JP2022010525A - Match game system - Google Patents

Abstract

To provide a system capable of executing a quick match, while retaining players' sense of participation.SOLUTION: Match processing means 20 determines a win/loss based on play operations of both players and parameters based on the play histories of the players recorded in a recording part. For example, the strength of a player is determined by an actual play operation of the player received from a terminal device T1 and the parameter of the player recorded in the recording part. As for an opponent player, the strength of the player is determined by a result of virtual play operation determined by a server device S and a parameter of the opponent player recorded in the recording part.SELECTED DRAWING: Figure 1

Description

The present invention relates to a competitive game system.

A system is known in which a plurality of players operate a terminal device to access a server device, and the players play a game against each other. At this time, the server device matches and selects a player to play a match from a plurality of players according to a predetermined criterion.

Further, Patent Document 1 discloses a system in which players are divided into groups, players between the groups compete against each other, and the players compete as a group.

As a result, the player can fight the battle game with a sense of unity as a group.

JP-A-2019-195373

However, in the prior art as in Patent Document 1, there is a problem that it takes time for the server device to match the players with each other, or the player is kept waiting due to a malfunction of the terminal device of one player.

An object of the present invention is to solve the above-mentioned problems and to provide a system capable of performing a swift battle while maintaining a player's sense of participation.

A number of independently applicable features of the present invention are listed.

(1)-(5) The battle game system according to the present invention is a battle game system in which a player's terminal device and a server device are provided, and the players form a plurality of groups to play a battle.
The terminal device is a match application transmission means for transmitting a match application to a server device in order to determine an opponent player, and a play operation transmission means for receiving a play operation by an application player who has made a match application and transmitting the match application to the server device. And the terminal side processing including at least the processing of receiving the battle processing data from the server device that performs the battle processing based on the play operation of the application player and the parameters based on the play operation history of the opponent player and displaying the battle result. Equipped with a terminal-side processing means to perform
The server device applies for a recording unit that records as parameters based on the play operation history of each player, a battle application receiving means for receiving a battle application from a terminal device, and an opponent for the application player who made the battle application. An opponent determining means selected from players in a group different from the group to which the player belongs, a play operation receiving means for receiving a play operation input by the application player from the terminal device for which the competition application has been made, and the application. The battle result that aggregates the battle processing means that performs the battle processing based on the player's play operation and the parameters based on the play operation history of the opponent player, and the battle result by the battle processing means, and outputs it as the battle result of the group battle. It is equipped with an output means.

Therefore, it is possible to provide a group battle system that can quickly play a battle with an opponent while maintaining a player's sense of participation.

(6) The competitive game system according to the present invention is characterized in that the parameter based on the play operation history is the appearance probability of a plurality of operation results based on the play operation history of the opponent player.

Therefore, the battle can be performed by appropriately using the result based on the operation history of the opponent player.

(7) In the competitive game system according to the present invention, the parameters based on the play operation history are learned based on the play operation history of the opponent player, and learned to predict the operation of the opponent player based on the game situation. It is characterized by being a model.

Therefore, it is possible to appropriately predict the operation of the opponent player and perform the battle.

(8) The competitive game system according to the present invention is characterized in that the parameter based on the play operation history is the level value of the player based on the play operation history of the opponent player.

Therefore, the battle can be performed based on the level value of the opponent player.

(9) In the battle game system according to the present invention, the battle processing means includes a score by the play operation of the application player, a score by a parameter based on the play history of the application player, and a score by the virtual play operation of the opponent player. It is characterized in that the battle result is determined based on the score by the parameter based on the play history of the opponent player.

Therefore, the battle can be performed based on the operation and the parameters.

(10)-(14) The battle game system according to the present invention is a battle game system in which a player's terminal device and a server device are provided, and the players form a plurality of groups to play a battle.
The terminal device is a match application transmission means for transmitting a match application to a server device in order to determine an opponent player, and a play operation transmission means for receiving a play operation by an application player who has made a match application and transmitting the match application to the server device. The application is based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. It is provided with a terminal-side processing means that receives battle processing data from a server device that performs battle processing between the player and the opponent player, and performs terminal-side processing including at least processing for displaying the battle result.
The server device includes a recording unit that records characteristics based on the play history of each player as parameters, a match application receiving means for receiving a match application from a terminal device, and an opponent for the applicant player who has made the match application. An opponent determining means selected from players in a group different from the group to which the application player belongs, a play operation receiving means for receiving a play operation input by the application player from the terminal device for which the competition application has been made, and the above-mentioned The application player and the said It is provided with a battle processing means for performing battle processing of the opponent player and a battle result output means for totaling the battle results by the battle processing means and outputting the battle results as a group battle result.

Therefore, it is possible to provide a group battle system that can quickly play a battle with an opponent while maintaining a player's sense of participation.

(15) In the competitive game system according to the present invention, a plurality of groups of players are a first group of players who support the first team of a game played in a stadium and a second group of players who support the second team. The opponent determination means selects a player from the players who are the spectators of the stadium and uses it as the opponent player, and the match result output means is the total score of the players in the first group and the second group. It is characterized in that the total score of the player is output so as to be displayed in real time on the large screen of the stadium.

Therefore, the spectators in the stadium can see the result of the match on a large screen.

(16) The battle game system according to the present invention is characterized in that the battle result output means outputs the total number of wins of the players belonging to the group as the total score.

Therefore, the victory or defeat can be decided by the total number of wins.

(17) In the battle game system according to the present invention, the opponent determining means selects a player having a random level regardless of the level of the application player as the opponent player, or the level of the application player is within a predetermined range. It is characterized in that a player having a matching level is selected as the opponent player.

Therefore, you can play against an opponent with a random level. You can also play against opponents of the same level.

(18) In the battle game system according to the present invention, the opponent determination means selects a player from the players who have applied for participation in the game and uses it as the opponent player, and the battle result output means is the total score of each group. Is output to the terminal device of each player.

Therefore, each player can confirm the result on the terminal device.

(19) The competitive game system according to the present invention is characterized in that the parameter is a value given by playing a game.

Therefore, it is possible to play a match based on the value obtained by playing the game.

