unit 12. Specifically, in this means, a plurality of address data each having at least one item data is stored in the recording unit 12.

  For example, in this means, a plurality of address data having a plurality of item data corresponding to address information such as names, telephone numbers, addresses, birthdays, blood types, and hobbies are stored in the recording unit 12. Here, when the address information is input by the owner, item data corresponding to the address information is stored in the telephone RAM of the recording unit 12.

  The communication data storage means 52 has a function of storing communication related data related to communication in the recording unit 12. In this means, communication-related data related to communication is stored in the recording unit 12.

  For example, in this means, communication-related data including outgoing call history data and call time data is stored in the telephone RAM of the recording unit 12. Here, every time communication is performed in the mobile phone 1, processing for updating the data of the outgoing call history is executed by the control unit 10. Further, the control unit 10 executes a process of calculating the call time data of each list of the outgoing call history. Then, the updated call history data and the calculated call duration data are stored in the telephone RAM of the recording unit 12.

  The problem determination unit 53 has a function of determining a question for a question by causing the control unit 10 to execute a process of extracting any one of the plurality of problem data. In this means, the problem for the question is determined by causing the control unit 10 to execute a process of extracting any one of the plurality of problem data.

  For example, with this method, "Who is (...) birthday?", "Which is (...) 's phone number?" The process of randomly extracting any one problem data from a plurality of problem data corresponding to problems such as “Who is?” And “Who was the longest talking time?” Executed. The problem data extracted here is recognized by the control unit 10 as problem data for a question.

  The target address storage means 54 causes the control unit 10 to execute processing for extracting address data having a predetermined number or more of item data from a plurality of address data, thereby making the address data to be used due to a quiz problem. Is selected and stored in the recording unit 12.

  In this means, the address data to be used is selected due to a quiz problem by causing the control unit 10 to execute processing for extracting address data having a predetermined number or more of item data from among a plurality of address data. It is stored in the recording unit 12.

  For example, in this means, the control unit 10 executes a process of extracting address data having three or more item data from a plurality of address data stored in the telephone RAM of the recording unit 12. Specifically, a process of calculating the number of items of each address data is executed by the control unit 10. Address data having three or more items is recognized by the control unit 10 and stored in the game RAM of the recording unit 12. Here, address data having three or more items stored in the RAM is recognized by the control unit 10 as address data to be used due to a quiz problem.

  The target address determination unit 55 has a function of determining an address related to a problem by causing the control unit 10 to execute a process of extracting any one address data from a plurality of address data. The target address determining means 55 has a function of determining an address related to a problem by causing the control unit 10 to execute processing for extracting address data corresponding to communication-related data from a plurality of address data. I have.

  In this means, the address related to the problem is determined by causing the control unit 10 to execute a process of extracting any one of the plurality of address data. Note that the address data extracted here uses address data having a predetermined number or more of item data as a population.

  For example, in this means, the control unit 10 executes a process of extracting any one address data from address data having three or more item data. This determines the address associated with the problem. Specifically, the process of randomly extracting any one address data from the address data having three or more item data stored in the game RAM of the recording unit 12 is performed by the control unit 10. Executed. The address data extracted here is recognized by the control unit 10 as address data (target address data) related to the problem.

  Further, in this means, the address related to the problem is determined by causing the control unit 10 to execute processing for extracting address data corresponding to the communication related data from the plurality of address data. Note that the address data extracted here is a population of a plurality of address data with no limit on the number of items.

  For example, in this means, a process of extracting address data corresponding to communication-related data from a plurality of address data is executed by the control unit 10. This determines the address associated with the problem. Specifically, a command for reading a plurality of address data stored in the telephone RAM of the recording unit 12 into the game RAM of the recording unit 12 is issued from the control unit 10. Then, the control unit 10 executes a process of extracting address data from a plurality of address data stored in the game RAM of the recording unit 12 based on the transmission history data and the call time data. . The address data extracted here is recognized by the control unit 10 as address data (target address data) related to the problem.

  The non-target address determination means 56 does not relate to the problem by causing the control unit 10 to execute a process of re-extracting at least one of the address data excluding the extracted address data. It has a function to determine the address.

  In this means, an address not related to the problem is determined by causing the control unit 10 to execute a process of re-extracting at least one of the address data from the plurality of address data excluding the extracted address data. The

  For example, in this means, the control unit 10 executes a process of re-extracting three address data from a plurality of address data, excluding the extracted address data corresponding to the address related to the problem. The three address data re-extracted here are recognized by the control unit 10 as address data not related to the problem (non-target address data).

  The problem generation means 57 has a function of generating a problem in which the contents of the address are reflected by causing the control unit 10 to execute processing for incorporating the extracted address data into the extracted problem data.

  In this means, by causing the control unit 10 to execute processing for incorporating the extracted address data into the extracted problem data, a problem reflecting the contents of the address is generated.

  Specifically, in this means, the control unit 10 executes a process of incorporating predetermined first item data of the extracted address data into the extracted problem data, thereby causing a problem in which the contents of the address are reflected. Generated.

  For example, in this means, the process of incorporating either the birthday data or the name data of the target address data (extracted address data) into the question data for questions (extracted question data) is performed by the control unit 10. Executed. Specifically, either the birthday data or the name data of the target address data (extracted address data) can be changed to "Who is (...) the birthday?" Or "(...) The control unit 10 executes processing to be incorporated in the part of (...) in the question "Which phone number is?" As a result, a problem reflecting the contents of the target address is generated.

  The correct answer determination means 58 causes the control unit 10 to execute a process of generating correct data corresponding to the extracted problem data based on any one of the plurality of address data, thereby correcting the correct answer of the problem. It has a function to determine.

  In this means, the control unit 10 is caused to execute processing for generating correct data corresponding to the extracted problem data based on any one of the plurality of address data (extracted address data). Thus, the correct answer of the problem is determined.

