JP3576153B2 - GAME DEVICE AND GAME CONTROL METHOD USABLE FOR THE DEVICE - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention relates to a game system using a computer, and more particularly to a game system in which a plurality of players play.
[0002]
[Prior art]
Conventionally, in a game system in which a plurality of players such as a board game, a card game, golf, and a mahjong are played in order by a computer, naturally, the player who turns around plays and the player finishes playing. Thereafter, control is performed so that the next player in the next order plays.
[0003]
[Problems to be solved by the invention]
When proceeding with such a game, it is only necessary to control the player to play in a predetermined order, but the present inventors have set up a game system that allows the game to proceed according to its own rules, aiming for unexpectedness. I decided to develop it and came to recognize the following problems. For example, while a board game is in progress, it is assumed that an arbitrary player can enter a battle game mode different from the normal board game play mode and enjoy the battle game between the players. At this time, the player who is in the battle mode can enjoy the battle game, but the other players must wait until the battle mode ends. In this case, the unique rules introduced with the aim of improving entertainment can halve the interest of players waiting for the end of the battle mode.
[0004]
There is no problem as long as the time required for the battle mode is relatively short and the waiting time is not so worrisome, but in order to play a full-fledged fighting game where the waiting time of other players becomes a problem, other players It is necessary to devise so as not to bore you.
[0005]
The present invention has been made in view of such circumstances, and an object thereof is to provide a game system capable of proceeding with a plurality of play modes in parallel. Another object of the present invention is to provide a technique for improving the entertainment of a game system in which a plurality of players play sequentially.
[0006]
[Means for Solving the Problems]
In order to solve such a problem, in the present invention, during the progress of the first mode in which a plurality of players play sequentially, a player who has entered a second mode in which play is different from the first mode occurs. In this case, the first mode and the second mode are advanced in parallel. In the first mode, the player who is playing in the second mode is skipped, and the player who is playing in the first mode. Let's play in order.
[0007]
The control technique described above includes a first control unit that controls a first mode in which a plurality of players play in order, and a second mode in which at least one of the plurality of players plays differently from the first mode. And a second control unit that controls the game machine. In this game apparatus, when the player who should play in the first mode is playing in the second mode, the first controller skips the player and causes the next player to play.
[0008]
DETAILED DESCRIPTION OF THE INVENTION
FIG. 1 shows the overall configuration of the game system according to the embodiment. The game system includes a video game device 100 that executes a game program, a controller 170 that receives a user operation and sends the operation to the video game device 100, a display device 180 that displays an image generated by the video game device 100, and the video game device 100. The speaker 190 which outputs the audio | voice produced | generated by is provided. This game system provides an awesome game in which a plurality of players roll in order to advance a square on the map. Each player gains money and increases their savings while experiencing various events that occur according to the attributes of the masses that have passed or stopped. In this game system, a “matching mode” is provided in which a player-type mini-game is played between players in the middle of a normal game, and a winning prize is awarded to the winning player. The game is progressing while sandwiching a mini-game of the match type on the way, and the player who has the most money at the end of the game becomes the winner. Here, the word “player” is used to mean any of the subject performing the operation and the character displayed on the screen according to the operation. The operating subject of the character may be a person or a computer. The term “user” is used to explicitly indicate a person as an operation subject.
[0009]
The video game apparatus 100 includes an arithmetic processing unit 110, a RAM 120, an input / output control unit 130, a drive device 140, a display control unit 150, and an audio control unit 160. These components are electrically connected by a signal transmission path such as the bus 102. The drive device 140 is a device for connecting a recording medium 200 that stores a program for causing the video game device 100 to implement the game control method described in connection with the embodiment. The recording medium 200 is a computer-readable medium such as a CD-ROM, DVD, or FD. When the recording medium 200 is inserted into the drive device 140, the program is read out to the RAM 120 or the like via the input / output control unit 130. In addition, the input / output control unit 130 sends a signal input from the controller 170 to the arithmetic processing unit 110.
[0010]
The arithmetic processing unit 110 executes the program read into the RAM 120 and performs the game control process of the present embodiment. The arithmetic processing unit 110 may be realized by general-purpose hardware such as a CPU, or may be realized by dedicated hardware. The arithmetic processing unit 110 includes a first control unit 112 that controls the “Sugoroku mode”, which is a normal game mode, and a second control unit 114 that controls the “battle mode” inserted in the midst of the “Sugoroku mode”. And an image synthesis unit 116 that synthesizes the screens generated by the respective control units. The first control unit 112 receives a play operation such as swinging dice in order from a player who is playing in the “Sugoroku mode”, performs a process according to the operation, and prompts the next player to perform the operation when the process ends. The second control unit 114 presents a screen for a battle-type mini game to the player who has shifted to the battle mode, and receives an operation from the player to control the mini game.