(20)-(24) The battle game system according to the present invention is a battle game system having a player terminal device and a server device.
The terminal device includes a match application transmitting means for transmitting a match application to the opponent player to the server device, a play operation transmitting means for receiving a play operation by the application player who made the match application, and transmitting the play operation transmission means to the server device, and the application player. Terminal-side processing that includes processing to receive battle processing data from a server device that performs battle processing based on the above-mentioned play operation and parameters based on the play operation history of the opponent player, and at least display the battle result. Equipped with means,
The server device is input by the application player from a recording unit that records the play operation characteristics of each player as a parameter, a battle application receiving means that receives a battle application from a terminal device, and a terminal device that has made the battle application. A play operation receiving means for receiving a play operation, a battle processing means for performing a battle process between the application player and the opponent player based on the play operation of the application player and the parameters of the opponent player who is the opponent. , The battle result output means for outputting the battle result by the battle processing means is provided.

Therefore, it is possible to provide a system capable of quickly playing a battle with an opponent while maintaining a player's sense of participation.

(25)-(29) The battle game system according to the present invention is a battle game system having a player terminal device and a server device.
The terminal device includes a match application transmitting means for transmitting a match application to the opponent player to the server device, a play operation transmitting means for receiving a play operation by the application player who made the match application, and transmitting the play operation transmission means to the server device, and the application player. Based on the parameter score based on the parameters and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit, the application player and the opponent player. It is provided with a terminal-side processing means that receives battle processing data from a server device that performs battle processing and performs terminal-side processing including at least processing for displaying the battle result.
The server device is input by the application player from a recording unit that records the play operation characteristics of each player as a parameter, a battle application receiving means that receives a battle application from the terminal device, and a terminal device that has made the battle application. A play operation receiving means for receiving a play operation, a parameter score based on the parameters of the application player, an operation score based on the play operation, and a parameter score based on the parameters of the opponent player recorded in the recording unit and It is provided with a battle processing means for performing battle processing between the application player and the opponent player based on the virtual operation score, and a battle result output means for outputting the battle result by the battle processing means.

Therefore, it is possible to provide a system capable of quickly playing a battle with an opponent while maintaining a player's sense of participation.

In the present invention, in the embodiment, step S61 corresponds to the "competition application transmission means".

In the embodiment, steps S24, S26, and S29 correspond to the "play operation transmitting means".

In the embodiment, steps S23, S27, and S30 correspond to the "terminal-side processing means".

In the embodiment, the "competition application receiving means" corresponds to the processing of the server program corresponding to step S61.

In the embodiment, the "play operation receiving means" corresponds to the processing of the server program corresponding to step S29.

In the embodiment, step S42 corresponds to the “competition processing means”.

In the embodiment, step S85 corresponds to the “competition result output means”.

The "program" is a concept including not only a program that can be directly executed by the CPU, but also a source format program, a compressed program, an encrypted program, and the like.

It is a functional block diagram of a battle game system. It is a system configuration diagram of a battle game system. This is the hardware configuration of the smartphone T. This is the hardware configuration of the server device S. It is a flowchart of a game process. It is a screen display of the smartphone T in the game processing. This is an example of a user information table. It is a screen display of the smartphone T in the game processing. It is the data of the computer player recorded in the server device S. It is a flowchart of a normal mode. It is a flowchart of a normal mode. It is a screen display of the smartphone T in the game processing. It is a screen display of the smartphone T in the game processing. It is a screen display of the smartphone T in the game processing. It is a table which shows the score by the color of the selected ball. It is a flowchart of a team battle. This is an example of the screen of the smartphone T when participating in a team battle. It is a table showing the participating teams of the players. It is a table that records the number of wins for both teams. It is a figure which shows the progress which was displayed on the large display D.

1. 1. Functional Configuration FIG. 1 shows a functional configuration of a game system according to an embodiment of the present invention. This system includes a server device S, a terminal device T1, T2 ... Tn. The terminal devices T1, T2 ... Tn are, for example, smartphones owned by spectators in a soccer stadium. Each terminal device T1, T2 ... Tn can communicate with the server device S via the Internet. The large display D is a display installed in the stadium and can be seen by the audience.

This game system is implemented, for example, during half-time at a soccer stadium where Team A and Team B play a soccer match.

Hereinafter, the terminal device T1 will be described, but the same processing will be performed for the other terminal devices T2 ... Tn.

The battle application transmission means 2 of the terminal device T1 transmits a battle application to the server device S by the operation of the player who is the spectator. The battle application receiving means 14 of the server device S receives the battle application from the terminal device T1. The opponent determining means 16 determines an opponent in response to a competition application from the terminal device T1. Audiences in the stadium are recorded as players (users) in the recording unit 12 of the server device S. For example, a user ID, a supporter of Team A or Team B, parameters based on the game history, and the like are registered. This registration is performed, for example, by the audience operating the terminal devices T1, T2 ... Tn.

The opponent determining means 16 selects (for example, randomly selects) an opponent from among the players recorded in the recording unit 12 that are supporters of the enemy of the player who applied for the battle. That is, if the player who applied for the match is a supporter of team A, an opponent is selected from the players who are supporters of team B.

When the battle game is started, the play operation transmission means 4 of the terminal device T1 receives the operation content of the player and transmits it to the server device S. The play operation receiving means 18 of the server device S receives this and gives it to the battle processing means 20.

The battle processing means 20 advances the game based on the play operations of both players who play against each other. However, the actual play operation is acquired for the player of the terminal device T1, but the server device S determines the result of the virtual play operation for the other player.

The battle processing means 20 advances the battle processing according to the play operations of both players, and transmits an image for the operation to the terminal device T1. In response to this, the terminal-side processing means 6 displays an image for operation on the terminal device T1.

The battle processing means 20 determines the victory or defeat based on the play operations of both players and the parameters based on the play history of the player recorded in the recording unit 12. For example, the strength of the player is determined by the actual play operation of the player received from the terminal device T1 and the parameters of the player recorded in the recording unit 12. For the opponent player, the strength of the player is determined by the result of the virtual play operation determined by the server device S and the parameters of the opponent player recorded in the recording unit 12.

When the battle processing means 20 determines the victory or defeat of the battle, the number of wins (number of losses) for each team is recorded in the recording unit 12. Since the battle is played by many players, the number of wins (losses) for each team increases in real time as the battle by each player progresses.

The battle result output means 22 outputs the number of wins (number of losses) for each team to the large display D in real time. This allows players in the stadium to know in real time which team is currently dominant and to what extent.

Further, for the opponent player who plays a match, the server device S virtually determines the play operation result, so that the match is applied regardless of the status of the terminal device T of the opponent player and whether or not the match is currently in progress. Players can enter the match without loss of time.

