JP3899107B2 - GAME SYSTEM AND GAME INFORMATION CONTROL METHOD - Google Patents

Description

  The present invention relates to a game system in which a game is played among a plurality of players and an information control method related to the game.

In a game played between a plurality of game machines connected via a communication line, a game system in which a player evaluates the play of other players and combines the players is already known (for example, Patent Document 1 and Non-Patent Document 1). Patent Document 1).
JP 2003-281142 A “Battle Climax”, Monthly Arcadia June issue (No. 49), published by Enterbrain Co., Ltd., June 1, 2004, Volume 5, Volume 6, Volume 49, P24-31

  However, the evaluation in the conventional game system is based on the objective data of each player such as the winning rate based on the past game results, the number of times the game is used, the profile, etc. In such objective data, It is not easy to judge subjective factors. Further, when there are conflicting subjective elements such as a play style in a professional wrestling game, it is desirable to reflect both subjective elements in the game, but such a game system does not exist. Therefore, in a game where the play style strongly influences the game content, there is a problem that neither player can fully enjoy the game if the combined play style is different.

  Therefore, an object of the present invention is to provide a game system and a game information control method that reflect a plurality of subjective elements related to a player in a game.

  The present invention solves the above-described problems by the following means. In order to facilitate understanding of the present invention, reference numerals in the accompanying drawings are appended in parentheses, but the present invention is not limited to the illustrated embodiment.

The game system (GS) of the present invention identifies a plurality of game machines capable of transmitting and receiving data via a communication line (N) and a plurality of players (P) operating each of the plurality of game machines. Player information storage means (D, G40) in which player information (40) including history evaluation, which is a history of evaluation of the player's play, is stored in association with the player identification information (41). A game system in which a game is performed among players combined by a predetermined method, wherein each game machine of the plurality of game machines includes a player operating the game machine and a combination with the player. Game control means (G70) for controlling a game played with another played player, and the play contents of the game For each of the evaluation items, opponent evaluation acquisition means (G70, G50) for acquiring an evaluation of the other player by the player operating the game machine, and opponent evaluation acquisition means of the game machine of the other player The player who operates the game machine according to each of the plurality of evaluation items obtained by the evaluation of the acquired self with respect to each of the plurality of evaluation items is acquired as an evaluation for the player who operates the game machine acquired by A history evaluation update means (G70) for updating a history evaluation corresponding to the evaluation item included in the player information, and a state in which an operation by the player operating the game machine is requested by the game control means, History to perform processing based on the player information history evaluation in a predetermined case And a value processing means (G70), the history evaluation processing unit, said value with reference to the history evaluation is Ru contained in the player's player information to operate the game machine, corresponding to the history evaluation of their as the coordinate values in the configured coordinate space (alpha) in the respective coordinate axes of said plurality of evaluation items, evaluation position specifying means for specifying an evaluation position of the players in the coordinate space (HP), the evaluation position specifying means possess an evaluation position processing means for determining the operation content to the request in accordance with the specified evaluation position by the game control means, the operation content determined by the evaluation position processing means, said the game machine The above-mentioned problem is solved by proceeding with the game as an operation by an operating player .

  In the present invention, the evaluation regarding the play content of the player is evaluated by the play partner, and the process regarding the game is performed based on the history of the evaluation. A game that takes into account the subjective factors of the player is performed, and the player's evaluation is judged by the evaluation when viewed from the opponent rather than the evaluation by the player himself, and the player himself evaluates himself / herself A fair and accurate evaluation can be made.

  In addition, a plurality of evaluation items are prepared, each history evaluation is treated as a coordinate value, and the position in the coordinate space constituted by the coordinate axes corresponding to each evaluation item is set as the evaluation position of the player. As an evaluation relating to play, it is possible to comprehensively grasp the relative relationship between a plurality of evaluation items. Therefore, even when a huge number of players exist, it is easy to recognize which player is in what kind of tendency for each evaluation item, and each evaluation item is treated as a coordinate value of the evaluation position. Therefore, it can be handled geometrically.

  The number of evaluation items is not limited, and for example, the history evaluation when there are n evaluation items is a coordinate value of n-dimensional coordinates. Therefore, according to the present invention, a plurality of subjective elements can be comprehensively reflected in the game by geometrically grasping the relative relationship between the plurality of subjective elements.

Further, according to the present invention, even when the player does not operate the game machine, an operation corresponding to the play tendency of the player is determined, and the game can be advanced by the determined operation. Since the operation is determined based on the evaluation position corresponding to the player, a game that seems to be that player can be advanced rather than a predetermined operation, and the interest of the game can be enhanced.

When the game control means determines that the player operating the game machine has not operated the game machine within a predetermined input time during the game, the evaluation position specifying means determines the evaluation position. In particular, the evaluation position processing means may determine the operation content . As a result, in a game in which the time for which the game machine can be operated is limited, even if the player cannot operate, the game according to the play tendency of the player can be advanced. Therefore, there is no need to wait until the player inputs, and the game can be advanced based on the player's play tendency without losing the tempo and tension of the game.

The game is a professional wrestling game, and the plurality of evaluation items include an entertainment importance level as a professional wrestling evaluation and a victory importance level as a competitive game, and the coordinate space is divided into a plurality of regions. The evaluation position specifying means specifies the evaluation position of the player with reference to the history evaluation corresponding to each of the player's importance of winning and the boxing importance, and the evaluation position processing means is the specified The operation content may be determined by determining in which of the plurality of regions the evaluation position is included, and performing processing according to the included region. As a result, different processing can be performed for each area of the coordinate space constituted by the evaluation items, and therefore, characteristic processing can be performed for the evaluation in consideration of the relative relationship between the evaluation items in each region.

  The process according to the area is based on the standard for carrying a game in actual professional wrestling in the area where the emphasis on performance is high, and in the area where the emphasis on performance is low, It may be a process of winning. As a result, in areas where the emphasis on performance is high, processing is performed based on processing that is unique to professional wrestling, so players who are highly evaluated for emphasis on performance follow the progress of the game that emphasizes the pro-wrestling character rather than winning. Can play games. Also, in an area where the boxing emphasis level is low, processing is performed in accordance with the winning / losing criteria in the game, so that a player who is evaluated as having a low boxing emphasis level plays a game according to the progress of the game aimed at winning the opponent. It can be performed.