[0011]
At the start of the game, all the players play in “Sugoroku mode”, so the first control unit 112 performs control, and when an arbitrary player shifts to “match mode” on the way, the second control unit 114 sets “match mode”. Is controlled. Even while the “match mode” is in progress, the first control unit 112 causes the player who is not in the match to play “Sugoroku mode”. At this time, the first control unit 112 skips the player who has played in the “Sugaroku mode” and is playing in the “match mode”, and plays to the next player in the next order. Control to That is, as long as there is a player who is not playing a match while the game is in progress, the first control unit 112 always advances the play in the “Sugoroku mode”, while the second control unit 114 has a player who shifts to the “match mode”. Only when it occurs, advance the “battle mode” in parallel with the “Sugoroku mode”. As a result, while one player is playing in the “match mode”, other players can continue to enjoy the “Sugoroku mode” play.
[0012]
The winner of the mini-game in the “match mode” is awarded a prize money equivalent to the player's money. Also, every mini game player is given a card with various functions or attributes. As described above, the player can obtain some profit by participating in the “matching mode”. The main play mode, “Sugoroku Mode”, is not a game for the end of the goal, but a game that competes for some of the money at the end of the game. Participating in the “Competition Mode” and skipping the “Sugoroku Mode” play order does not necessarily lead to a disadvantage. The player may select whether to continue playing in “Sugoroku Mode” or participate in “Battle Mode” depending on the situation.
[0013]
The image synthesizing unit 116 synthesizes the “Sugaroku Mode” screen generated by the first control unit 112 and the “Battle Mode” screen generated by the second control unit 114. Normally, the image composition unit 116 outputs only the screen for the “Sugoroku mode”, but during the play of the “match mode”, the screen for the “Sugoroku mode” and the screen for the “match mode” are combined. Output. The screen for “Competition Mode” may be combined to overwrite a part of the screen for “Sugoroku Mode”, or it may be combined into a space created by reducing the screen for “Sugoroku Mode”. Also good. In short, it is only necessary to display the screen for “competition mode” so as not to hinder the play of “Sugoroku mode”. Thereby, the “Sugoroku mode” and the “battle mode” can proceed in parallel. Note that when all players are playing in the “battle mode”, the entire screen may be a screen for the “battle mode”.
[0014]
The display control unit 150 performs control for displaying the image generated by the image composition unit 116 on the display device 180. The sound control unit 160 performs control for outputting the sound generated by the arithmetic processing unit 110 to the speaker 190. The functions of the display control unit 150 and the audio control unit 160 are also realized by a CPU or other hardware.
[0015]
The RAM 120 stores various tables, databases, variables, and the like used by the arithmetic processing unit 110, the display control unit 150, and the voice control unit 160. The RAM 120 includes a player attribute value table 122 and a mass management table 124 necessary for the progress of the game. These specific configurations will be described later.
[0016]
The controller 170 includes various buttons, levers, switches, analog sticks, and the like for receiving user operations. In particular, the present embodiment includes a pressure-sensitive button 172 that can sense the degree of pressing by the user. The pressure-sensitive button 172 is mainly used for playing a mini game in the “battle mode”.
[0017]
FIG. 2 shows internal data of the player attribute value table 122. The player attribute value table 122 includes a player ID column 300, a wallet column 302, a card column 304, a current cell column 306, a step count column 308, a match count column 310, a match entry flag column 312, and a match flag column 314. ing. In the present embodiment, it is assumed that a game is played with four players. As described above, the player may be a person or a virtual player operated by the video game apparatus 100.
[0018]
The wallet column 302 is provided with a column for storing 10 coins, and each coin is one of a 1-yen coin, 5-yen coin, 10-yen coin, 50-yen coin, 100-yen coin, or 500-yen coin. Is stored. As will be described later, coins can be obtained when the player stops at a “money” box, goes around the map, or wins a battle game with another player. Since only 10 coins can be stored in the wallet column 302, when 10 coins are accumulated, no more coins can be acquired. However, the money can be exchanged for expensive coins using a currency exchange function such as a “exchange” box. This will allow you to earn coins again.