  Specifically, this means generates correct answer data corresponding to the extracted problem data based on any one of the address data to be used in the quiz problem (address data after extraction). The correct answer to the problem is determined by causing the control unit 10 to execute the process. Here, the correct answer of the problem is determined by causing the control unit 10 to execute processing for generating correct answer data corresponding to the extracted problem data based on predetermined second item data of the extracted address data. .

  Specifically, in this means, the control unit 10 executes processing for generating correct data corresponding to the extracted problem data based on the address data (extracted address data) corresponding to the communication-related data. By doing so, the correct answer of the problem is determined. Here, the correct answer of the problem is determined by causing the control unit 10 to execute processing for generating correct answer data corresponding to the extracted problem data based on the predetermined third item data of the extracted address data. .

  Specifically, questions related to addresses such as "Who is (...) birthday?" And "Which is (...) 's phone number?" In this case, based on the address information (item data) of the extracted address data, a process of generating correct data corresponding to the extracted problem data is executed by the control unit 10. For example, if one of the questions "Who is (...) birthday?" And "Which is (...) 's phone number?" Based on one of the name data of the address data and the telephone number data, the control unit 10 executes processing for generating correct data corresponding to the extracted problem data.

  Item data used here (second item data: name data and telephone number data) and item data used by the problem generation means 57 (first item data: birthday data and name data) And item data belonging to the same address data is used. However, the item data used here is item data different from the item data used in the problem generation means 57. In this way, the correct answer of the problem reflecting the contents of the target address is determined.

  In addition, when a problem that is not related to an address such as “who made the most recent call” or “who was the longest on the call” is extracted, for example, the mobile phone 1 After extraction based on address information (item data) of address data corresponding to communication-related data extracted from multiple address data (multiple address data with no limit on the number of items) input by the owner The control unit 10 executes processing for generating correct data corresponding to the problem data. For example, if one of the questions “Who made the most recent call?” And “Who was the longest talking time?” Is extracted, name data of the address data after extraction Based on the above, the control unit 10 executes processing for generating correct data corresponding to the extracted problem data.

  The incorrect answer determination means 59 determines an incorrect answer of the quiz by causing the control unit 10 to execute a process of generating incorrect answer data corresponding to an option other than the correct answer of the quiz based on the re-extracted address data. It has a function.

  In this means, the incorrect answer of the quiz is determined by causing the control unit 10 to execute a process of generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the re-extracted address data.

  For example, in this means, an incorrect answer of a quiz is determined by causing the control unit 10 to execute a process of generating incorrect answer data based on item data of non-target address data (address data after re-extraction). . The item data used here is the item data used when generating correct answer data. In this way, by determining the quiz incorrect answer, an incorrect answer consistent with the correct answer can be prepared.

  The problem display means 60 has a function of displaying a problem on the display unit 14 based on the extracted problem data. In this means, the problem is displayed on the display unit 14 (liquid crystal display 3) based on the extracted problem data.

  For example, in this means, when an address-related problem is given (when a problem generated by the problem generating means is given), based on the extracted problem data into which the extracted address data is incorporated, The problem reflecting the contents of the address related to the problem is displayed on the liquid crystal display 3. Specifically, based on the extracted problem data in which predetermined first item data of the extracted address data is incorporated, the problem reflecting the contents of the address related to the problem is displayed on the liquid crystal display 3. The

  On the other hand, when a problem not related to the address is given (when the problem generation means is not used and the problem determined by the problem determination means is given), the problem is displayed on the liquid crystal display based on the extracted problem data 3 is displayed.

  The option display means 61 has a function of displaying the correct answer and incorrect answer of the problem as options on the display unit 14 (liquid crystal display 3) based on the correct answer data and the incorrect answer data. In this means, the correct answer and the incorrect answer of the problem are displayed on the liquid crystal display 3 as options based on the correct answer data and the incorrect answer data.

  For example, in this means, an option indicating the correct answer of the question and an option indicating a plurality of incorrect answers are displayed on the liquid crystal display 3 based on the correct answer data and the incorrect answer data. Here, for example, each of the four options is displayed on the liquid crystal display 3 using image data corresponding to each option. The four options are composed of one correct answer and three incorrect answers. The image data is loaded and stored from the information recording medium 13 into the game RAM of the recording unit 12 together with the game program. Further, the image data may be loaded and stored from the ROM of the recording unit 12 into the game RAM together with the game program.

  The correctness determination means 62 has a function of determining whether the problem is correct by causing the control unit 10 to determine whether or not the input data input from the operation unit 11 is data corresponding to correct data. In this means, whether or not the input data input from the operation unit 11 is data corresponding to correct data is determined by the control unit 10 to determine whether the problem is correct or incorrect.

  For example, in this means, when the input key 2 of the operation unit 11 is operated by the player, input data corresponding to an input signal from the input key 2 of the operation unit 11, for example, number data of options is recognized by the control unit 10. Is done. Then, the control unit 10 determines whether this number data is data corresponding to correct answer data.

  The correct / incorrect display means 63 has a function of displaying the correct / incorrect result of the quiz on the display unit 14 using image data in accordance with the determination result of correct / incorrect for the problem. In this means, the correct / incorrect result of the quiz is displayed on the display unit 14 using the image data in accordance with the result of determining whether the problem is correct.

  For example, in this means, when the control unit 10 determines that the input data, for example, the option number data is data corresponding to the correct answer data, an image indicating that the answer is correct is displayed on the liquid crystal display 3 using the image data. Is displayed. On the other hand, when the control unit 10 determines that the input data, for example, the option number data is not data corresponding to the correct answer data, an image indicating that the answer is incorrect is displayed on the liquid crystal display 3 using the image data. Is displayed.

[Description of quiz generation system using mobile phone]
Next, specific contents of the quiz generation system in the quiz game will be described. The flow shown in FIG. 14 will also be described at the same time.