2. 2. System Configuration Figure 2 shows the system configuration of the game system. The smartphones T1, T2 ... Tn, which are terminal devices, are used by a player who is an spectator in the stadium, and can be connected to the Internet. The server device S is connected to the Internet and can communicate with the smartphones T1, T2 ... Tn. The large display D is a large display installed in the stadium and is connected to the Internet. A computer is provided, and display data can be received from the server device S via the Internet and displayed. The large display D may receive display data from the server device S via a dedicated line or the like instead of via the Internet.

FIG. 3 shows the hardware configuration of the smartphone T. A memory 32, a touch display 34, a GPS receiver 35, a non-volatile memory 36, a communication circuit 38, a microphone 40, a speaker 42, and a geomagnetic sensor 43 are connected to the CPU 30. In the figure, the call circuit and the like are omitted.

The GPS receiver 35 is for acquiring the current position of the smartphone T. The geomagnetic sensor 43 detects the orientation of the smartphone. The communication circuit 38 is a circuit for connecting to the Internet. The operating system 44 and the terminal program 46 are recorded in the non-volatile memory 36. The terminal program 46 exerts its function in cooperation with the operating system 44. These programs were downloaded from a distribution server device (not shown) via the Internet.

FIG. 4 shows the hardware configuration of the server device S. A memory 52, a display 54, a hard disk 56, a DVD-ROM drive 58, and a communication circuit 60 are connected to the CPU 50. The communication circuit 60 is a circuit for connecting to the Internet. The operating system 62, the server program 64, and the player information 66 are recorded on the hard disk 56. The server program 64 exerts its function in cooperation with the operating system 62.

These programs are those recorded on the DVD-ROM 68 installed on the hard disk 56. It should be noted that what has been recorded in the USB memory (not shown) may be installed in the hard disk 56.

3. 3. Game play processing This game is a game in which a player (user) holding a smartphone T moves to move in a virtual space in the game (normal mode). Furthermore, it is also a game in which players playing this normal mode gather at a soccer stadium or the like to play a team battle (team battle mode). Hereinafter, the normal mode will be described, and then the team battle mode will be described.

(1) Normal mode FIG. 5 shows a flowchart of the terminal program 46 and the server program 64. The CPU 30 of the smartphone T (hereinafter, may be abbreviated as the smartphone T) accesses the server device S via the Internet. Subsequently, the player inputs the player name (user ID) and password into the smartphone T. The smartphone T transmits the login data including the input player name and password, the current position information acquired from the GPS receiver 35, and the direction information acquired from the geomagnetic sensor 43 to the server device S (step S1).

If the combination of the received player name and password is registered, the CPU 50 of the server device S (hereinafter, may be abbreviated as the server device S) transmits the start screen corresponding to the current position information to the smartphone T. (Step S12). The smartphone T receives this and displays it on the touch display 34 (step S2).

FIG. 6A shows an example of the start screen. Roads, buildings, etc. are displayed on the screen. The server device S can access a map server device (not shown) such as google map (trademark), and based on the current position information and direction information received from the smartphone T, the map data of the direction from the current position. To get. Further, the server device S generates the map data of the virtual world based on the acquired map data (the map data of the virtual world may be generated and recorded in advance).

In the start screen shown in FIG. 6A, the person 80 is an avatar of a player holding a smartphone T, indicating that the player is at this position. As described above, the road 82 is displayed at a position corresponding to the actual position of the road, and is displayed in a deformed manner. The building 84 is displayed at a position corresponding to the position of the actual building, and the size, shape, height, and the like are deformed and displayed. In addition, the virtual soccer stadium 86 is also displayed as a special building in association with a building that becomes a landmark (museum, convenience store, post office, etc.).

When the player holding the smartphone T moves in the real world, the current position acquired by the GPS receiver 35 and the direction by the geomagnetic sensor 43 are transmitted to the server device S (step S3). The server device S updates the screen and transmits the screen based on the received current position and direction (step S13). The smartphone T receives the updated screen and displays it on the touch display 34 (step S4).

The map data of the virtual world transmitted by the server device S to the smartphone T is a deformation of the actual map data, and the positions of the roads and buildings are common. Therefore, the player can move around in the virtual world by moving around in the real world with the smartphone T.

When the player performs an operation such as tapping a button on the screen displayed on the touch display 34, the smartphone T transmits this operation data to the server device S (step S6). The server device S advances the game based on the received operation data (step S14), and transmits the progressed screen (step S15). The smartphone T receives and displays this (step S7).

For example, the operations performed by the player include the following. When the player approaches the virtual stadium 86, the server device S displays the virtual stadium 86 in a large size as shown in FIG. 6B. When the player touches the virtual stadium 86 on the screen of FIG. 6B displayed on the touch display 34 of the smartphone T, the smartphone T transmits the operation data and the user ID to the server device S (step S6). The server device S receives the operation data that the virtual stadium 86 has been touched, and performs a check-in process to the virtual stadium 86 (step S14).

The details of the check-in process are as follows. Upon receiving the check-in operation data to the virtual stadium 86, the server device S increases the experience value of the player by a predetermined number (for example, 5). Here, the experience value is a numerical value accumulated according to the degree of playing the game, and is an index showing how much the game is played. Further, the experience level is calculated based on the experience value, and it is shown that the larger the level value is, the more the experience is.

FIG. 7 shows the player information recorded on the hard disk 56. User ID, password, experience value, experience level, etc. are recorded. For example, when the player with the user ID "1837645" receives the operation data indicating that he / she has checked in to the virtual stadium 86, the server device S changes the experience value of the user ID "1837645" from "12734" to "12739". do.

Subsequently, the server device S transmits the check-in screen of the virtual stadium 86 to the smartphone T (step S15). FIG. 8A shows an example of a check-in screen. Upon check-in, a display 90 indicating that the experience value has been given "5" is shown. Further, a display 92 indicating that the current experience value is "12739" and a display 94 indicating that the experience value required for the next level is "2261" are shown.

Subsequently, the server device S transmits a screen displaying the players (players by the computer) that the player can play against in the virtual stadium (step S15). The server device S records data of many athletes. FIG. 9 shows an example of recorded player data. The server device S randomly selects a player from this player list. However, as shown in FIG. 9, the appearance rate of each player is recorded for each stadium. Therefore, the players are selected so as to have such an appearance rate.

FIG. 8B shows an example of a screen displayed on the smartphone T (step S7). Faces P1 to P5 of a plurality of players (here, 5 players) are displayed on the screen. One of the plurality of athletes, P3, is selected in the center, and the whole body is displayed in a large size in the central portion as the selected athlete SP. These images were recorded in the player data of FIG.