[0019]
The card column 304 is provided with a column for storing five cards, and stores the type of card acquired by the player. Various functions or attributes are given to the card. For example, there are types such as “move to the next five squares”, “drop money”, and “make a mini game play on the computer”. In FIG. 2, the types of these cards are represented by numbers. Each player can use his own cards or embed them in the currently stopped square instead of rolling the dice when they are in their playing order. Embedding in a square means giving the function or attribute of the card to the square. For example, if a “drop money” card is embedded in a square, the square is given the attribute “drop money” and the square loses money from the wallet of the player who stopped. In other words, a card having a disadvantageous attribute can be used as a trap that is disadvantageous to other players by embedding it in a cell instead of exercising itself. In this way, by allowing each player to change the attribute of the cell, the entertainment of the game can be improved. The rule that a trap can be set on a square has a more important meaning in a super game that circulates a loop-like map as in this embodiment. This is because a player who has already passed a trapped square has the possibility to go around and stop at that square.
[0020]
The current cell column 306 records the cell number currently stopped by the player. The step count column 308 records the number of steps the player has advanced on the map. The number-of-matches field 310 records the number of times a player has played a match game with another player. As will be described later, the value of the number of steps and the number of battles is used to determine the amount of salary when the salary is acquired in the “save” box.
[0021]
The battle entry flag column 312 indicates whether or not the player is entering the battle game. “1” indicates that entry is in progress, and “0” indicates that entry is not in progress. In this embodiment, when 10 coins are stored in the wallet, the coin is automatically entered into the battle game. In the example of FIG. 2, the player whose player ID is “1” has 10 coins stored in his wallet, so the battle entry flag is “1”. Here, when other players enter the battle game, those players enter the battle mode, and a battle-type mini-game starts.
[0022]
The battle flag column 314 indicates whether or not the player is participating in the battle game. “1” indicates that the user is participating, and “0” indicates that the user is not participating. In the example of FIG. 2, a player with a player ID “2” and a player “4” are participating in the battle game. Since these players cannot participate in the normal sugoroku mode play, in the sugoroku mode, these players are skipped and players “1” and “3” play sequentially. That is, the first control unit 112 refers to the in-competition flag column 314 and causes players who are not participating in the competitive game to play “Sugoroku Mode” in order.
[0023]
FIG. 3 shows internal data of the mass management table 124. The mass management table 124 includes a mass ID column 400, a mass name column 402, and a parameter column 404. The square ID column 400 stores the order of squares on the map. In the example of FIG. 3, the amazing map is composed of 50 cells, and the next cell after the 50th cell is the first cell. That is, the player goes around the map composed of 50 squares. The square name column 402 stores the name of the square. The parameter column 404 stores necessary parameters according to the attribute of the cell.
[0024]
The card trap field 406 stores the type of card embedded in the cell. When the player selects an operation to embed a card in a cell and instructs to change the attribute of the cell, the first control unit 112 records the type of the embedded card in the card trap field 406 of the stopped cell. And change the attribute of the cell. In addition, when a card is embedded in a square where the player has stopped, the first control unit 112 performs processing for the player according to the function or attribute of the card.
[0025]
The “saving money square” is a square serving as a starting point, and each time the player makes one lap and passes this square, the first control unit 112 multiplies the number of steps of the player by 10 yen, Give the player a salary equal to the sum of the number of matches multiplied by 100 yen.
[0026]
The “money” mass is a mass where a stopped player can pick up money, and there are six types of money that can be picked up: 1, 5, 10, 50, 100, 500 yen. . Each “money” box has 10 coins, and the player can pick up 1 to 10 coins according to the storage status of his wallet. For example, a “money” cell with a cell ID “2” can pick up “1 yen” coins, 5 coins have already been picked up, and the rest are 5. The “money” cell with the cell ID “8” can pick up “5 yen” coins, and the remaining number is 10. The first control unit 112 receives the number of coins to be picked up from the player stopped in the “money” box, stores the coins in the wallet 302 of the player, and subtracts the remaining number of coins in the box. . In addition, the first control unit 112 sets the types of coins that can be picked up by the “money” box from which all ten coins have been picked up to 1 yen, 5 yen, 10 yen, 50 yen, 100 yen, 500 yen, 1 Change in the order of circle,. Since the amount of coins that can be picked up by the “money” box increases with the progress of the game, it can be reversed in the second half of the game, and entertainment can be improved.