  For example, when the menu key 2M is pressed by the player, menus for calling various functions of the various mobile phones 1 and various setting items of the mobile phone 1 are displayed on the liquid crystal display 3 (not shown). .

  Here, when the icon for the quiz game prepared in this menu is selected by the player, a command for executing the quiz game is issued from the control unit 10 of the mobile phone 1. Then, a game program for a quiz game is activated and a quiz game is started (S1). Here, the game program is stored in the game RAM of the recording unit 12. The game program stored in the RAM is activated and a quiz game is started.

  Next, when the game program for the quiz game is activated, a plurality of problem data Q corresponding to the quiz problem is stored in the game RAM of the recording unit 12 (S2). For example, "Who is (...) birthday?", "Which is (...) 's phone number?", "Who most recently called you?" , A plurality of problem data Q corresponding to a problem such as “who is the longest talking time?” Is stored in the game RAM of the recording unit 12.

  The part of (...) in "Who is (...) 's birthday?" And "Which is (...)' s phone number?" It is. Therefore, here, “Who is (…) the birthday?” And “Which phone number is (…)?” (...) is related to the address. Is handled as problem data. Here, “who made the most recent call” and “who lasted the longest call time” are handled as problem data not related to the address.

  Here, the data format of the problem data Q is text data. Specifically, "Who is your birthday?", "Which is your phone number?", "Who was the last caller?" Text data such as “Who was long?” Is stored as problem data Q in the game RAM of the recording unit 12.

  For ease of explanation, “Who is your birthday?”, “Which is your phone number?”, “Who most recently called you?” ”And“ Who was the longest talking person? ” However, the present system can be realized using other problems than these four problems.

  In addition, here, identification data ID1 for identifying each of the plurality of problem data Q is assigned to each problem data Q by the control unit 10. For example, "Who is your birthday?" Is the number "1", "Which is your phone number?" Is the number "2", "Who most recently called you?" The control unit 10 assigns the identification data ID1 such as the numerical value “3” to “?” And the numerical value “4” to “who has the longest call time?”.

  Thereby, each problem data Q can be managed by the identification data ID1. For example, when problem data Q is described as “Q (ID1)”, problem data with identification data ID1 “1” can be described as “Q (1)” as shown in FIG. ) Is the question "Who is your birthday?" Similarly, the problem data with the identification data ID 1 of “2” can be described as “Q (2)”, and the problem indicated by the problem data Q (2) is “Which is your phone number?” . Similarly, the problem data whose identification data ID1 is “3” can be described as “Q (3)”, and the problem indicated by the problem data Q (3) is “who has made the most recent call?” It becomes. Similarly, the problem data with the identification data ID1 of “4” can be described as “Q (4)”, and the problem indicated by the problem data Q (4) is “who was the longest on the call time?” Become.

  Subsequently, a plurality of address data A is stored in the recording unit 12 (S3). For example, when address information such as a name, a telephone number, an address, a birthday, a blood type, and a hobby is input by the owner of the mobile phone 1, item data K corresponding to each address information is stored in the telephone of the recording unit 12. Stored in the RAM. The item data K corresponding to each address information input here is read and stored from the telephone RAM of the recording unit 12 to the game RAM of the recording unit 12 when the quiz game is started. The Note that the input address information, that is, the item data K that has been input becomes data that is the target of the number of items to be described later.

  Here, the data format of the address data A is text data. Specifically, text data such as “A (name), 010123567 (phone number), Osaka (address), 19000101 (birthday), O type (blood type), reading (hobby)”, etc. The data A is stored in the game RAM of the recording unit 12.

  In addition, here, in order to facilitate the explanation, the explanation will be made by picking up nine addresses whose names are “A”, “B”, “C”,..., And “I”. . However, the present system can be realized by using addresses other than these nine addresses.

  Here, the identification data ID 21 for identifying each of the plurality of address data A is assigned to each address data A by the control unit 10. For example, the numerical value “1” is used for the address data of “A”, the numerical value “2” is used for the address data of “B”, and the numerical data “9” is used for the address data of “I”. Identification data ID 21 is assigned by the control unit 10.

  Thereby, each address data A can be managed by the identification data ID 21. For example, if the address data A is described as “A (ID21)”, the address data whose identification data ID21 is “1” can be described as “A (1)” as shown in FIG. ) Is “A, 010123567, Osaka, 19000101, O type, reading”. Similarly, address data whose identification data ID 21 is “2” to “9” can be described as “A (2)” to “A (9)”, and each of these address data A (2) to A (9). The address indicated by “B” is the address of “B”, the address of “C”,..., The address of “I”. In FIG. 4, items that are not input are indicated by a hyphen (-).

  Furthermore, here, an identification data ID 22 for identifying each of the plurality of item data K is assigned by the control unit 10 to each item data. For example, a numerical value “1” is used for item data “name”, a numerical value “2” is used for item data “phone number”, a numerical value “3” is used for item data “address”, and “birthday” item data is used. The control unit 10 assigns an identification data ID 22 such as a numerical value “4”, a numerical value “5” to the item data “blood type”, and a numerical value “6” to the item data “hobby”.

  Thereby, each item data K can be managed by identification data ID22. For example, if item data K is described as “K (ID21, ID22)”, as shown in FIG. 5, item data whose identification data ID21 is “1” and whose identification data ID22 is “1” is “K (1,1). ””, And the content of the item indicated by the item data (1, 1) is “A”. Similarly, item data whose identification data ID 22 is “2” to “6” can be described as “K (1, 2)” to “K (1, 6)”, and these item data K (1, 2) The contents of the items indicated by .about.K (1,6) are “01012334567”, “Osaka Prefecture”, “19000101”, “O”, and “Reading”. Similarly, the item contents K (ID21, ID22) having the identification data ID21 of “2” to “9” can be managed.