According to the game information control method of the present invention, a game can be played with a player (P) of another game machine via a communication line (N), and a plurality of players operating each of the plurality of game machines can be controlled. It is possible to access player information storage means (D, G40) in which player identification information (41) that identifies each other is stored in association with player information (40) including history evaluation that is a history of evaluation of the player's play. An information control method related to a game to be performed by a control unit (G70) of a game machine, wherein the control unit includes opponent evaluation acquisition means, history evaluation update means, history evaluation processing means, and game control means, the other party evaluation means, for each of the plurality of evaluation items related to the content of play of the game, the players to operate the game machine That the procedure for acquiring the evaluation of the other players, the history evaluation updating means, of the evaluation of the player operating the the game machine that is acquired by the other players in the game machine of the partner evaluation acquisition means to self Acquired as an evaluation, and updates the historical evaluation corresponding to the evaluation item included in the player information of the player who operates the game machine by the acquired evaluation to the self for each of the plurality of evaluation items When the procedure and the history evaluation processing means are in a state where an operation by the player operating the game machine is requested during the game, the history included in the player information of the player operating the game machine in a predetermined case Refers to the evaluation, and the value corresponding to the historical evaluation is expressed on each coordinate axis of the plurality of evaluation items. As coordinate values in the coordinate space (alpha) to be made, identifies the evaluation position of the players in the coordinate space (HP), a procedure for determining the operation content to the request in accordance with the specified evaluation position, the The game control means includes a procedure for proceeding a game with the other game machine as an operation by the player operating the game machine, with the operation content determined by the history evaluation processing means as described above. To solve.

  In the present invention, the evaluation regarding the play content of the player is evaluated by the play partner, and the process regarding the game is performed based on the history of the evaluation. Therefore, similarly to the game system of the present invention, a game is performed in which the subjective factors of the player are taken into account, and a more fair and accurate evaluation can be performed than when the player himself evaluates himself / herself. In addition, multiple evaluation items are prepared, and by treating the historical evaluation of each as a coordinate value, the relative relationship of the multiple evaluation items related to each player's play can be specified as the evaluation position, and can be easily grasped. it can.

The plurality of players includes a virtual player using a computer. Accordingly, in the game of the present invention, the player information regarding the virtual player and the player information regarding the actual player are stored in one game machine when the game is played between actual players operating each of the plurality of game machines. And a case where the game is performed with a virtual player. Moreover, there is no restriction | limiting in the number of several evaluation items, For example, log | history evaluation in case of n evaluation items becomes a coordinate value of n-dimensional coordinate. Therefore, according to the present invention, a plurality of subjective elements can be comprehensively reflected in the game by geometrically grasping the relative relationship between the plurality of subjective elements. Further, according to the present invention, even when the player does not operate the game machine, the operation according to the play tendency of the player is determined, and the game can be advanced by the determined operation. Since the operation is determined based on the evaluation position corresponding to the player, a game that seems to be that player can be advanced rather than a predetermined operation, and the interest of the game can be enhanced.

  As described above, according to the present invention, each of a plurality of evaluation items is evaluated by the other party for the self, and a value corresponding to a history evaluation that is a history of the evaluation is configured on each coordinate axis of the plurality of evaluation items. As a coordinate value in the coordinate space, the evaluation position of each player in the coordinate space is specified, and a plurality of subjective elements related to the player are reflected in the game by performing processing related to the game based on the specified evaluation position. A game system or the like can be provided.

  FIG. 1 is a diagram showing an example of the game system GS of the present invention. In the game system GS, a plurality of game machines G1, G2, G3, G4 and a server machine S are connected via a communication network N so that data can be transmitted and received. A game data storage device D in which data relating to the game is stored is connected to the server machine S. Note that the game machines G1 to G4 only need to be able to transmit and receive data via the communication network N, and may be installed in the same store, for example.

  Players P1, P2, P3, and P4 operate each of the plurality of game machines G1, G2, G3, and G4. Hereinafter, when it is not necessary to distinguish the game machines G1, G2, G3, and G4 and the players P1, P2, P3, and P4, they are simply referred to as “game machine G” and “player P”. The player P that operates the game machine G is referred to as “player P of the game machine G”, and the game machine G that is operated by the player P is referred to as “game machine G of the player P”.

  In the game system GS in the present invention, a professional wrestling game using cards is performed by combining the players P of the two game machines G as opponents. The communication network N of this embodiment uses a public line such as the Internet, and each game machine G and server machine S has a unique IP address, and data is transmitted and received using the IP address.

  The server machine S performs matching processing described later, and transmits and receives data stored in the game data storage device D in response to a request from the game machine G. A schematic configuration diagram of the server machine S is shown in FIG. The server machine S includes a communication unit S10 that transmits / receives data to / from the game machine G, an input / output unit S20 that inputs / outputs data to / from the game data storage device D, and a control unit S30 that controls each unit of the server machine S. Have. The control unit S30 is configured as a computer including a CPU S31 and various peripheral circuits such as RAMS32 and ROMS33 necessary for its operation, and mainly functions as history evaluation processing means.

  The game machine G performs a professional wrestling game with another game machine G combined by the server machine S, and performs an evaluation process described later after the game ends. A schematic configuration diagram of the game machine G is shown in FIG. The game machine G inserts an operation unit G10 including various levers and buttons operated by the player P, a card reading unit G20 that reads data of a card that the player uses appropriately during game play, and an entry card that is used at the time of entry. The entry card input unit G21, the communication unit G30 for transmitting and receiving data with the server machine S and other game machines G, the storage unit G40 for storing various data relating to the game, the game progress status and various messages It has a monitor G50 to be presented to the player, a sound output unit G60 that outputs various sound effects, and a control unit G70 that controls the operation of each unit in the game machine G.

  The control unit G70 is configured as a computer including a CPU G71 and various peripheral circuits such as RAMG72 and ROMG73 necessary for its operation, and mainly functions as a game control means, opponent evaluation acquisition means, history evaluation update means, and history evaluation processing means. . The operation unit G10 includes a fall button for specifying a fall and a passive button for specifying a passive state, which will be described later.

  The game data storage device D stores wrestler information 20 that is information about each wrestler and technique information 30 that is information about each technique as data common to the game system GS. As shown in FIG. 4A, the wrestler information 20 includes the wrestler ID 21 unique to each wrestler, and the values of power 22, speed 23, technique 24, tough 25, and physical strength 26 that are the wrestler's battle parameters. It is associated. Each value of the battle parameter indicates the basic ability of each wrestler, and is fixedly set for each wrestler. Thereby, the game data storage device D functions as player information storage means.

  As shown in FIG. 4B, the technique information 30 includes a technique ID 31 unique to each technique, a power 32, a speed 33, a technique 34, a maximum damage degree 35, a consumption cost 36, and a technique parameter of the technique. Each level 37 value is associated. Power 32, speed 33 and technique 34 indicate the wrestler's ability required to use the trick. The maximum damage level 35 indicates the maximum level of damage that can be given to the opponent. The consumption cost 36 indicates the cost of possession required when using the technique. The cost of possession will be described later. Level 37 indicates to which level each technique belongs among a small technique, a medium technique, and a large technique. Level 1 corresponds to small skill, level 2 corresponds to medium skill, and level 3 corresponds to large skill. In addition, “reception” that is received only for a technique is also included in the technique.