[0027]
The “exchange” cell is a cell that can exchange the contents of the player's wallet that has passed. The 1st control part 112 receives the necessity of exchange from the player who passed this square, and exchanges the coin stored in the wallet column 302 of the player who wished to exchange. For example, when a player whose player ID is “4” desires to exchange money, five 1-yen coins and 1 5-yen coin are exchanged for one 10-yen coin. As a result, the wallet 302 of the player “4” stores five coins in total, that is, two 10 yen coins and three 1 yen coins, and can acquire five more coins. become.
[0028]
The “money” box is a box that collects the contents of the wallet from the stopped player in the money box. The first control unit 112 deletes coins from the wallet field 302 of the player who has stopped on this square, and adds the amount in the money box by that amount. The “money return” cell is a cell that gives the stopped player the money in the money box. The first control unit 112 deletes coins from the coin box by the number of vacant columns in the wallet column 302 of the player who has stopped in this square, and stores them in the wallet column 302.
[0029]
The “donation” box is a box that gives the contents of the wallet of the stopped player to other players. The first control unit 112 deletes the coin from the wallet column 302 of the player who has stopped on this square, and stores it in the wallet column 302 of the other player.
[0030]
The “card vending machine” cell is a cell on which a stopped player can purchase a card. The 1st control part 112 presents the card | curd which can be purchased, and its money amount with respect to the player stopped to this square, and receives the hope of purchase from a player. When the player purchases a card, the value of the card is subtracted from the wallet column 302 and the purchased card is stored in the card column 304. You can also exchange money in the “Card Vending Machine” box.
[0031]
A “gachapy” mass is a mass that causes a stopped player to purchase a card at random. The first control unit 112 deletes the coin stored in the rightmost of the wallet column 302 of the player stopped in this square, and stores a randomly selected card in the single card column 304.
[0032]
A “vehicle” mass is a mass that moves a player who has a ticket to ride a vehicle to a “discard” mass. When the player who owns the ticket passes this square, the first control unit 112 changes the current square column 306 of the player to a square corresponding to the “discard” square of the vehicle.
[0033]
The “master” mass is a mass that is transferred to a battle game with a master when a player whose possession reaches a target amount passes. When the player whose total coin amount stored in the wallet field 302 reaches a predetermined target amount passes through this square, the first control unit 112 plays a battle game with the teacher on that player. Let me play. If the player loses the match with the teacher, the game will continue. When a player wins a match against a teacher, the player is awarded a prize and the game ends. At this point, the player with the most money is the winner of the game.
[0034]
As described above, the first control unit 112 generates an event according to the attribute of the square that the player has passed or stopped, and performs a process corresponding to the event. In this embodiment, the sugoroku map is set to travel around Japan, and the first control unit 112 generates events according to the location and season in addition to events according to the mass attributes. Process according to the event.
[0035]
FIG. 4 is a flowchart showing a procedure of the game control method of the present embodiment. When the game is started, the player ID of the player who plays first, “1” in this case, is set in the control variable PID (S100). Subsequently, the first control unit 112 refers to the in-match flag column 314 of the player attribute value table 122 and determines whether or not a player whose player ID is PID is in a match (S102). If this player is not in a match, play "Sugoroku Mode". That is, an instruction for a play operation such as “roll a dice”, “use a card”, “fill a card” or the like is received from the player (S104), and a process corresponding to the instruction is performed (S106). Next, it is determined whether or not the game is over (S108). If the game is not over (N in S108), the next player ID is set in the PID (S110), the process returns to S102, and the player plays again. It is judged whether or not it is in the middle, and if it is not in a match, the play of “Sugoroku Mode” proceeds. The above procedure is repeated until the game ends.
[0036]
In S102, when the player to be played next is playing in the “competition mode” (Y in S102), the “Sugoroku mode” play (S104 and S106) is skipped, and the process proceeds to S110. Then, the player ID of the next play order is set in the PID, and the process returns to S102, where it is determined whether or not the player is in a battle, and if it is not in a battle, the play of “Sugoroku Mode” is advanced.
[0037]
When the player shifts to the “battle mode”, the first control unit 112 changes the in-fight flag column 314 of the player in the player attribute value table 122 to “1” indicating that the player is competing. Then, the second control unit 114 controls the “battle mode”. Players in the match cannot participate in the “Sugoroku Mode” play until the “Battle Mode” ends.