  Subsequently, communication-related data related to communication, for example, communication-related data including outgoing call history data and call time data is stored in the recording unit 12 (S4).

  For example, when communication is performed in the mobile phone 1, address data A (ID 21) of the other party, for example, name data K (ID 21, 1) of the other party is stored in the telephone RAM of the recording unit 12. This process is repeatedly executed by the control unit 10 for each communication, thereby generating a call partner list L1 (call history data L) as shown in FIG. When the quiz game is started, the call partner list L1 is read and stored from the telephone RAM of the recording unit 12 into the game RAM of the recording unit 12.

  In addition, when communication is performed in the mobile phone 1, a process for calculating data indicating a call time is executed by the control unit 10. By repeating this process by the control unit 10 for each communication, as shown in FIG. 7, a call time list L2 (call time data L) indicating the call time with each call partner is generated. When the quiz game is started, the call time list L2 is read from the telephone RAM of the recording unit 12 into the game RAM of the recording unit 12 and stored.

  The call time list L2 shown in FIG. 7 corresponds to the call partner list L1 shown in FIG. That is, the call time list L2 shown in FIG. 7 is a list showing the call time with each call partner shown in FIG.

  In this manner, communication-related data including the call partner list L1 and the call time list L2 is stored in the game RAM of the recording unit 12.

  Subsequently, in order to determine the question for the question, the control unit 10 executes a process of extracting any one of the question data Q (ID1o) from the plurality of question data Q (ID1) (S5). . Here, the identification data corresponding to the question for the question is described as “ID1o”.

  For example, "Who is your birthday?", "Who is your phone number?", "Who did you call most recently?" The question data is randomly extracted by the control unit 10 from “Who is?”. The problem data extracted here is recognized by the control unit 10 as question data Q (ID1o) for a question.

  Specifically, a pseudo random number program for generating the random number R is executed by the control unit 10. For example, when the number of prepared problems is between 1 and 9 (in the case of this embodiment), the control unit 10 recognizes the last digit value of the random number R generated here. The control unit 10 recognizes the identification data ID1 corresponding to the first digit value of the random number R. Then, the problem data Q (ID1) corresponding to the identification data ID1 recognized by the control unit 10 is recognized by the control unit 10 as question data Q (ID1o) for a question. In this way, the question data Q (ID1o) for the question can be extracted at random from the plurality of question data Q (ID1). Further, when the number of prepared problems is between 10 and 99, by causing the control unit 10 to recognize the last two digits of the random number R, similarly to the case where the number of questions is one digit, The question data Q (ID1o) for the questions can be extracted at random.

  In the method shown here, there may occur a case where there is no identification data ID1 corresponding to the value of the last one digit (or the last two digits) of the random number R. That is, for example, the last digit of the random number R may be a value from 5 to 9. In this case, the pseudo random number program is repeatedly executed until the random number R corresponding to the identification data ID1 is generated. That is, for example, the pseudo random number program is repeatedly executed until the last digit value of the random number R becomes any one of 1 to 4, thereby generating a random number.

  Subsequently, the control unit 10 determines whether the question data Q (ID1o) for the question is the problem data related to the address (S6). For example, the control unit 10 determines whether the question data Q (ID1o) for the question is “Who is your birthday?” Or “Which is your phone number?” . Specifically, the control unit 10 determines whether or not the identification data ID of the question data Q (ID1o) for the question is either “1” or “2”.

  If the question data Q (ID1o) for the question is the problem data related to the address (in the case of “ID1o = 1 OR ID1o = 2”, Yes in S6), it is stored in the game RAM of the recording unit 12. A process of extracting address data A1 ′ (ID21) having three or more item data from a plurality of stored address data A (ID21) is executed by the control unit 10 (S7). Here, for example, a process of calculating the number of item data (number of items) for each of the plurality of address data A (ID 21) stored in the game RAM of the recording unit 12 is executed by the control unit 10. The number of item data (the number of items) calculated here corresponds to the number of address information input by the owner of the mobile phone 1. The address data A1 '(ID21) having three or more items is recognized by the control unit 10 as address data to be used due to a quiz problem, and stored in the game RAM of the recording unit 12.

  Specifically, in FIG. 4, the address data A1 ′ (ID21) having three or more items is A (1), A (3), A (4), and A (8). . That is, these address data A (1), A (3), A (4), A (8) are recognized by the control unit 10 as address data A1 ′ (ID21) having three or more items. And stored in the game RAM of the recording unit 12 (see FIG. 8).

  Then, one address data A1 ″ (ID21) is randomly extracted from the address data A1 ′ (ID21) having three or more item data stored in the game RAM of the recording unit 12. The processing is executed by the control unit 10 (S8) The address data extracted here is recognized by the control unit 10 as address data A1 ″ (ID21) (first target address data) related to the problem. . FIG. 8 shows an example in which the address data A (1) is randomly extracted as the first target address data A1 ″ (1).

  Specifically, a pseudo random number program for generating the random number R is executed by the control unit 10. For example, when the number of address data A1 ′ (ID21) having three or more item data is between 1 and 9 (in this embodiment), the last digit of the random number R generated here is The value is recognized by the control unit 10. Then, the identification data ID 21 corresponding to the first digit value of the random number R is recognized by the control unit 10. Then, the address data A1 ′ (ID21) corresponding to the identification data ID21 recognized by the control unit 10 is recognized by the control unit 10 as the first target address data A1 ″ (ID21). The first target address data A1 ″ (ID21) can be extracted at random from the address data A1 ′ (ID21) having three or more item data. When the number of address data A1 ′ (ID21) having three or more item data is between 10 and 99, by causing the control unit 10 to recognize the last two digits of the random number R, Similar to the case where the number of address data is one digit, the first target address data A1 ″ (ID21) can be extracted at random.