The player can change the player in the selected state by tapping the arrows 96 and 98 on the screen. That is, the fact that the tap has been made is transmitted to the server device S (step S6), and the server device S receives this to generate a screen whose selection state has been changed and transmits it to the smartphone T (steps S14 and S15).

For example, the player P3 is selected on the screen of FIG. 8B, but by tapping the arrow 96, the selected player can be changed such as player P2, P1, P5, and so on. Similarly, by tapping the arrow 98, the selected player can be changed, such as player P4, P5, P1 ...

Further, the server device S automatically changes the selected player in sequence if the player does not receive the tap operation for a predetermined time (for example, 30 seconds) on the screen of FIG. 8B.

When the player taps the play button 100 on the screen shown in FIG. 8B, the server device S starts the battle process with the selected player P3. The flowchart of the battle process is shown in FIGS. 10 and 11.

The server device S transmits the battle start screen to the smartphone T (step S31). The smartphone T receives this and displays it on the touch display 34 (step S21). FIG. 12 shows an example of the battle start screen. In the display field 110, information on the opponent's player such as the current experience value is displayed. Information about the player's player is displayed in the display field 112.

When the player operates the smartphone T and taps the NEXT button 102, the information is transmitted to the server device S. In response to this, the server device S starts the timer (step S34). This timer is set to time up in a predetermined time (for example, 30 seconds).

The server device S randomly determines the color of the ball to be arranged, and transmits a battle screen including a video of the opponent player and the player player (step S35). The smartphone T displays this (step S23). FIG. 12B shows an example of a battle screen. On the screen, the opponent player 116 and the player player 118 are displayed as moving images. Ball display areas 114A, 114B, 114C, and 114D are provided at the bottom of the screen. Here, balls of colors randomly determined by the server device S from red, blue, and yellow are displayed. In the figure, a blue ball is displayed in the area 114A, a yellow ball is displayed in the area 114B, a yellow ball is displayed in the area 114C, and a red ball is displayed in the area 114D.

In this state, the player can operate the touch display 34 with his / her finger to drag and drop any ball onto another ball of the same color to superimpose the ball. In the screen of FIG. 12B, the yellow ball of the region 114B can be superposed on the yellow ball of the region 114C (the ball of the region 114C may be superposed on the ball of the region 114B). The smartphone T transmits this superposition operation to the server device S (step S24). In response to this, the server device S assigns a "2" to the yellow ball in the region 114C to generate an image indicating that two balls are overlapped. Further, a new ball image of a randomly determined color is generated in the moved region 114B (step S35).

The image processed in this way is transmitted to the smartphone T (step S35) and displayed on the smartphone T (step S23). FIG. 13A shows an example of the screen. The number of overlaps "2" is displayed on the upper right of the yellow ball in the area 114C. Further, a new ball (red ball) is displayed in the area 114B.

In the screen of FIG. 13A, the player can superimpose the red ball of the area 114B on the area 114D. As a result, a new ball appears in the area 114B. In this way, balls of the same color can be stacked.

In a match, the greater the number of overlapping balls of either color, the higher the possibility of winning the opponent's player. Therefore, the player can wait until the timer started in step S34 is timed up. Try to stack as many numbers as possible. However, if the player does not proceed to the next stage (long press operation described later) by the time the timer is up, the player player will unconditionally lose (steps S37 and S44). Therefore, the server device S displays the remaining time 120 in real time at the upper part of the screen so that the current remaining time can be known.

After stacking the balls, the player presses and holds one of the stacked balls (usually, the ball with the largest number of superpositions is selected). FIG. 13B shows a case where the ball in the region 114C is long-pressed in the state of FIG. 13A.

If there is a long press operation (final stage operation), it is transmitted to the server device S (step S26). The server device S generates and transmits a timing screen (step S39). FIG. 13B shows this timing screen.

On the timing screen, the change circle 122 is displayed in the center of the screen. The change circle 122 changes its size with time between the maximum size shown in FIG. 14A and the minimum size shown in FIG. 14B. In this embodiment, the change of decreasing from the maximum to the minimum and increasing from the minimum to the maximum with time is repeated every predetermined time (for example, 1 second). In this embodiment, the change in size is at a constant velocity. However, the change in size becomes faster in the vicinity of the minimum. The player can obtain a high score by tapping in the state of the minimum change circle 122.

When the player taps the screen while the change circle 122 is repeatedly changing, the smartphone T determines that there was a tap operation and the size of the change circle 122 displayed when the change circle 122 was tapped. (Step S29). The server device S receives this and determines the timing (step S41).

In the timing determination, if the tap is made in the state of the minimum change circle 122, the highest score Tmax is given as the score T, and if the tap is made in the state of the maximum change circle 122, the lowest score Tmin is given as the score T. .. If the tap is made in the meantime, the score T between Tmax and Tmin is given according to the size. The timing determination may be performed by the smartphone T, and the result may be transmitted to the server device S.

Next, the server device S determines the victory or defeat between the player's player and the opponent's player (computer-based player) (step S42). In this embodiment, the server device S calculates the score U of the player player and the score C of the opponent player as follows, and determines the victory or defeat.

U = LU * TU ** NU * IU
Here, LU is a score value based on the player's experience level, TU is a score value based on timing, NU is a score value based on the number of overlapping balls that have been long-pressed, and IU is a score value based on the color of the ball selected by both players. It is a fixed score value.

LU is given, for example, "1 to 1000 points" depending on the experience level. The higher the experience level, the higher the score. TU is a score value based on the above timing, and is given, for example, "1 to 500 points". The NU is given, for example, "1 to 2" according to the number of stacked balls. The larger the number of superpositions, the larger the value is given.

The color of the ball selected by the player of the player is the color of the ball pressed and held in step S26. On the other hand, the color of the ball selected by the opponent player is randomly determined by the server device S. As shown in FIG. 14, the score based on the color of the ball is determined by the combination of the color of the ball selected by the player player and the color selected by the opponent player. If the player player chooses blue and the opponent player chooses red, IU = 1.2, and the player player's score will increase by 20%. Similarly, if the player player selects yellow (red) and the opponent player selects blue (yellow), the player player's score increases by 20%. In other cases, IU = 1, and there is no change in the score of the player player.

As described above, the score U of the player player is calculated.

The score C of the opponent player (computer player) is calculated by the following formula C = LC * TC * NC * IC
Here, LC is a score value based on the experience level of the opponent player (see FIG. 9). It is a value predetermined and recorded by the server device S. For example, "1 to 1000 points" are given according to the experience level. The higher the experience level, the higher the score.