[0038]
FIG. 5 shows an example of a map used in the “Sugoroku mode”. A map configured in a loop shape by a plurality of cells is displayed.
[0039]
FIG. 6 shows an example of the “Sugoroku Mode” screen. At the top of the screen, there are columns for displaying each player's money, wallet contents, status, and the like. A part of the map is displayed at the bottom of the screen. Player “A” is stopped on the “money” box of “1 yen coin”, and player “B” is stopped on the “savings” box. A state of waving is displayed. In this way, when each player's turn turns, each player plays, such as rolling a dice, using a card, filling a card, and so on, and advances the map.
[0040]
FIG. 7 shows the player stopping at the “money” box. When the player “C” stops at the “money” box of “1 yen coin”, the number of coins remaining in the box is displayed and a screen for accepting the number of coins to be picked up is presented. Here, when the number of coins picked up by the player is instructed, a one-yen coin is added to the wallet of the player “C” by that number.
[0041]
FIG. 8 shows a state where the player has stopped at the square in which the card is embedded. Player “B” has stopped at “money” box of “5-yen coin”, but player “A” has embedded “anytime savings” card in this box, so player “B” has changed to “ 100 yen is given to "A".
[0042]
FIG. 9 shows a state in which an event according to time has occurred. Currently, the date is “December 24th”, but since this day is “Christmas Eve”, an event corresponding to that is occurring.
[0043]
FIG. 10 shows an example of a screen in which two players are playing in the “battle mode”. The player “A” and the player “C” shift to the battle mode and play a battle-type mini game. At this time, the screen for the mini game is displayed in the window on the left side of the screen, and the screen for the normal “Sugaroku mode” is continuously displayed in the other portions. Since the player “B” and the player “D” are not in a match, the two players play “Sugoroku Mode” alternately until the end of the mini-game.
[0044]
FIG. 11 shows an example of a screen in which three players are playing in the “battle mode”. The player “A”, the player “C”, and the player “D” have transitioned to the “battle mode”, and only the player “B” is playing in the “Sugoroku mode”. At this time, in “Sugoroku Mode”, player “B” plays continuously.
[0045]
FIG. 12 shows an example of a screen in which four players are playing in the “battle mode”. Since all the players have shifted to the “competition mode” and there is no player who plays “Sugoroku mode”, the entire screen is used for the “competition mode”. FIG. 13 shows an example of a screen in which four players are divided into two players and playing in the “battle mode”. In the window on the left side of the screen, the player “C” and the player “D” are competing, and in the window on the right side of the screen, the player “A” and the player “B” are competing. Playing in "Sugoroku Mode" will be resumed from the two who finished earlier.
[0046]
The present invention has been described based on the embodiments. This embodiment is an exemplification, and it will be understood by those skilled in the art that various modifications can be made to each component and combination of each processing process, and such modifications are within the scope of the present invention.
[0047]
In the embodiment, the example in which the game control program is recorded in the recording medium 200 has been described. However, in another example, the program may be transmitted from an external server regardless of wireless or wired. Good. When the video game apparatus 100 includes a recording medium such as a hard disk, the program may be stored in the hard disk in advance.
[0048]
In the embodiment, the case where the loop-shaped map is circulated in the “Sugoroku mode” has been described, but in another example, the map may be a one-way map in which a start and a goal are provided, or two or more It may be configured to go back and forth between the maps.
[0049]
In the embodiment, as an example of the first mode, a case where a superb game is played has been described, but there is no particular limitation as long as a plurality of players play in order, for example, mahjong, golf, card game, Board games etc. are mentioned. In addition, as an example of the second mode, a case where a battle-type mini game is performed has been described, but any other game may be used.
[0050]
【The invention's effect】
According to the present invention, it is possible to provide a game system capable of proceeding with a plurality of play modes in parallel. In addition, it is possible to improve the entertainment of a game system in which a plurality of players play in order.
[Brief description of the drawings]
FIG. 1 is a diagram showing an overall configuration of a game system according to an embodiment.
FIG. 2 is a diagram showing internal data of a player attribute value table.
FIG. 3 is a diagram showing internal data of a mass management table.
FIG. 4 is a flowchart showing a procedure of a game control method according to the embodiment.
FIG. 5 is a diagram showing an example of a map used in “Sugoroku mode”;
FIG. 6 is a diagram illustrating an example of a “Sugoroku mode” screen.