  Furthermore, the game data storage device D stores player information 40 regarding each player P. An example of the configuration of the player information 40 stored in the game data storage device D is shown in FIG. The player information 40 is associated with a player ID 41 as information relating to the player P as player identification information unique to the player. The player information 40 includes a participation count 42, which is the number of times the player P has participated in the game, a game win rate 43, and a plurality of wrestler IDs 21. Each wrestler ID 21 is associated with history evaluation information 44 and a plurality of technique IDs 31, respectively. Each technique ID 31 is associated with an experience value 45.

  The wrestler ID 21 included in the player information 40 indicates the wrestler ID of the wrestler owned by the player P, and the technique ID 31 of the player information 40 is a technique ID of a technique registered as a technique used by the associated wrestler. . FIG. 5 shows that a player P owns a wrestler A and a wrestler B, and that three techniques are associated with the wrestler A and two techniques are associated with the wrestler B. The experience value 45 is a parameter indicating how much damage of the maximum damage degree 35 can be given to the opponent when the wrestler with the wrestler ID 21 applies the technique ID 31.

  The history evaluation information 44 is information relating to an evaluation history for the associated wrestler. In this embodiment, two evaluation items are provided: a performance-oriented level and a victory-oriented level. The box office emphasis is an item that evaluates the degree of emphasis on the fun of professional wrestling over the win or loss of a game in a professional wrestling game. It is an item to evaluate the degree. The history evaluation information 44 is configured by history evaluation that is a history of evaluation from the opponent for each evaluation item.

  Each history evaluation is a value in the range of −500 to +500, and the history evaluation information 44 is a coordinate space α in which the history evaluation of the emphasis on victory as shown in FIG. Is held as a coordinate value. For example, when the history evaluation information 44 is (300, 250), it indicates that the history evaluation of the victory importance level is 300 and the history evaluation of the performance importance level is 250. The position specified in the coordinate space α by the history evaluation information 44 is referred to as an evaluation position HP. Based on the evaluation position HP in the coordinate space α, it is possible to determine the play style of the wrestler, that is, the player who uses the wrestler, by combining the opposite play styles. Hereinafter, each history evaluation of the history evaluation information 44 is sometimes simply referred to as a box office importance degree and a victory importance degree. Further, how to obtain the history evaluation information 44 will be described later.

  In this embodiment, the player P possesses several types of wrestler cards R1... Rn and technique cards W1. Hereinafter, a wrestler corresponding to the wrestler card Rn is referred to as a wrestler Rn, and a technique corresponding to the technique card Wm is referred to as a technique m. In addition, when it is not necessary to particularly distinguish the wrestler card R1... Rn, the technique card W1... Wm, the wrestler R1... Rn, the technique W1... The technique Wm, “wrestler card R”, “technique card W”, “wrestler R” respectively. And “Technology W”.

  In the game, the player P can designate the wrestler R to the game machine G by causing the card reading unit G20 to read the wrestler card R, and the game machine G can be caused to read the technique card W by the card reading unit G20. On the other hand, the technique W can be designated. Hereinafter, letting the card reading unit G20 read the wrestler card R is referred to as “designating the wrestler R”, and causing the card reading unit G20 to read the technique card W is referred to as “designating the technique W”.

  The wrestler card R stores the wrestler ID 21 of the wrestler R drawn on the card. When the card reading unit G20 of the game machine G reads the wrestler card R, the wrestler information 20 held by the game machine G can be used using the wrestler ID 21 as a key. The technique ID 31 is stored in the technique card W, and the technique information 30 held by the game machine G can be used using the technique ID 31 as a key by causing the card reading unit G20 to read the technique ID 31.

  Hereinafter, various processes until the player P participates in the professional wrestling game provided by the game system GS and is evaluated will be described. First, with respect to the processing from when the player P enters the game until the combination with the opponent player P is determined, the player P1 of the game machine G1 enters and the opponent is determined to be the player P4. An example will be described with reference to the sequence diagram of FIG.

  When the player P1 performs a predetermined entry operation on the game machine G1 in order to enter the game, an entry process (step S100) is performed. In this embodiment, as an entry operation, the player P1 reads the entry card in which the player ID 41 is stored into the entry card input unit G21 and designates the wrestler R to participate in the game and a plurality of techniques W used by the wrestler R. As a result, the wrestler R to participate in the game and the technique W to be used are designated.

  In this embodiment, a case where the wrestler R1 is designated as the wrestler R participating in the game by the player P1 and the technique W1... Wn is designated as the technique to be used will be described. When the player ID 41 of the player P1 is read by the entry card, the wrestler ID 21 of the wrestler R1 is read by the wrestler card R1, and the technique ID 31 of each technique W1... W10 used in the game by the technique card W1. The game machine G1 transmits entry information including the read player ID 41, wrestler ID 21 and technique ID 31 to the server machine S.

  When the server machine S receives the entry information, the server machine S refers to the IDs 41, 21, and 31 included in the entry information and associates them with the player information 40 and the wrestler ID 21 associated with the player ID 41 from the game data storage unit. The wrestler information 20 and the technique information 30 associated with each technique ID 31 are extracted. For the extracted player information 40, the number of participations 42 and the win rate 43 are specified, the history evaluation information 44 and the technique ID 31 associated with the wrestler ID 21 included in the entry information are specified, and each specified The experience value 45 associated with the technique ID 31 is specified.

  Each piece of data specified by the above-described processing in the player information 40 is set as player information 40 of the player P1, and is transmitted to the game machine G1 together with the extracted wrestler information 20 and technique information 30. Hereinafter, the player information 40, the wrestler information 20, and the technique information 30 transmitted from the server machine S to the game machine G in the entry process are collectively referred to as battle data. The game machine G1 stores the received battle data in the storage unit G40. Thereby, the memory | storage part G40 functions as a player information storage means. At this time, the player ID 41 of the player P1 is associated with the wrestler information 20 and the technique information 30 included in the received battle data. Hereinafter, various data associated with the player ID 41 of the player P1 are referred to as “player P1 battle data”. This completes the entry process.

  When the game machine G1 receives the battle data of the player P1, the game machine G1 transmits a matching request including the player ID 41 of the player P1, the wrestler ID 21 of the wrestler R1 to participate in the game, and the history evaluation information 44 of the wrestler R1 to the server S (step S110). ). The server machine S that has received the matching request performs a matching process (step S120). When the player P1 and the player P4 are determined as the opponents by the matching process, a matching result notification informing the opponents is transmitted from the server machine S to the players P1 and P4 that are competing. Hereinafter, the player P4 is sometimes referred to as an opponent P4. Details of the matching process will be described later.