TC is a score value corresponding to the score value according to the timing of the player player. However, since the opponent player is a computer (server device S) and cannot input a timing operation, the server device S randomly determines the score value of TC. It is preferable that the maximum value of TC is the same as the maximum value of TU of the player player, and the minimum value is the same as the minimum value of TU of the player player.

It should be noted that the appearance probability for each TC value may be calculated for each player recorded in the computer and randomly determined based on the appearance probability. This can give the computer player a personality.

For NC, for example, "1 to 2" is given according to the number of stacked balls. The larger the number of superpositions, the larger the value is given. However, since the opponent player is a computer (server device S) and cannot input the operation of superimposing the balls, the server device S randomly determines the score value of NC.

IC is a score value determined by the color of the ball selected by both players. The calculation method is the same as that for IU. The color of the ball is randomly selected by the server device S. Alternatively, a predetermined probability may be recorded in advance for each color, and a predetermined probability may be randomly selected based on this probability.

Therefore, if both players select the same color, there is no change in the score for both players. If one chooses blue (yellow, red) and the other chooses red (blue, yellow), the score of the player on one side will increase by 20%.

As described above, the score C of the opponent player is calculated. In this embodiment, LU, NU, IU, LC, LC, IC and the like are parameter scores. TU is the operation score, and TC is the score based on the virtual operation.

The server device S calculates the score U of the player player and the score C of the opponent player as described above, and the one with the larger score is the winner and the one with the smaller score is the loser (step S42).

The server device S transmits the winning / losing decision information to the smartphone T (step S43). The smartphone T receives and displays this (step S39). The winning / losing decision information can be a text display showing the winner, a video in which the winning player scores a goal, or the like.

The server device S gives a predetermined experience value to the player of the player, adds it to the recorded experience value, and records it (step S44). Winning gives you more experience than losing. In this embodiment, 100 points are given for winning and 20 points are given for losing. The server device S transmits the added experience value of the player player to the smartphone T (step S45). The smartphone T displays this (step S30). On that screen, as in FIG. 8A, the experience value after addition and the experience value required for leveling up are displayed. In this embodiment, the experience value is not given to the opponent player (computer player).

The battle is held as described above. In addition, the player can continuously select the next opponent player and play a match, or can leave the virtual stadium and move outside. This allows you to visit other virtual stadiums.

(2) Team battle mode Next, the team battle mode will be described. The player routinely plays the game in the normal mode described above. The team battle mode is for enjoying, for example, when watching a soccer game at an actual soccer stadium. There are many players in the soccer stadium, but it is preferable to play this game when there is no soccer match (half-time, etc.).

In the game, the supporters (players) of both teams play against each other against the other supporters and compete for the number of wins in the entire team.

FIG. 16 shows a flowchart in the team battle mode. A QR code is available at the entrance to the soccer stadium. The player reads this QR code with the smartphone T to access the server device S.

In response to this, the server device S transmits the participating team registration screen, which is a team match application (step S81). The smartphone T displays this. An example of the participating team registration screen, which is a team match application, is shown in FIG. It is now possible to select which team, "Tsubapura FC" or "MISAKIFC", is competing in this soccer stadium.

When the player operates the smartphone T and taps the team in which he / she participates in the match, the smartphone T inputs the selected team and the user ID (which may be automatically acquired or may be input by the player). It is transmitted to the server device S (step S61). The server device S receives this and records which team the player participates in the match (step S81).

When many players in the stadium perform this process, the server device S records which player is participating in each team, as shown in FIG. That is, the IDs of the players participating in each team are recorded.

Next, when the predetermined game start time (for example, half-time) is reached, the server device S transmits a game start notification (image and sound) to the smartphone T and the large display D (step S82). This large display D is a large-scale vision installed in a soccer stadium and can be seen by spectators in the stadium.

In response to this, the smartphone T and the large display D output that the team battle is started (steps S62 and S101). The spectator, who is the player, sees this and knows that the game is started.

A player who has not yet applied for a match can apply for a match by looking at the large display D and reading the QR code installed in the stadium.

The server device S refers to the table of FIG. 18 and determines the opponent player for the player who has applied for the match and is registered (step S83). For example, for the player (first player) with the user ID "1837465" who participates as Tsubapura FC and applies for a match, one player (second player) who participates as MISAKI FC and applies for a match is selected. .. In this embodiment, the selection is made at random. The second player may be selected from the players having the same experience level as the first player (the difference in experience level is within a predetermined value).

When the second player who is the opponent player is determined, the server device S transmits to that effect to the smartphone T and starts the battle process (step S83).

In the same manner as described above, the server device S determines the second player, who is the opponent player, with each of the registered players as the first player, and performs the battle process.

As will be described in detail below, the first player performs the battle process by the operation of the player, but the computer plays the battle for the second player who is the opponent based on the history of the player playing the game. ..

Therefore, in this embodiment, when selecting the second player, even if the player is currently playing against another player as the first player, and the player is currently playing against another player as the second player. Even during a match, it is included as the target of the selection.

As a result, even if the number of players on one team and the number of players on the other team are unbalanced, the players can perform the battle operation without wasting waiting time for opponent matching. Similarly, even if a player's smartphone T has a failure, a match with the player as the second player can be started. Therefore, it is possible to execute a team battle without stress as a whole.

The battle processing in steps S63 and S84 is the same as the flowcharts of FIGS. 10 and 11. However, in FIGS. 10 and 11, in step S42, the experience level of the opponent player selected by the player is read from the table of FIG. 9 and used for determining the outcome. However, the difference here is that the experience level of the player of the second player is read out from the table of FIG. 7 and used for determining the outcome. In this embodiment, this experience level is the player's level value as a parameter.

By doing so, the second player is not actually operated by the player, but it reflects the characteristics based on the history of the player of the second player playing the game so far, and is actually the second player. It is possible to obtain a result similar to the case where two players perform an operation to play a match.

The method of calculating the score U of the first player is the same as in the normal mode. The score S of the second player is calculated as follows.

S = LS * TS * NS * IS
Here, LS is a score value based on the experience level of the second player (see FIG. 9). For example, "1 to 1000 points" are given according to the experience level. The higher the experience level, the higher the score.

TS is a score value corresponding to the score value due to the timing of the second player. However, since the second player has not actually performed the operation, the timing operation cannot be input. Therefore, the server device S randomly determines the score value of TS. It is preferable that the maximum value of TS is the same as the maximum value of TU of the player player, and the minimum value is the same as the minimum value of TU of the player player.