FIG. 7 is a diagram showing a state where a player has stopped at a “money” cell.
FIG. 8 is a diagram illustrating a state in which a player stops at a square in which a card is embedded.
FIG. 9 is a diagram illustrating a state in which an event corresponding to a time has occurred.
FIG. 10 is a diagram showing an example of a screen in which two players are playing in the “battle mode”.
FIG. 11 is a diagram showing an example of a screen in which three players are playing in the “battle mode”.
FIG. 12 is a diagram showing an example of a screen in which four players are playing in the “battle mode”.
FIG. 13 is a diagram showing an example of a screen in which four players are divided into two players and playing in the “battle mode”.
[Explanation of symbols]
DESCRIPTION OF SYMBOLS 100 Video game device, 102 Bus | bath, 110 Arithmetic processing part, 112 1st control part, 114 2nd control part, 116 Image composition part, 122 Player attribute value table, 124 Mass management table, 150 Display control part, 160 Voice control part , 170 controller, 172 pressure sensitive button, 180 display device, 190 speaker, 200 recording medium.

Claims (9)

A first control unit that controls a first mode in which a plurality of players play in order;
A second controller that controls a second mode in which at least one of the plurality of players plays differently from the first mode;
A table storing information indicating whether or not the plurality of players are playing in the first mode;
The first control unit refers to the information in the table, and confirming means for confirming whether or not a player who should play the first mode next is playing in the first mode. ,
Next, when the player who should play in the first mode is playing in the first mode, the player accepts a play operation from the player, performs a process according to the operation, and then performs the process in the first mode. And a executing unit that skips the player when the player to play is playing in the second mode and causes the next player to play. The second control unit is configured to advance the second mode in parallel with the first mode when a player transitions from the first mode to the second mode occurs. The game device according to claim 1. The first mode is a mode in which a game of a superb form is played, in which each player sequentially proceeds on a map composed of a plurality of squares, and an event is generated according to the attribute of the square that the player has passed or stopped. The game device according to claim 1, wherein The game apparatus according to claim 3, wherein the first control unit can change a square attribute according to an instruction from a player. 5. The game apparatus according to claim 1, wherein the second mode is a mode for playing a battle game in which players play against each other. During the second mode of play, the first screen for simultaneously displaying a first screen for play in the first mode and a second screen for play in the second mode; The game apparatus according to claim 1, further comprising an image composition unit that composes the second screen. When a first mode in which a plurality of players play sequentially and a second mode in which at least one of the plurality of players plays differently from the first mode,
  The checking means of the first control unit for controlling the first mode refers to a table storing information indicating whether or not the plurality of players are playing in the first mode. Checking whether a player who should play in the mode is playing in the first mode;
  When the confirmation means confirms that the next player who should play in the first mode is playing in the first mode, the execution means of the first control unit performs a play operation from the player. Accepting and performing processing according to the operation;
  When the confirmation means confirms that the next player who should play the first mode is playing the second mode, the execution means skips the player and Step to let the players play,
  A game control method comprising: When a first mode in which a plurality of players play sequentially and a second mode in which at least one of the plurality of players plays differently from the first mode,
  The checking means of the first control unit for controlling the first mode refers to a table storing information indicating whether or not the plurality of players are playing in the first mode. Check whether the player who should play in the first mode is playing in the first mode. Function to
  When the confirmation means confirms that the next player who should play in the first mode is playing in the first mode, the execution means of the first control unit performs a play operation from the player. Function to accept and process according to the operation,
  When the confirmation means confirms that the next player who should play the first mode is playing the second mode, the execution means of the first control unit skips the player. And the function to let the next player play,
  A computer program for causing a computer to realize the above. When a first mode in which a plurality of players play sequentially and a second mode in which at least one of the plurality of players plays differently from the first mode,
  The checking means of the first control unit for controlling the first mode refers to a table storing information indicating whether or not the plurality of players are playing in the first mode. A function for confirming whether or not a player who should play in the mode is playing in the first mode;
  When the confirmation means confirms that the next player who should play in the first mode is playing in the first mode, the execution means of the first control unit performs a play operation from the player. Function to accept and process according to the operation,
  When the confirmation means confirms that the next player who should play the first mode is playing the second mode, the execution means of the first control unit skips the player. And the function to let the next player play,
  The computer-readable recording medium which recorded the program for making a computer implement | achieve.

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