  When the game machine G1 receives the matching result notification (step S130), the game machine G1 transmits its own battle data to the IP address of the opponent P4 included in the received matching result notification (step S140). Further, the battle data of the opponent P4 transmitted from the opponent P4 is received, and the battle data is stored in the storage unit G40 (step S150). Then, it progresses to a battle process. The entry process similar to that of the game machine G1 is performed on the game machine G4 of the opponent P4.

  The matching process will be described with reference to the flowchart shown in FIG. The matching process is executed by the control unit S30 of the server machine S. The server machine S accepts the matching request transmitted from each game machine G during the entry time timer count set to a predetermined length (step S121). When the matching request is received, the player ID 41, the wrestler R history evaluation information 44, the wrestler ID 21 and the IP address indicating the transmission source included in the received matching request are associated with each other and stored in, for example, the RAMS32. It is determined whether or not the entry time timer has expired (step S122). If it is determined that the timer has not been typed up, the process returns to step S121 to continue accepting matching requests.

  If it is determined that the time is up, the entry time is closed, and the evaluation position HP of each player P who entered is specified (step S123). Thereby, control part S30 functions as an evaluation position specific means. Since the player P has a one-to-one correspondence with the wrestler R designated by the player, the evaluation position HP of the player P is the evaluation position HP of the wrestler R. In this embodiment, since the value of the history evaluation information 44 is held as the evaluation position of the coordinate space α, the history evaluation information 44 may be specified as a coordinate value as it is. For example, when the history evaluation information 44 of the wrestler R1 is (150, 125), the evaluation position HP1 of the player P1 is the position shown in FIG. Similarly, the evaluation positions HP2... HP3 of the players P2. Hereinafter, when it is not particularly necessary to distinguish, it is referred to as an evaluation position HP.

  After the evaluation position HP is specified for each player P, two evaluation positions HP included in a circle Q having a predetermined radius are specified. The players P corresponding to the two specified evaluation positions HP are combined as opponents (step S124). Thereby, control part S30 functions as an evaluation position processing means. The radius of the circle Q may be set in a fixed manner, or may be set as appropriate depending on the number of entered players P and the distribution of the evaluation positions HP. As shown in FIG. 11, although the evaluation position HP4 is included in the circle Q with respect to the evaluation position HP1, the evaluation position HP2 and the evaluation position HP3 are not included in the circle Q, so that the player P1 and the player P4 are the opponents. Unioned. On the other hand, since the evaluation position HP3 is included in the circle Q with respect to the evaluation position HP2, the player P2 and the player P3 are combined as opponents. Thereby, players P (wrestlers R) having similar play styles are combined by combining players P having similar history evaluations.

  When the combination of the entered players P is completed, a matching result notification including the combined player P's IP address as the opponent's IP address is transmitted to each player P (step S125). Therefore, in this embodiment, a matching result notification including the IP address of the game machine G4 of the player P4 is transmitted to the game machine G1, and a matching result notification including the IP address of the game machine G1 of the player P1 is transmitted to the game machine G4. The

  After the opponent is determined, a battle process, which is a process for a professional wrestling game as a battle game, is performed. The battle process will be described with reference to the flowcharts shown in FIGS. The battle process is performed by the control unit G70 of each game machine G. Thereby, the control part G70 functions as a game control means. In the present embodiment, a case will be described in which the player P1 and the player P4 are combined as opponents by the matching process and compete. Further, in this embodiment, the game machines G1 and G4 compete with each other, and the game machine G1 serves as a game server and the game machine G4 serves as a game client to advance the battle game. The battle process of the game machine G1 and the battle process of the game machine G4 are appropriately synchronized by a conventionally known method.

  Unless otherwise specified, when using each data included in the battle data of the player P1 in the game machine G1, the player ID 41 of the player P1 stored in the storage unit G40 of the game machine G1 is used as the key. When each data associated with the ID 41 is used and each data included in the battle data of the opponent P4 is used in the game machine G1, the player ID 41 of the opponent P4 stored in the storage unit G40 of the game machine G1 is used. Each data associated with the player ID 41 is used using as a key.

  Since each process of step S200 to step S245 is similarly performed in the game machine G1 and the game machine G4, the process for the game machine G1 will be mainly described. First, the game initial value is set (step S200). The initial values for the game include a wrestler R1 physical fitness parameter, cost, various timers including a game timer, a flag, and the like. The initial value of the physical strength parameter is the value of the physical strength 26 of the wrestler R1, and decreases according to the attack from the opponent. The physical strength parameter of the opponent P is also held so that it can be recognized during the game.

  The possession cost is a cost for using the technique W, and a predetermined value is given in advance as an initial value. The technique W which decreases according to the value of the consumption cost 36 of the technique W used and whose consumption cost 36 is larger than the technique W cannot be used. The game timer is a timer for measuring the elapsed game time. The control unit G70 determines whether the progress state of the current game is an early stage, a middle stage, or an end stage based on the elapsed time of the game timer.

  Next, it is determined whether or not it is a technique designation timing at which the technique W can be designated (step S210). If it is judged that the technique designation timing is reached, the technique designation timing set to a predetermined length is determined. The timer starts counting. Next, it is determined whether or not the technique W has been designated (step S220). When the player P1 causes one of the technique cards W to be read by the card reading unit G20 of the game machine G1, it is determined that the technique is designated. Hereinafter, the technique W designated by the player P1 is referred to as technique WP1.

  If it is determined that the technique WP1 has been designated, the process proceeds to step S245. If it is determined that the technique WP1 is not designated, it is determined whether or not the technique designation timing has ended (step S230). When the timer of the technique designation timing ends, it is determined that the technique designation timing has ended. If it is determined that the technique designation timing has not ended, the process returns to step S220. If it is determined that the technique designation timing has ended, the process proceeds to a technique determination process (step S240). In the technique determination process, the control unit G70 of the game machine G1 determines one technique W on behalf of the player P1. The technique determination process will be described later. Hereinafter, the technique W specified by the player P1 or P4 and the technique W determined by the technique determination process are also referred to as the technique WP1 of the player P1 or the technique WP4 of the player P4, respectively. After the technique determination process, the process proceeds to step S245.

  In step S245, the consumption cost of the technique WP1 is subtracted from the possession cost of the player P1, and the possession cost is updated. Thereafter, the technique enters a state of waiting for the technique ID from the game machine G4. On the other hand, in the game machine G4, after the technique WP4 of the player P4 is designated or determined, the technique ID of the technique WP4 is transmitted to the game machine G1 (step S250). The game machine G1 receives the technique ID transmitted from the game machine G4 (step S260), and performs technique result processing after receiving the technique ID from the game machine G4 (step S270). In the technique result process, it is determined which technique has been decided based on the technique information 30 of the technique WP1 of the player P1 and the technique WP2 of the player P4. The technique result processing will be described later.