  Subsequently, the process of re-extracting at least one of the address data A (ID21) excluding the first target address data A1 ″ (ID21) (extracted address data) is performed by the control unit. For example, the control unit 10 executes a process of re-extracting three address data from a plurality of address data A (ID21) excluding the first target address data A1 ″ (ID21). The The three re-extracted address data are recognized by the control unit 10 as address data A1n (ID21) (first non-target address data) not related to the problem (S9).

  Specifically, as shown in FIG. 9, when the first target address data A1 ″ (ID21) is “A (1)”, a plurality of address data A (1) excluding the first target address data A (1) ( A process of re-extracting three pieces of address data from 2) to A (9) is executed by the control unit 10. The three re-extracted address data are recognized by the control unit 10 as address data A1n (ID21) (first non-target address data) not related to the problem. In FIG. 9, for example, the address data A (4), A (7), A (9) is sent to the control unit 10 as first non-target address data A1n (4), A1n (7), A1n (9). Be recognized.

  Here, by using the pseudo random number program, three address data are re-extracted in the same manner as described above. The plurality of address data A (ID21) used for re-extraction here does not include the first target address data A1 ″ (ID21), but the address data A1 ′ ( ID 21) is included.

  Subsequently, based on the first target address data A1 ″ (ID21), predetermined first item data K (ID21, ID22_fix1) of the first target address data A1 ″ (ID21) is converted into question data Q (ID1o) for the question. ) Is executed by the control unit 10. Thereby, a problem reflecting the contents of the address is generated (S10).

  For example, any one of the birthday data K (ID21, 4) and the name data K (ID21, 1) of the first target address data A1 ″ (ID21) (address data after extraction) is used as the question data Q for the question. Processing to be incorporated into (ID1o) (extracted problem data) is executed by the control unit 10. Thereby, question data Q ′ (ID1o) for giving a question reflecting the contents of the address is generated.

  Specifically, when the question data Q (ID1o) for the question is “Who is the birthday?”, The birthday data K (ID21, 4) of the first target address data A1 ”(ID21) is A process of connecting to the head part of the question data Q (ID1o) for the question is executed by the control unit 10. When the first target address data A1 "(ID21) is" A (1) ", the first The birthday data K (1, 4) of the target address data A1 "(1) (= A (1)) is connected to the beginning part of the question data Q (ID1o) for the question. A question reflecting the contents of the target address is generated, such as “Who is 196.01.01.

  Similarly, when the question data Q (ID1o) for the question is “Which phone number is?”, The name data K (ID21, 1) of the first target address data A1 ”(ID21) The process of linking to the beginning part of the problem data Q (ID1o) for use is executed by the control unit 10. Thus, for example, “Which is the phone number of“ A ”?” A problem reflecting the contents of the target address is generated.

  In this way, question data Q '(ID1o) for the question reflecting the contents of the target address is generated.

  Note that the first target address data A1 ″ (ID21) may not have item data K (ID21, ID22_fix1) to be incorporated in the question data for the question. For example, the first target address data A1 ″ (ID21) May not have the birthday data K (ID21, 4). In this case, the process of step 8 (S8) is re-executed by the control unit 10. This re-execution process is repeatedly executed until the question data Q (ID1o) for the question can be generated based on the item data K (ID21, ID22_fix1) of the first target address data A1 ″ (ID21).

In the following, the problem data generated here is also expressed in terms of question data for questions. That is, when the question data for the question is the question data related to the address, the problem data reflecting the contents of the target address is used as the question data for the question. However, the symbol indicating the question data for the question in this case is described as “Q ′ (ID1o)”. For example, symbols indicating problem data such as “Who is“ 196.01.01. ”Is a birthday?” Or “Which phone number is“ A ”?” (ID1o) ".

Subsequently, based on the first target address data A1 ″ (ID21), a process of generating the correct answer data S (ID1o) corresponding to the question data Q ′ (ID1o) for the question is executed by the control unit 10 ( S11) For example, based on predetermined second item data K (ID21, ID22_fix2) of the first target address data A1 ″ (ID21), correct answer data S (ID1o) corresponding to the question data Q ′ (ID1o) for questioning ) Is generated by the control unit 10.

  Specifically, when “who is the birthday of“ 196.01.01. ”Is extracted as the problem data Q ′ (ID1o), the name data of the first target address data A1” (ID21) K (ID21, 1) is recognized by the control unit 10 as correct answer data S (ID1o) corresponding to the question data Q '(ID1o) for the question. Is extracted as question data Q ′ (ID1o), the telephone number data K (ID21, 2) of the first target address data A1 ″ (ID21) is the question data Q ′ (ID1o) for the question. Is recognized by the control unit 10 as correct answer data S (ID1o) corresponding to., Thus, correct answer data S (ID1o) corresponding to the extracted question data Q ′ (ID1o) is generated. The

  Note that the first target address data A1 ″ (ID21) may not include item data for generating the correct answer data S (ID1o). In this case, from step 8 (S8) to step 10 (S10). The processing up to is re-executed by the control unit 10. This re-execution processing is repeatedly executed until the question data Q (ID1o) and the correct answer data S (ID1o) for questioning can be generated.

  Subsequently, a process of generating incorrect answer data NS (ID1o) corresponding to options other than the correct answer of the quiz based on the first non-target address data A1n (ID21) (address data after re-extraction) is performed by the control unit 10. (S12). For example, based on the item data K (ID21, ID22_fix4) of the first non-target address data A1n (ID21), processing for generating incorrect answer data NS (ID1o) is executed by the control unit 10. The item data used here is the item data used when generating the correct answer data S (ID1o), that is, name data K (ID21, 1) or telephone number data K (ID21, 2). In other words, the relationship “ID22_fix4 = ID22_fix2” is established. In this way, incorrect answer data NS (ID1o) is generated so that the correct answer and the incorrect answer of the quiz are the same item.