It should be noted that the history of the past TU (value at the time of actual operation) of the second player is recorded, the appearance probability for each TU value is calculated, and the TS is randomly determined based on the appearance probability. Anyway.

Further, the server device S executes the game, estimates the operation of the second player for this from the past history (estimation of the operation content according to the game situation), executes the game by simulation, and calculates the TS. You may try to do it.

For NS, for example, "1 to 2" is given according to the number of stacked balls. The larger the number of superpositions, the larger the value is given. However, since the second player has not actually performed the operation, the server device S randomly determines the score value of NS.

Similar to the above, this may also be calculated by simulation by performing calculation based on the appearance probability or operation estimation.

IS is a score value determined by the color of the ball selected by both players. The calculation method is the same as that for IU. The color of the ball selected by the second player is randomly selected by the server device S.

Similar to the above, this may also be calculated by simulation by performing calculation or operation estimation based on the appearance probability for each color.

The server device S determines the victory or defeat based on the score U of the first player and the score S of the second player.

When one match is completed, the experience value according to the victory or defeat is added to the first player (step S44). No experience points will be added to the second player.

When the match is over and the victory or defeat is determined, the server device S counts the number of wins (total number of wins in this embodiment) for each team. That is, the recorded number of wins is updated (step S85). FIG. 19 shows the number of recorded wins. It is shown that the Tsubapura FC player has 1041 wins and the MISAKIFC player has 583 wins.

The server device S transmits the number of wins of both teams at that time to the smartphone T and the large display D. The large display D displays this (step S102). FIG. 20 shows an example of the display. Players in the stadium can see this to see if their team is winning.

In addition, spectators who do not have the application of this game installed on the smartphone T cannot participate in the team battle game. However, the player who wants to participate after seeing the display of the large display D can also install the application at this point and read the QR code to participate.

When one of the player's battles is completed, the server device S determines the next opponent, the second player (step S83). If the second player is determined, a match is played with the first player of the player (steps S63, S84).

As described above, the server device S sequentially determines the opponent and causes each player to play the battle game. When the preset game end time is reached, the server device S does not determine a new opponent any more (step S86). When all the battles in the battle at that time are completed, the server device S transmits the end notification and the final result to the smartphone T and the large display D (step S87). The smartphone T and the large display D receive and display this (steps S66 and S104). This allows the spectator to know which team has won.

(3) Battle mode between players In the team battle mode, many players play a battle and decide the victory or defeat of the entire team.

However, there is also a battle mode in which players fight one-on-one. In this mode, players can meet each other outside the stadium to play a match.

As shown in the screen of FIG. 6B, when the player 80 approaches the virtual stadium 86, the server device S displays three (any number) players 85a, 85b, 85c around it. These players 85a, 85b, 85c are players of other players near or inside the virtual stadium 86, or other players registered based in the virtual stadium.

When the player taps any of the players 85a, 85b, 85c, a match application is transmitted to the server device S, and the player can play a match with that player. The flow chart of the battle is the same as that of FIGS. 10 and 11. As in the team battle mode, the server device S randomly determines the timing operation of the opponent player (second player). The experience level of the opponent player (second player) is determined based on the table of FIG.

As in the case of a team match, the second player does not need to actually perform the operation, so even if the player of the second player is playing against another player, the match can be executed. can.

In addition, players may be able to play against each other in a place other than the stadium. In this case, a player who is within a predetermined distance in the vicinity of the player's player is displayed, and the battle is started by tapping the player. Alternatively, the battle with a player within a predetermined distance in the vicinity may be automatically started without applying for a battle.

4. others
(1) In the above embodiment, experience points are given by check-in to a virtual stadium. However, you may not give this.

(2) In the above embodiment, the number of balls displayed in FIG. 12B is four, but it may be three or less and five or more. Further, although the color of the ball is also three kinds, it may be two or less kinds and four or more kinds.

(3) In the above embodiment, a QR code is prepared in the stadium at the time of a team battle, thereby accessing the server device S and deciding which team to participate in. However, before the game is played in the actual stadium (during normal play), it is recommended to register the team in which the player participates (in many cases, the team in which the player is a supporter). You may. In this case, a player who has not come to the actual stadium can also participate in the battle game. However, in the case where only the player who has come to the actual stadium can participate in the battle game, if the position of the smartphone T is in the stadium, it may be assumed that the battle application has been made.

(4) In the above embodiment, the server device S randomly selects an opponent (second player). However, the selection range may be narrowed down based on user attributes such as similar experience level, gender and age (recorded at the time of player registration).

(5) In the above embodiment, a soccer game has been described as an example. However, it can also be applied as games such as rugby, basketball, baseball, and ice hockey.

(6) In the above embodiment, a team battle is performed between players in the stadium. Players outside the stadium may also be allowed to participate in team matches. However, if anyone can participate unconditionally, it may be intriguing in some cases, so for players outside the stadium, only the player who sent the invitation from the player in the stadium may participate. ..

In this case, the player in the stadium sends the user ID and e-mail address of the invited player to the server device S. In response to this, the server device S sends an e-mail to the effect of the invitation to the player. The URL for participation is attached to this email as a link.

The player who received the invitation clicks on this URL to apply for a match to the server device S. As a result, the server device S registers the player in the table shown in FIG. The invited player will participate in the same team as the invited player. Alternatively, the invited player may be able to select.

(7) In the above embodiment, a team battle is performed between players in the stadium. However, team battles may be held between players in places other than the stadium. Alternatively, a team battle may be performed not between players who are geographically the same, but between players who have common player attributes (attributes recorded at the time of user registration) such as age, residence, and occupation.

(8) In the above embodiment, a smartphone is used as the terminal device. However, a PC, tablet, PDA, game machine, arcade game machine, or the like may be used as the terminal device.

(9) In the above embodiment, a battle game in a position game in which the player's avatar moves in the virtual space as the player actually moves is described as an example. However, it can be applied in the same manner as long as it is a game in which the characteristics of the player are determined by the accumulation of the operations while performing the operations at the time of the battle.

For example, a battle game in which you control a weapon to defeat an opponent, a game in which timing is set according to the rhythm, a game in which you control things like Puyo Puyo (trademark) to compete, and a piece like shogi or go. It can also be applied to games that compete for victory or defeat.