  When the technique result processing ends, all the parameters used during the battle are transmitted from the game machine G1 to the game machine G4 (step S280), and the game machine G4 receives all the parameters transmitted from the game machine G1 (step S290). . After transmission / reception of all parameters, it is determined whether or not a fall is established in each of the game machines G1 and G4 (S300). Whether or not a fall is established is determined by the state of a flag indicating that the fall is established in a technique result process described later. If it is determined that a fall has not been established, the process returns to step S210, and the technique W returns to a state where it can be designated.

  On the other hand, when it is determined that a fall is established, for example, when the player P1 establishes a fall, the player P1 determines “win” and the opponent player P4 is “defeated”, and the winning / losing result is determined for each game machine G1. The game is displayed on the monitor G50 of G4, and the battle game is ended (step S310).

  The technique determination process will be described with reference to FIGS. In this embodiment, as shown in FIG. 14, the coordinate space α is divided into five evaluation areas A to E, and processing corresponding to each evaluation area is performed. Depending on the evaluation area where the evaluation position HP is located, the tendency of the wrestler R's play style is shown as follows. The evaluation area E indicates that the tendency of the play style is not yet clear. The evaluation area A indicates that the emphasis is on the performance and the emphasis on victory, the evaluation area B indicates that the emphasis is on the performance and does not stick to victory, the evaluation area C indicates that the emphasis is on victory and does not stick to the performance, the evaluation area D shows that it is not particular about box office or victory.

  The flow of the skill determination process performed in the game machine G1 will be described according to the flowcharts shown in FIGS. The technique determination process is performed by the control unit G70 of the game machine G. Thereby, the control part G70 functions as an evaluation position specifying means. First, the evaluation area to which the evaluation position HP1 of the player P1 belongs is specified (step S400). As described above, since the evaluation position HP1 of the player P1 is the evaluation position HP1 of the wrestler R1, the evaluation position HP1 is specified by referring to the history evaluation information 44 of the wrestler R1, and the evaluation position HP1 is located. What is necessary is just to specify an area | region.

  In this embodiment, regardless of the degree of emphasis on victory, when the emphasis on performance is -50 to +50, the evaluation area E, and when the emphasis on victory is 0 or more and the emphasis on entertainment is 50 or more, the evaluation area A and the emphasis on performance are 50. As described above, when the victory emphasis level is 0 or less, the evaluation area B, and when the emphasis on performance is −50 or less and the win emphasis degree is 0 or more, the evaluation area C, when the emphasis on performance is −50 or less and the victory emphasis is 0 or less. In this case, it is determined as the evaluation region D. Since the evaluation position HP1 of the player P1 is (150, 125), the evaluation area A is specified. Hereinafter, since the player P and the wrestler R designated by the player P are one-to-one, the technique of the wrestler R will be described as the technique of the player P.

  Next, when an evaluation area is specified, a process corresponding to the evaluation area is selected (step S410). If the specified evaluation area is A or B, the box office-oriented process is selected and the process proceeds to step S500, and if it is C or D, the victory-oriented process is selected and the process proceeds to step S600. In the entertainment-oriented processing, the skill W of the player P is determined on behalf of the player P who places a relatively high importance on the entertaining interest, and in the victory-oriented processing, the skill W of the player P is determined on behalf of the player P who is not particularly concerned with the performance. Is done. Thereby, the control part G70 functions as an evaluation position processing means. In this embodiment, since the identified evaluation area is A, the box office-oriented process is selected. The performance-oriented processing and the victory-oriented processing will be described later.

  On the other hand, when the evaluation position HP is in the evaluation area E, the process is determined by the proportion of the box office importance degree. The proportion of the box office emphasis level is a ratio corresponding to the box office emphasis value at the evaluation position HP when the minimum value of the range of the box office emphasis in the evaluation area E is 0% and the maximum value is 100%. For example, in the coordinate space β where the box office importance degree is set to the X axis and the box office importance ratio Y axis as shown in FIG. 18A, a point (minimum value of box office importance degree in the evaluation area E, 0%) and a point It is only necessary to obtain the proportion of the importance of entertainment corresponding to the entertainment importance of the evaluation position HP by the straight line L1 connecting (the highest value of entertainment importance of the evaluation area E, 100%). In this embodiment, since the performance area importance level is −50 to +50 as the evaluation area E, the performance importance level corresponding to the evaluation position HP by the straight line L1 connecting (−50, 0%) and (+50, 100%). What is necessary is just to obtain | require the ratio.

  According to the proportion of the importance of entertainment that is obtained by the above procedure, the entertainment-oriented processing is selected from the victory-oriented processing and the performance-oriented processing. In other words, when the proportion of the importance on performance is 50%, the entertainment importance processing is selected with a probability of 50%, and when the proportion is 30%, the entertainment importance processing is selected with a probability of 30%. The process of selecting according to the proportion of the entertainment importance may be performed by a known method.

  The entertainment-oriented process will be described with reference to the flowchart shown in FIG. In the entertainment-oriented processing, since the technique W is determined on behalf of the player P who places a relatively high importance on the entertainment at the entertainment, the technique W is selected in accordance with the pro-wrestling promises in actual professional wrestling. First, it is determined whether or not the technique W used last time is “receive” (step S510). For example, the technique ID of the previous technique W may be stored in, for example, the RAM G72, and it may be determined whether or not the technique ID is a technique ID corresponding to “reception”. If it is determined that it is not “receive”, “receive” is selected as the technique W (step S520).

  When it is determined that the previous time is “receive”, the level of the technique W to be selected is determined (step S530). In this embodiment, the skill level 37 is determined to be 1 at the beginning of the game, 2 or 3 at the middle, and 1 to 3 at the end. Therefore, when it is determined that the game timer is in the beginning, the level 37 of the selected technique W is determined to be 1. After that, among the techniques W associated with the wrestler R designated by the player P, the technique ID, experience value 45 and consumption cost 36 for the technique W corresponding to the determined level are extracted from the battle data (step S540). . Hereinafter, all techniques extracted according to the determined level are referred to as selectable techniques. A selection method for selecting one technique W from the selectable techniques is determined based on the ratio of the emphasis on victory (step S550). In this embodiment, two types of methods for selecting the technique W are prepared. One is a victory-oriented selection that is selected from strong techniques among selectable techniques, and the other is an unlimited selection that is selected from all selectable techniques.