  Note that the first non-target address data A1n (ID21) may not have item data corresponding to the item used when generating the correct answer data S (ID1o). For example, when the items used when generating the correct answer data S (ID1o) are addresses, blood types, hobbies, etc., the item data corresponding to these items is the first non-target address data A1n (ID21). May not have. In this case, item data corresponding to the item used when generating the correct answer data S (ID1o) is randomly generated by the control unit 10.

  On the other hand, when the question data Q (ID1o) for the question is problem data not related to the address (“ID1o ≠ 1 AND ID1o ≠ 2”, No in S6), for example, the question data Q ( If ID1o) is “who made the most recent call?” Or “who was the longest talking time?”, A plurality of IDs stored in the game RAM of the recording unit 12 The process of extracting the address data A2 ′ (ID21) corresponding to the communication related data from the address data A (ID21) is executed by the control unit 10 (S13). For example, based on the call partner list L1, the address data at the top of the call partner list L1 is recognized by the control unit 10 as address data A2 ′ (ID21) (second target address data) related to the problem. Is done. Furthermore, based on the call time list L2, the address data having the longest time in the call time list L2 is used as the address data A2 ′ (ID21) (second target address data) related to the problem as a control unit. 10 is recognized.

  Here, the data used as the address data A2 ′ (ID21) corresponding to the communication-related data is any one of the address data at the top of the call partner list L1 and the address data at the top of the call time list L2. On the other hand. For this reason, these two data are used as second target address data A2 '(ID21).

  Specifically, referring to FIG. 6, FIG. 6 shows an example in which the address data at the top of the call partner list L1 is “A (1)”. Specifically, an example is shown in which the item data included in the address data at the top of the call partner list L1 is “K (1, 1)”. Therefore, FIG. 10 shows an example in which the address data A (1) to which the item data K (1, 1) belongs is extracted as the second target address data A2 ′ (1) based on FIG. Has been.

  Referring to FIG. 7, FIG. 7 shows an example in which the address data having the maximum time in the call time list L2 is “A (1)”. Specifically, an example is shown in which the item data included in the address data corresponding to the maximum time in the call time list L2 is “K (1, 1)”. Therefore, FIG. 10 shows an example in which the address data A (1) to which the item data K (1, 1) belongs is extracted as the second target address data A2 ′ (1) based on FIG. Has been.

  Subsequently, the process of re-extracting at least one address data from the plurality of address data A (ID21) excluding the second target address data A2 ′ (ID21) (extracted address data) is performed by the control unit. 10 is executed. For example, the control unit 10 executes a process of re-extracting three address data from the plurality of address data A (ID21) excluding the second target address data A2 '(ID21). The three re-extracted address data are recognized by the control unit 10 as address data A2n (ID21) (second non-target address data) not related to the problem (S14).

  Specifically, as shown in FIG. 9, when the second target address data A2 ′ (ID21) is “A (1)”, a plurality of address data A excluding the second target address data A (1). A process of re-extracting three pieces of address data from (2) to A (9) is executed by the control unit 10. The three re-extracted address data are recognized by the control unit 10 as address data A2n (ID21) (second non-target address data) not related to the problem. In FIG. 10, for example, the address data A (4), A (7), A (9) is transferred to the control unit 10 as second non-target address data A2n (4), A2n (7), A2n (9). Be recognized.

  Here, the plurality of address data A (ID21) used for re-extraction does not include the second target address data A2 ′ (ID21), but the address data A1 ′ (having three or more item data) ( ID 21) is included.

  Subsequently, based on the second target address data A2 ′ (ID21) (address data corresponding to communication-related data), processing for generating correct answer data S (ID1o) corresponding to the question data Q (ID1o) for the question is performed. This is executed by the control unit 10 (S15). For example, correct data S (ID1o) corresponding to the question data Q (ID1o) for the question is generated based on predetermined third item data K (ID21, ID22_fix3) of the second target address data A2 ′ (ID21). Processing is executed by the control unit 10.

  Specifically, when “who made the most recent call” is extracted as the problem data Q (ID1o), the name data K (ID21,1) of the second target address data A2 ′ (ID21) is extracted. ) Is recognized as the correct answer data S (ID1o) corresponding to the question data Q (ID1o) for the question. When “who is the longest caller” is extracted as the problem data Q (ID1o), the name data K (ID21, 1) of the second target address data A2 ′ (ID21) Is recognized by the control unit 10 as correct answer data S (ID1o) corresponding to the problem data Q (ID1o) for use. In this way, correct answer data S (ID1o) corresponding to the extracted question data Q (ID1o) is generated.

  Subsequently, based on the second non-target address data A2n (ID21) (address data after re-extraction), a process of generating incorrect answer data NS (ID1o) corresponding to options other than the correct answer of the quiz is performed by the control unit 10. (S16). For example, based on the item data K (ID21, ID22_fix5) of the second non-target address data A2n (ID21), processing for generating incorrect answer data NS (ID1o) is executed by the control unit 10. The item data K (ID21, ID22_fix5) used here is the item data used when generating the correct answer data S (ID1o), that is, the name data K (ID21, 1). In other words, the relationship “ID22_fix5 = ID22_fix3” is established. In this way, incorrect answer data NS (ID1o) is generated so that the correct answer and the incorrect answer of the quiz are the same item.

  Subsequently, the quiz problem is displayed on the liquid crystal display 3 based on the question data Q (ID1o) and Q '(ID1o) for the questions (S17). For example, as shown in FIG. 11, when an address-related problem is given, problem data Q in which predetermined first item data K (ID21, ID22_fix1) of the first target address data A1 ″ (ID21) is incorporated. 'Based on (ID1o), the quiz problem in which the contents of the address are incorporated is displayed on the liquid crystal display 3. On the other hand, for example, as shown in FIG. The question of quiz is displayed on the display unit 14 based on the question data Q (ID1o) for questions.