(10) In the above embodiment, the victory or defeat is determined based on the score based on the timing and the score based on the experience value such as the battle experience. The score of the player is determined by the combination of the operation timing of the player (first player) who actually operates and the experience value of the player (first player), and when the opponent player (second player) is the opponent player, the score is determined. , The server device S randomly determines the score according to the timing, and determines the score in combination with the experience value recorded for the opponent player (second player).

However, regarding the score due to the timing of the second player, the distribution of the timing score may be calculated based on the past operation history of the second player, and the appearance probability of each timing score may be obtained and randomly determined. .. In this case, this appearance probability becomes a parameter based on the operation history.

In addition, the winner is determined (without using the score based on the experience value) based on the score based on the operation timing of the first player and the score of the operation timing of the second player randomly determined by the server device S. You may do it.

Further, based on the score based on the operation (not limited to the timing) of the first player and the score based on the result of the operation simulation performed by the server device S based on the operation history of the second player (experience value). It may or may not take into account the score of).

(11) In the above embodiment, the position and direction of the player are determined by using the GPS receiver and the geomagnetic sensor. In addition to this, or instead of this, a gyro sensor or an acceleration sensor may be used for discrimination.

(12) In the above embodiment, experience points are obtained by battle. However, instead of or in addition to this, experience points may be added according to the play time.

(13) In the above embodiment, only one server device S is provided. However, the function may be distributed and used in a plurality of server devices.

(14) In the above embodiment, in a team match, the victory or defeat is determined by the number of wins of the team. However, in addition to this, the number of players participating in the match may be taken into consideration. For example, the score based on the number of processes may be modified according to the number of players participating in the A team and the B team to determine the victory or defeat. For example, a team with a large number of players may be given a score of 10%. Also, when the number of participants in Team A is P and the number of participants in Team B is Q, the number of wins in Team A is multiplied by P / Q, and the number of wins in Team B is multiplied by Q / P. good.

(15) In the above embodiment, the experience value is not given to the second player. However, experience points may also be given to the second player. Further, the experience value may be given only to the opponent player among the second players. That is, the experience value may not be given to the athlete recorded in the server device S (the athlete recorded in the table of FIG. 9).

(16) In the above embodiment, the battle is divided into two teams, but the battle may be divided into three or more teams.

(17) In the above embodiment, neither the first player nor the second player actually operates to play a match. However, you may want to do this. In this case, both parties wait until the final stage is completed before deciding the victory or defeat. That is, if the time is up, the player loses, but if both players are within the time limit, the scores of both players are calculated and the winner is decided.

(18) In the above embodiment, an empirical value or an empirical level is used as a parameter. However, the operation skill (quickness and accuracy of operation), the tendency of operation, and the like may be used as parameters. For example, when stacking balls, the tendency of which color and position the balls tend to be stacked, and the tendency of how many balls should be stacked to perform a long press (final stage) in relation to the remaining time are used as parameters. , You may decide the victory or defeat by performing a virtual operation on the second player.

At this time, the player uses the past operation history (remaining time, color / number / position of already overlapped balls, newly generated ball color, etc., and operation content) of the player as learning data, and the player next A trained model may be generated by deep learning what kind of operation is to be performed. In this case, the trained model becomes a parameter based on the operation history.

In this way, the first player can actually perform the operation, and the second player can perform the virtual operation by the trained model to realize the battle.

(19) In the above-mentioned mobile phone, the experience level is used as a parameter. However, values obtained by playing the game other than the experience level may be used.

(20) In the above embodiment, the large display D is used, but it is not necessary to use the large display D.

(21) In the above embodiment, the server device S is accessed by the QR code to apply for a match. However, the server device may be accessed by the URL described in the mail or the like. Further, the battle application may be transmitted from the smartphone T to the communication device by wifi, Bluetooth, electromagnetic coupling, or the like, and the battle application may be transmitted from the communication device to the server device S.

Claims (29)