  The determination based on the ratio of the importance degree of victory may be performed in the same manner as the case where the processing is determined based on the ratio of the importance degree of performance mentioned above. Accordingly, as shown in FIG. 18 (b), when the victory emphasis level is set to the X axis and the ratio of the win emphasis level is set to the Y axis, the points (minimum value of the win emphasis level, 0%) It is only necessary to obtain the ratio of the degree of importance of victory corresponding to the degree of importance of victory at the evaluation position HP by the straight line L2 connecting the maximum value of 100%). In this embodiment, it is possible to determine the ratio of the degree of emphasis on victory by a straight line L2 connecting (−500, 0%) and (+500, 100%).

  Of the two selection methods, the victory-oriented selection is determined in accordance with the calculated percentage of the victory-oriented degree. For example, when the priority of victory at the evaluation position HP is 0, the ratio of the priority of victory is 50%, and in this case, the selection with priority on victory is determined as the selection method with a probability of 50%. If victory-oriented selection is not determined as the selection method, unlimited selection is determined as the selection method. As a result, the selection method that makes it easy to select the region A and the region B according to the value of the importance level for victory (X axis) changes, and as a result, the processing performed in the region A and the region B is differentiated. Can do.

  If victory-oriented selection is determined as the selection method, a technique is selected from strong techniques (step S560). The “strong technique” in the present embodiment is a technique in which the experience value 45 is a certain level or higher and the consumption cost 36 is a certain level smaller than the cost of the current player P among the selectable techniques. In the victory-oriented selection, only strong techniques satisfying the above conditions are extracted from selectable techniques, and if there are a plurality of techniques extracted as strong techniques, one technique W is further arbitrarily selected. If unlimited selection is determined as the selection method, one technique W is arbitrarily selected from all techniques extracted as selectable techniques (step S570).

  After the technique W is selected, it is determined whether or not a fall is possible (step S590). The fallable condition in the performance-oriented process is that the game is at the end of the game and that the physical strength parameter of the opponent P is below a certain level. If it is determined that a fall is possible, a fall is designated (step S595), and a flag indicating the fall designation is set. After the processing related to the fall designation is finished, the entertainment-oriented processing is finished.

  The victory emphasis process will be described with reference to the flowchart shown in FIG. In the victory-oriented processing, one technique W is determined on behalf of the player P who is relatively uncomfortable with the entertainment, and the technique W of the player P is selected with emphasis on winning the opponent P. First, the level of the technique W that the opponent P may use is estimated (step S610). For example, it is assumed that the level of the previous technique W of the opponent P is the same. Next, the level of the technique W to be selected so as to win the estimated technique W level of the opponent P is determined (step S620). In this embodiment, the level strength is set such that level 1 <level 2 <level 3 <level 1. Accordingly, when the estimated level of the technique W of the opponent P4 is 2, the level of the technique W to be selected is determined to be 3.

  When the level of the technique W to be selected is determined, among the techniques W associated with the wrestler R designated by the player P, the technique ID, experience value 45, and consumption cost 36 of the technique corresponding to that level are stored in the storage unit. It extracts from battle | competition data with reference to G40 (step S630). Hereinafter, the extracted technique is referred to as a selectable technique. Next, a selection method for selecting one technique W from the selectable techniques is determined in accordance with the ratio of the emphasis on victory (step S640). As the selection method, victory-oriented selection and unlimited selection are prepared, and one of the selection methods is determined in the same manner as in the performance-oriented processing.

  As a result, the selection method that makes it easy to select the region C and the region D according to the value of the importance level for victory (X axis) changes, and as a result, the processing performed in the region C and the region D is differentiated. Can do. When winning selection is determined as a selection method, a strong technique is selected from selectable techniques, and when there are a plurality of strong techniques, one technique W is arbitrarily selected from the selected strong techniques (step S650). ). The concept of strong skill is the same as the box office processing. On the other hand, when the unlimited selection is determined as the selection method, one technique W is arbitrarily selected from all selectable techniques (step S660).

  After the technique W is selected, it is determined whether or not a fall is possible (step S680). The only possible fall condition in the victory-oriented process is that the physical strength of the opponent P is below a certain level. Accordingly, it is determined that the fall is possible when the physical strength parameter of the opponent P is equal to or less than a preset value. If it is determined that a fall is possible, a flag indicating the designation of a fall is set (step S685). After the processing related to the fall designation is finished, the entertainment-oriented processing is finished.

  The technique result process will be described with reference to the flowchart of FIG. First, each actual damage degree is calculated from each maximum damage degree 35 of the technique WP1 designated by the player P1 and the technique WP4 designated by the opponent P4 (step S700). The actual damage degree is a damage degree finally given to the opponent in consideration of various parameters other than the maximum damage degree 35.

  The actual damage degree in this embodiment is calculated by the basic damage degree × the corrected damage rate. The basic damage degree is a damage degree that the wrestler R can actually exert out of the maximum damage degree 35 by training, and is a value obtained by the maximum damage degree 35 × experience value 45 of the technique W. The corrected damage rate is a value calculated according to parameters relating to the state of the opponent P when the technique W is applied and the state of the player P, and each parameter is appropriately reflected in the method of calculating the corrected damage rate. It should be set as follows. Thereby, the actual damage degree which considered the situation when the experience value 45 and the technique W were applied can be obtained.

  After the actual damage levels of the technique WP1 and the technique WP4 are calculated, the levels of the techniques WP1 and WP4 are compared (step S710). If the levels are different, it is determined which technique W has been determined based on the level of strength described above (step S720). If the levels are the same, it is determined which technique W is determined based on the actual damage level (step S730). In the determination based on the actual damage level, it is determined that the technique with the larger actual damage level is determined. Therefore, when the actual damage level of the technique WP1 is 39.9 and the actual damage level of the technique WP4 is 30, it is determined that the technique WP1 of the player P1 is determined.

  Next, the physical strength parameter of the wrestler of the opponent P4 whose technique is determined is updated (step S740). Specifically, a value obtained by subtracting the actual damage degree calculated for the technique WP1 from the physical strength parameter of the opponent P4 for which the technique is determined is used as the updated physical strength parameter value. Next, it is determined whether or not the player P1 who decided the technique has designated a fall (step S750). When the flag indicating the fall designation corresponding to the player P1 is set, it is determined that the fall is designated. The flag indicating the fall designation may be caused by the process in the technique determination process described above, or the player P1 who decided the technique may press the fall button of the operation unit G10 of the game machine G1 during the technique designation timing. “Fall” means to take 3 counts.

  If a fall is designated, a fall process is performed to determine whether or not a fall has been established (step S760). The establishment of a fall is determined as follows. First, a random value is calculated. If the updated physical fitness parameter of the wrestler R that has been fallen with a technique-random value <0, the fall is successful, and otherwise the failure is a failure. For example, a parameter related to fall success is prepared, and is set to 1 when the fall is successful, and is set to 0 when the fall is failed. Thereby, it can be determined whether or not the fall is successful depending on whether the parameter regarding the fall success is 1 or 0. If a fall is designated, the technique result processing is completed. On the other hand, if no fall is designated, step S760 is skipped and the technique result processing is terminated.