  Subsequently, as shown in FIG. 11 and FIG. 12, based on the correct answer data S (ID1o) and the incorrect answer data NS (ID1o), options indicating the correct answer of the problem and options indicating a plurality of incorrect answers are displayed on the liquid crystal display 3. (S18). For example, each of the four options is displayed on the liquid crystal display 3 using image data corresponding to each option. The four options are composed of one correct answer and three incorrect answers. Specifically, each of the four options is displayed in a random order on the liquid crystal display 3 using image data corresponding to each option.

  Subsequently, the control unit 10 determines whether or not input data is input from the operation unit 11 (S19). When the control unit 10 determines that the input data is input from the operation unit 11 (Yes in S19), that is, when the input data is recognized by the control unit 10 from the operation unit 11, the input data is input from the operation unit 11. The control unit 10 determines whether or not the input data is data corresponding to the correct answer data S (ID1o) (S20). For example, when the input key 2 of the operation unit 11 is operated by the player, the option number data indicated by the input signal from the input key 2 of the operation unit 11 is data corresponding to the correct answer data S (ID1o). No is determined by the control unit 10.

  If the input data from the operation unit 11 is not recognized by the control unit 10 (No in S19), the problem and options are liquid crystal until the input data from the operation unit 11 is recognized by the control unit 10 (Yes in S19). The state displayed on the display 3 is maintained.

  Then, when the control unit 10 determines that the option number data is data corresponding to the correct answer data S (ID1o) (Yes in S20), as shown in FIG. The image data is displayed on the liquid crystal display 3 (S21). On the other hand, when the control unit 10 determines that the number data of the option is not data corresponding to the correct answer data S (ID1o) (No in S20), an image indicating that the answer is incorrect is a quiz. And displayed on the liquid crystal display 3 (S22).

  Subsequently, the control unit 10 determines whether or not a game end command for ending the quiz game has been issued (S23). For example, the control unit 10 determines whether a key for ending the quiz game has been pressed by the player.

  When a game end instruction is issued (Yes in S23), a process for ending the quiz game is executed by the control unit 10 (S24). Note that unless the game end command is issued (No in S23), the processing after Step 5 (S5) is repeatedly executed by the control unit 10.

  As described above, in the present embodiment, not only the problem data Q (ID1o) and Q ′ (ID1o) are extracted from the plurality of problem data Q (ID1), but also the extracted problem data Q (ID1o) , Q ′ (ID1o) corresponding to the correct answer data S (ID1o) is generated based on any one of the plurality of address data, so that a variety of quizzes can be provided.

  In particular, the correct answer data S (ID1o) corresponding to the question data Q ′ (ID1o) is generated based on the address data A1 ′ (ID21) of a person closely related to the player. You can enjoy this game without losing interest in the game. Also, address data A2 ′ (ID21) of a person closely related to the user is extracted based on the call partner list L1 and the call time list L2 (communication related data L), and the address data A2 ′ extracted here is extracted. Since correct data S (ID1o) corresponding to the question data Q (ID1o) is generated based on (ID21), a player who answers this question can enjoy this game without losing interest in the quiz game. it can.

[Other Embodiments]
(A) In the above-described embodiment, an example in which a mobile phone is used as an example of a computer to which the present game program can be applied has been described. However, a computer to which the present game program can be applied may include communication means. Anything is acceptable. For example, the present invention can be similarly applied to a game device in which the monitor is configured separately, a game device in which the monitor is integrated, a personal computer or a workstation that functions as a game device by executing a game program, and the like. .

  (B) The present invention includes a program for executing the game as described above and a computer-readable recording medium on which the program is recorded. Examples of the recording medium include a computer-readable flexible disk, a semiconductor memory, a CD-ROM, a DVD, an MO, a ROM cassette, and the like in addition to the cartridge.

  (C) In the above-described embodiment, an example in which the address data A2 ′ (ID21) of a person closely related to the user is directly extracted based on the call partner list L1 and the call time list L2 is shown. However, the extraction form of the address data A2 ′ (ID21) may be any form as long as the address of a person closely related to the person can be extracted. For example, as in the case of the address data A1 ″ (ID21), the address data A1 ′ (ID21) having three or more item data is the highest in the address data above the call partner list L1 and the maximum call time list L2. Address data having time may be extracted, and in this case, correct answer data corresponding to the problem is generated based on address data of a more intimate person, so that a player who answers this problem You can enjoy this game without losing interest in the quiz game.

1 is a basic configuration diagram of a video game apparatus according to an embodiment of the present invention. The functional block diagram as an example of the said video game device. The figure which shows the management form of problem data. The figure which shows the management form of address data. The figure which shows the management form of item data. The figure for demonstrating the list | wrist of a communicating party. The figure for demonstrating the list of call time. The figure for demonstrating the extraction form of object address data (the 1). The figure for demonstrating the extraction form of non-target address data. The figure for demonstrating the extraction form of object address data (the 2). The figure which shows the problem and choice which were displayed on the display (the 1). The figure which shows the problem and choice displayed on the display (the 2). The figure which shows the correct / incorrect result with respect to a problem. The flowchart for demonstrating a quiz production | generation system. The flowchart for demonstrating a quiz production | generation system.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Cellular phone 2 Input key 3 Liquid crystal display 10 Control part 12 Recording part 13 Information recording medium 14 Display part 50 Problem data storage means 51 Address storage means 52 Communication data storage means 53 Problem determination means 54 Target address storage means 55 Target address determination means 56 Non-target address determination means 57 Problem generation means 58 Correct answer determination means 59 Incorrect answer determination means 60 Problem display means 61 Option display means 62 Correct / incorrect determination means 63 Correct / incorrect display means Q (ID1o), Q ′ (ID1o) Problem data A (ID21) ) Address data A1 '(ID21) Address data having three or more item data A1 "(ID21) First target address data A2' (ID21) Second target address data A1n (ID21) First non-target address data A2n ( ID21) Exclude second target Address data S (ID1o) Correct answer data NS (ID1o) Incorrect answer data