It is a battle game system that has a player's terminal device and a server device, and the players form a plurality of groups to play against each other.
The terminal device is
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
The terminal side processing including at least the processing of displaying the battle result by receiving the battle processing data from the server device that performs the battle processing based on the play operation of the application player and the parameters based on the play operation history of the opponent player is performed. Equipped with terminal-side processing means
The server device is
A recording unit that records as parameters based on the play operation history of each player,
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means that performs battle processing based on the play operation of the application player and parameters based on the play operation history of the opponent player.
A battle game system including a battle result output means that aggregates the battle results by the battle processing means and outputs the battle results as a group battle result. A recording unit that records as parameters based on the play operation history of each player,
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means that performs battle processing based on the play operation of the application player and parameters based on the play operation history of the opponent player.
The battle result output means that aggregates the battle results by the battle processing means and outputs it as the battle result of the group battle,
A server device for competitive game systems equipped with. A server program for realizing a server device capable of communicating with the terminal device by a computer because the players who operate the terminal devices form a plurality of groups to play against each other.
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means that performs battle processing based on the play operation of the application player and parameters based on the play operation history of the opponent player.
A server program for aggregating battle results by the battle processing means and functioning as a battle result output means for outputting as a battle result of a group battle. It is a terminal device operated by each player because the players form a plurality of groups and play against each other.
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
A terminal including a process of receiving battle processing data from a battle processing means of a server device that performs battle processing based on the play operation of the application player and parameters based on the play operation history of the opponent player, and displaying at least the battle result. Terminal-side processing means that performs side processing, and
A terminal device for competitive game systems equipped with. A terminal program for realizing a terminal device operated by each player by a computer because the players form a plurality of groups to play against each other.
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
A terminal including a process of receiving battle processing data from a battle processing means of a server device that performs battle processing based on the play operation of the application player and parameters based on the play operation history of the opponent player, and displaying at least the battle result. A terminal program that functions as a terminal-side processing means that performs side processing. In any of the systems, devices or programs of claims 1-5.
A system, device, or program characterized in that the parameter based on the play operation history is the appearance probability of a plurality of operation results based on the play operation history of the other player. In any of the systems, devices or programs of claims 1-5.
The system and device are characterized in that the parameters based on the play operation history are learned based on the play operation history of the opponent player, and are a learned model for predicting the operation of the opponent player based on the game situation. Or a program. In any of the systems, devices or programs of claims 1-5.
A system, device, or program characterized in that the parameter based on the play operation history is a player's level value based on the play operation history of the other player. In any of the systems, devices or programs of claims 1-8.
The match processing means includes a score based on the play operation of the application player, a score based on the parameters based on the play history of the application player, a score based on the virtual play operation of the opponent player, and a score based on the parameters based on the play history of the opponent player. A system, device or program characterized in determining the outcome of a match based on. It is a battle game system that has a player's terminal device and a server device, and the players form a plurality of groups to play against each other.
The terminal device is
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. It is provided with a terminal-side processing means that receives battle processing data from a server device that performs battle processing of the opponent player and performs terminal-side processing including processing for displaying at least the battle result.
The server device is
A recording unit that records characteristics based on the play history of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
A battle game system including a battle result output means that aggregates the battle results by the battle processing means and outputs the battle results as a group battle result. A recording unit that records characteristics based on the play history of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
The battle result output means that aggregates the battle results by the battle processing means and outputs it as the battle result of the group battle,
A server device for competitive game systems equipped with. A server program for realizing a server device capable of communicating with the terminal device by a computer because the players who operate the terminal devices form a plurality of groups to play against each other.
A match application receiving means for receiving a match application from a terminal device,
An opponent determining means for selecting an opponent for an application player who has applied for a match from players in a group different from the group to which the application player belongs.
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
A server program for aggregating battle results by the battle processing means and functioning as a battle result output means for outputting as a battle result of a group battle. It is a terminal device operated by each player because the players form a plurality of groups and play against each other.
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. A terminal-side processing means that receives battle processing data from a server device that performs battle processing of the opponent player and performs terminal-side processing including at least a processing of displaying the battle result.
A terminal device for competitive game systems equipped with. A terminal program for realizing a terminal device operated by each player by a computer because the players form a plurality of groups to play against each other.
A battle application transmission means for transmitting a battle application to the server device in order to determine the opponent player,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. A terminal program for receiving battle processing data from a server device that performs battle processing of the opponent player and allowing it to function as a terminal-side processing means that performs terminal-side processing including processing for displaying at least the battle result. In any of the systems, devices or programs of claims 1-14.
The plurality of groups of the players are composed of a first group of players who support the first team of the game played in the stadium and a second group of players who support the second team.
The opponent determining means selects a player from among the players who are spectators in the stadium and uses it as the opponent player.
The match result output means is a system, device or program characterized by outputting the total score of the players of the first group and the total score of the players of the second group so as to be displayed in real time on the large screen of the stadium. .. In the system, apparatus or program of claim 15.
The match result output means is a system, device or program characterized by outputting the total number of wins of players belonging to the group as the total score. In any of the systems, devices or programs of claims 1-16.
The opponent determining means is characterized in that a player having a random level is selected as the opponent player regardless of the level of the application player, or a player having a level matching the level of the application player is selected as the opponent player. The system, device or program to be. In any of the systems, devices or programs of claims 1-17.
The opponent determination means selects a player from the players who have applied for participation in the game and uses it as the opponent player.
The match result output means is a system, device or program characterized in that the total score of each group is output to the terminal device of each player. In any of the systems, devices or programs of claims 1-18.
A system, device or program, characterized in that the parameter is a value given by playing a game. A competitive game system having a player's terminal device and a server device.
The terminal device is
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
The terminal side processing including at least the processing of displaying the battle result by receiving the battle processing data from the server device that performs the battle processing based on the play operation of the application player and the parameters based on the play operation history of the opponent player is performed. Equipped with terminal-side processing means
The server device is
A recording unit that records the play operation characteristics of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means for performing a battle process between the application player and the opponent player based on the play operation of the application player and the parameters of the opponent player who is the opponent.
A battle game system including a battle result output means for outputting a battle result by the battle processing means. A server device capable of communicating with the terminal device in order to provide a battle game to a player who operates the terminal device.
A recording unit that records the play operation characteristics of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means for performing a battle process between the application player and the opponent player based on the play operation of the application player and the parameters of the opponent player who is the opponent.
The battle result output means for outputting the battle result by the battle processing means,
A server device for competitive game systems equipped with. A server program for realizing a server device capable of communicating with the terminal device by a computer in order to provide a battle game to a player who operates the terminal device.
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
A battle processing means for performing a battle process between the application player and the opponent player based on the play operation of the application player and the parameters of the opponent player who is the opponent.
A server program for functioning as a battle result output means for outputting a battle result by the battle processing means. A terminal device operated by a player for a competitive game.
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
The terminal side processing including at least the processing of displaying the battle result by receiving the battle processing data from the server device that performs the battle processing based on the play operation of the application player and the parameters based on the play operation history of the opponent player is performed. Terminal side processing means and
A terminal device equipped with. A terminal program for realizing a terminal device operated by a player for a competitive game by a computer, which is a computer.
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
The terminal side processing including at least the processing of displaying the battle result by receiving the battle processing data from the server device that performs the battle processing based on the play operation of the application player and the parameters based on the play operation history of the opponent player is performed. A terminal program for functioning as a processing means on the terminal side. A competitive game system having a player's terminal device and a server device.
The terminal device is
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. It is provided with a terminal-side processing means that receives battle processing data from a server device that performs battle processing of the opponent player and performs terminal-side processing including processing for displaying at least the battle result.
The server device is
A recording unit that records the play operation characteristics of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
A battle game system including a battle result output means for outputting a battle result by the battle processing means. A server device capable of communicating with the terminal device in order to provide a battle game to a player who operates the terminal device.
A recording unit that records the play operation characteristics of each player as parameters,
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
The battle result output means for outputting the battle result by the battle processing means,
A server device equipped with. A server program for realizing a server device capable of communicating with the terminal device by a computer in order to provide a battle game to a player who operates the terminal device.
A match application receiving means for receiving a match application from a terminal device,
A play operation receiving means for receiving a play operation input by the application player from the terminal device for which the battle application has been made, and a play operation receiving means.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. The battle processing means for performing the battle processing of the opponent player,
A server program for functioning as a battle result output means for outputting a battle result by the battle processing means. A terminal device operated by a player for a competitive game.
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. A terminal-side processing means that receives battle processing data from a server device that performs battle processing of the opponent player and performs terminal-side processing including at least a processing of displaying the battle result.
A terminal device equipped with. A terminal program for realizing a terminal device operated by a player for a competitive game by a computer, which is a computer.
A match application transmission means for sending a match application to the opponent player to the server device,
A play operation transmission means that receives a play operation by the application player who applied for the match and sends it to the server device.
With the application player, based on the parameter score based on the parameters of the application player and the operation score based on the play operation, and the parameter score and the virtual operation score based on the parameters of the opponent player who is the opponent recorded in the recording unit. A terminal program for receiving battle processing data from a server device that performs battle processing of the opponent player and allowing it to function as a terminal-side processing means that performs terminal-side processing including processing for displaying at least the battle result.

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