  The evaluation process performed after the battle game is finished will be described with reference to the flowchart of FIG. The evaluation process is performed by the control unit G70 of the game machine G. Since the evaluation processes performed in the respective game machines G1 and G4 of the players P1 and P4 who compete are the same, the evaluation process performed in the game machine G1 will be described. First, an evaluation input screen for inputting the evaluation of the wrestler R4 that has competed is displayed on the monitor G50 (step S800). Thereby, the control part G70 and the monitor G50 function as a partner evaluation acquisition means. Since the wrestler R and the player P who designates the wrestler R have a one-to-one correspondence, the evaluation with respect to the wrestler R who has battled will be described below as the evaluation with respect to the opponent P.

  In this embodiment, as shown in FIG. 21, a performance-oriented level and a victory-oriented level are prepared as evaluation items, and are displayed so that five ranks A to E can be selected. Numerical values are associated with each rank, rank A is +2, rank B is +1, rank C is +0, rank D is -1, and rank E is -2. Also, five types of messages are prepared so that comments to the opponent P4 can also be selected. Hereinafter, the rank selected for the performance importance level on the evaluation input screen is referred to as the performance importance evaluation, and the rank selected for the victory importance level is referred to as the victory importance evaluation.

  When the player P1 selects the performance importance evaluation, the victory importance evaluation, and the comment, each data is stored in the RAMG 72 as an evaluation for the opponent P4, and corresponds to each of the entertainment importance evaluation and the victory importance evaluation. The evaluation selection information including the evaluation data and comments is transmitted to the communication unit G30 to the game machine G4 of the opponent P4 (step S810). On the other hand, the evaluation selection information selected by the opponent P4 as the evaluation of the player P1 is also transmitted from the opponent P4.

  When the evaluation selection information from the opponent P4 is received (step S820), the content of the received evaluation selection information is set as a list as shown in FIG. 22 together with the evaluation of the opponent P4 as the evaluation by the opponent P4. Is displayed on the monitor G50 (step S830).

  Next, a correction process is performed to calculate a correction evaluation for each of the box office importance evaluation and the victory importance evaluation (step S440). Hereinafter, only the performance-oriented evaluation will be described, but the same processing is performed for the victory-oriented evaluation. The correction evaluation of the present embodiment is a value obtained by multiplying the “received performance importance evaluation” by the “coefficient based on the performance importance of the history evaluation information 44 of the battle wrestler R4” as a correction value. The coefficient based on the box office importance of the history evaluation information 44 of the battle wrestler R4 is obtained by linearly matching the numerical range that the history evaluation information 44 can take and the numerical range that the coefficient can take. That is, the coefficient can be obtained from a straight line with the X axis as the performance importance level of the history evaluation information 44 and the Y axis as the coefficient value.

  For example, when the emphasis on performance is -500 to +500 and the numerical value range of the coefficient is 0 to 2, the history evaluation information of the battle wrestler R4 is represented by a straight line connecting two points (-500, 0) and (+500, 2). Coefficients corresponding to the value of 44 performance importance can be acquired. After obtaining the coefficient as described above and calculating the correction evaluation related to the performance evaluation of the box office, the correction evaluation is added to the box office importance of the history evaluation information 44 of the wrestler R1 of the player P1, and the wrestler R1 of the player P1 in the storage unit G40. The value of the boxing emphasis level in the history evaluation information 44 associated with is updated (step S850). Thereby, the control unit G70 functions as a history evaluation update unit.

  By updating the box office emphasis degree of the history evaluation information 44 as described above, when the box office emphasis degree of the history evaluation information 44 is high, the player P plays an entertaining play according to the evaluation history from the past opponent. This indicates that the player is relatively suitable for the style, and in the case of being close, the player P can be recognized as a player relatively unsuitable for the entertaining play style based on the evaluation history from the past opponent.

  The coefficient is smaller than 1 when the performance importance level of the history evaluation information 44 of the battle wrestler R is a negative value, and the correction evaluation is smaller than the performance importance level of the evaluation data, whereas it is 1 when the value is positive. The correction evaluation becomes a value larger than the importance of performance in the evaluation data.

  Thereby, the performance importance evaluation by the opponent P having a low history evaluation regarding the performance importance has a small influence on the update of the entertainment importance of the history evaluation information 44, and the performance importance evaluation by the opponent P having a higher history evaluation is a history evaluation. The influence on the information 44 can be increased. Therefore, the fairness of the evaluation data can be sufficiently achieved. In this embodiment, the history evaluation information 44 is always in the range of −500 to +500, and is set to −500 when the importance of the performance in the updated history evaluation information 44 is less than −500, and is set to +500 when the importance is greater than +500. To be.

  The degree of importance of victory in the history evaluation information 44 associated with the wrestler R1 is also updated by the same process as the degree of importance of entertainment. Accordingly, the history evaluation information 44 is an accumulation of evaluations by the opponent P for the player P (wrestler R). Furthermore, other information of the player information 40 such as the number of participations 43 is also updated as appropriate. After updating the player information 40 of the player P1, the player information 40 of the player P1 in the storage unit G40 is transmitted to the server machine S (step S860), and the evaluation process is terminated. The server machine S that has received the player information 40 stores the player information 40 in the game data storage device D. Thereby, the player information 40 in the game data storage device D is updated.

  The present invention is not limited to the form described above, and may be implemented in various forms. The relationship in which the entertainment importance level and the victory importance level correspond to the X axis and the Y axis of the coordinate space α may be reversed. Moreover, the maximum value and the minimum value of each history evaluation are not limited to −500 to +500. Each history evaluation in the history evaluation information 44 may be stored separately, not as a coordinate value of the coordinate space α, and may be handled as a coordinate value during matching processing or technique determination processing.

  In addition, the actual players who have entered the opponent may not necessarily be combined with each other, and may be combined with a virtual player by a computer. In that case, player information of the virtual player may be prepared in advance in the game data storage device D, or the virtual player may have exactly the same player information as the player. When an actual player battles against a virtual player, selection of an operation at the technique designation timing of the virtual player may be performed by a technique determination process. In addition, for the evaluation of the actual player by the virtual player, a predetermined condition may be set in advance for each evaluation, and an evaluation that satisfies the condition may be set as an evaluation for the actual player.

  In this embodiment, the evaluation is performed for each wrestler R, and the evaluation history information is associated. In that case, the evaluation history information 44 of the player information 40 does not need to be provided for each wrestler R, and only needs to be associated with the player ID 41.