Claims (9)

To a computer having communication means capable of executing a quiz game using address data,
A problem data storage function for storing a plurality of problem data corresponding to a quiz problem in a recording unit;
An address storage function for storing a plurality of address data in the recording unit;
A problem determination function for determining a question for a question by causing the control unit to execute a process of extracting any one of the plurality of problem data,
Correct answer determination for determining the correct answer of a problem by causing the control unit to execute a process of generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data Function and
Based on the extracted problem data, a problem display function for displaying the problem on the image display unit;
Whether or not the input data input from the input unit is data corresponding to the correct answer data, by making the control unit determine, a correct / incorrect determination function for determining correct / incorrect for the problem,
A correct / incorrect display function for displaying the correct / incorrect result of the quiz on the image display unit using image data according to the result of determining the correctness / incorrectness of the problem,
A game program to make it happen. In the computer,
A first target address determination function for determining an address related to a problem by causing the control unit to execute processing for extracting any one address data from the plurality of address data;
A problem generation function for generating a problem reflecting the contents of an address by causing the control unit to execute a process of incorporating the address data after extraction into the problem data after extraction;
Realized
In the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute a process of generating correct answer data corresponding to the extracted question data based on the extracted address data.
In the problem display function, based on the extracted problem data in which the extracted address data is incorporated, a problem reflecting the content of the address related to the problem is displayed on the image display unit.
The game program according to claim 1. The problem generation function generates a problem reflecting the contents of the address by causing the control unit to execute a process of incorporating predetermined first item data of the extracted address data into the extracted problem data. And
The correct answer determination function causes the control unit to execute processing for generating correct answer data corresponding to the question data after extraction based on predetermined second item data of the address data after extraction. Is determined,
In the problem display function, based on the extracted problem data in which the predetermined first item data of the extracted address data is incorporated, a problem reflecting the contents of the address related to the problem is displayed as an image. Displayed in the
The game program according to claim 2. In the computer,
A first object for determining an address not related to the problem by causing the control unit to execute a process of re-extracting at least one of the address data excluding the address data after extraction. Outside address determination function,
A first incorrect answer determination function for determining an incorrect answer of a quiz by causing the control unit to execute a process of generating incorrect answer data corresponding to options other than the correct answer of the quiz based on the address data after re-extraction; ,
Based on the correct answer data and the incorrect answer data, a first option display function for displaying the correct answer and incorrect answer of the problem as options on the image display unit;
The game program according to claim 2 or 3 for realizing further. In the computer,
A communication data storage function for storing communication related data related to communication in the recording unit;
A second target address determination function for determining an address related to a problem by causing the control unit to execute processing for extracting address data corresponding to the communication-related data from a plurality of the address data;
Further realized,
In the correct answer determination function, the correct answer of the problem is determined by causing the control unit to execute processing for generating correct answer data corresponding to the extracted question data based on the extracted address data.
The game program according to claim 1. In the computer,
A second object for determining an address not related to the problem by causing the control unit to execute a process of re-extracting at least one of the address data from the plurality of address data excluding the extracted address data Outside address determination function,
A second incorrect answer determination function for determining an incorrect answer of the quiz by causing the control unit to execute a process of generating incorrect answer data corresponding to an option other than the correct answer of the quiz based on the address data after the re-extraction; ,
Based on the correct answer data and the incorrect answer data, a second option display function for displaying the correct answer and incorrect answer of the problem as options on the image display unit;
The game program according to claim 5 for further realizing the above. In the computer,
Target address for selecting address data to be used in a quiz and storing it in the recording unit by causing the control unit to execute processing for extracting address data having a predetermined number of item data from a plurality of address data Storage function,
Further realized,
The correct answer determination function causes the control unit to execute processing to generate correct answer data corresponding to the extracted question data based on any one of the address data to be used in a quiz. Determines the correct answer to the problem,
The game program according to claim 1. To a computer having communication means capable of executing a quiz game using address data,
Problem data storage means for storing a plurality of problem data corresponding to the quiz problem in the recording unit;
Address storage means for storing a plurality of address data in the recording unit;
Problem determining means for determining a question for a question by causing the control unit to execute a process of extracting any one of the plurality of problem data from the plurality of problem data;
Correct answer determination for determining the correct answer of a problem by causing the control unit to execute a process of generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data Means,
Based on the extracted problem data, problem display means for displaying the problem on the image display unit;
Whether the input data input from the input unit is data corresponding to the correct answer data, by causing the control unit to determine, correct / error discriminating means for discriminating whether the problem is correct,
Correct / incorrect display means for displaying the correct / incorrect result of the quiz on the image display unit using image data according to the result of determining the correctness / incorrectness for the problem,
A computer having communication means. A game control method capable of controlling a quiz game using address data by a computer having communication means,
A problem data storage step for storing a plurality of problem data corresponding to the quiz problem in the recording unit;
An address storing step for storing a plurality of address data in the recording unit;
A problem determining step of determining a question for a question by causing the control unit to execute a process of extracting any one of the plurality of problem data,
Correct answer determination for determining the correct answer of a problem by causing the control unit to execute a process of generating correct answer data corresponding to the extracted question data based on any one of the plurality of address data Steps,
Based on the extracted problem data, a problem display step for displaying the problem on the image display unit;
Whether the input data input from the input unit is data corresponding to the correct answer data is determined by the control unit to determine whether the problem is correct or incorrect; and
A correct / incorrect display step of displaying the correct / incorrect result of the quiz on the image display unit using image data according to the result of determining the correctness / incorrectness of the problem,
A game control method comprising:

Images