  The communication network N may use a dedicated line such as a LAN. There is no limitation on wireless communication lines. Further, a matching server machine that performs dedicated matching processing may be provided separately from the server machine that transmits and receives data of the game data storage device D. In addition, when it is determined that the technique is not designated by the player at the technique designation timing, the server machine may perform a technique decision process by transmitting a technique decision request from the game machine to the server machine. In this case, the technique ID determined by the server machine is transmitted to the game machine that has transmitted the technique determination request, and the consumption cost is updated based on the received technique ID.

  In this embodiment, each game machine is directly connected to the communication network. However, several game machines may be connected to one in-store server and connected to the communication network N via the in-store server. In this case, an IP address is given to each in-store server, and a device number is given to each in-store server, whereby each game machine is identified in the communication network N with the IP address and the device number.

  Further, the number of players associated with the game is not limited to two, and may be two or more. The numerical value and the ment content associated with each rank in the evaluation process can be changed as appropriate. Moreover, the rank which can be selected is not limited to five, but may be plural. It does not matter before and after data transmission / reception with other game machines in the battle game process and the evaluation process. The experience value 45 of each technique may be set so as to change depending on the training process. The monitor display of the evaluation by the opponent may be omitted.

The figure which shows an example of the game system GS of this invention. The structure schematic of a server machine. The structure schematic of a game machine. (A) is a figure which shows wrestler information, (b) is a figure which shows technique information. The figure which shows player information. The figure which shows the concept of log | history evaluation information. The figure which shows the wrestler card and technique card which the player has beforehand. The sequence diagram which shows transmission / reception of the data of the game machine and server machine at the time of an entry process and a matching process. The flowchart which shows the flow of the matching process performed with a server machine. The figure which shows the evaluation position of each player having been specified. The figure which shows how a combination is determined by an evaluation position. The flowchart which shows the flow of the battle | competition game process performed with a game machine. FIG. 13 is a flowchart showing processing subsequent to FIG. 6 is a flowchart showing how a coordinate space is divided into five regions. The flowchart which shows the flow of the skill determination process performed with a game machine. The flowchart which shows the flow of the box office emphasis process performed in a technique determination process. The flowchart which shows the flow of the victory emphasis process performed in a technique decision process. (A) is a figure which shows the straight line from which the ratio of the boxing emphasis degree is calculated | required by the boxing emphasis degree, (b) is a figure which shows the straight line from which the ratio of the emphasis on victory is calculated | required by the degree of emphasis on victory. The flowchart which shows the flow of the technique result process performed with a game machine. The flowchart which shows the flow of the evaluation process performed with a game machine. The figure which shows an example of an evaluation input screen. The figure which shows an example of the screen which displays an evaluation result.

Explanation of symbols

GS game system G game machine S server machine D game data storage device N communication network 20 wrestler information 30 skill information 40 player information 41 player ID
44 History evaluation information

Claims (5)

A history evaluation that is a history of evaluation of a player's play in a plurality of game machines capable of transmitting and receiving data via a communication line and player identification information for identifying a plurality of players operating each of the plurality of game machines. And a player information storage unit that stores the player information associated with the game information, and a game system in which a game is performed among players combined by a predetermined method among the plurality of players,
Each game machine of the plurality of game machines,
Game control means for controlling a game performed by a player who operates the game machine and another player who is associated with the player;
For each of a plurality of evaluation items related to the play content of the game, opponent evaluation acquisition means for acquiring an evaluation for the other player by a player operating the game machine;
The evaluation for the player operating the game machine acquired by the opponent evaluation acquisition means of the game machine of the other player is acquired as an evaluation to the self, and the acquired self for each of the plurality of evaluation items A history evaluation update means for updating a history evaluation corresponding to the evaluation item included in the player information of the player operating the game machine by the evaluation of
A history evaluation processing means for performing a process based on a history evaluation of the player information in a predetermined case when an operation by a player operating the game machine is requested by the game control means;
The history evaluation processing means includes
With reference to the history evaluation included in the player information of the player who operates the game machine, the value corresponding to the history evaluation as the coordinate value in the coordinate space constituted by the coordinate axes of the plurality of evaluation items, Evaluation position specifying means for specifying the evaluation position of the player in the coordinate space;
Evaluation position processing means for determining the operation content for the request according to the evaluation position specified by the evaluation position specifying means,
The game system is characterized in that the game control means advances the game by using the operation content determined by the evaluation position processing means as an operation by a player operating the game machine. When it is determined by the game control means that the player operating the game machine has not been operated on the game machine within a predetermined input time during the game,
The game system according to claim 1, wherein the evaluation position specifying unit specifies the evaluation position, and the evaluation position processing unit determines the operation content. The game is a professional wrestling game, and the plurality of evaluation items include a box office importance level that is an evaluation as a professional wrestling and a victory importance level that is an evaluation as a battle game,
The coordinate space is divided into a plurality of regions,
The evaluation position specifying means specifies the evaluation position of the player with reference to the history evaluation corresponding to each of the player's importance of victory and entertainment importance, and the evaluation position processing means is the specified evaluation. The game according to claim 2, wherein the operation content is determined by determining which of the plurality of areas a position is included in, and performing processing according to the included area. system.   The process according to the area is based on the standard of carrying the game in actual professional wrestling in the area where the emphasis on performance is high, and in the area where the emphasis on performance is low, the process is based on the winning / losing standard in the game. The game system according to claim 3, wherein the game system is a process for winning. It is possible to play a game with a player of another game machine via a communication line, and player identification information for identifying each of the plurality of players operating each of the plurality of game machines is recorded as a history of evaluation of the player's play An information control method relating to a game to be performed by a control unit of a game machine that can access player information storage means associated with and stored player information including history evaluation,
The control unit includes opponent evaluation acquisition means, history evaluation update means, history evaluation processing means, and game control means,
The procedure the counterpart evaluation means, to obtain an evaluation for each of the plurality of evaluation items regarding content of play of the game, with respect to the said another player by the player to operate the game machine,
The history evaluation update means acquires the evaluation for the player operating the game machine acquired by the opponent evaluation acquisition means of the other player's game machine as an evaluation to itself, and each of the plurality of evaluation items A procedure for updating a history evaluation corresponding to the evaluation item included in the player information of a player who operates the game machine according to the acquired evaluation to the self,
When the history evaluation processing means enters a state where an operation by the player operating the game machine is required during the game, refer to the history evaluation included in the player information of the player operating the game machine in a predetermined case Then, using the value corresponding to the history evaluation as the coordinate value in the coordinate space constituted by the coordinate axes of the plurality of evaluation items, the evaluation position of the player in the coordinate space is specified, and the specified evaluation position And a procedure for determining the operation content in response to the request,
The game control means comprises a procedure for advancing a game with the other game machine as an operation by the player operating the game machine with the operation content determined by the history evaluation processing means. Information control method for games.

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