JP2002253861A - Video game program, recording medium with video game program recorded therein, voice generation method for video game, and video game system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To transmit the will of a game player to the other game player through its own player character in a network conformation type video game. SOLUTION: When the operation information of a game player is transmitted, it is received (step S401). When it is an offense time as the judgment result in step S402, voice data corresponding to the operation form shown by the received operation information is read from an offense time voice table (step S403) to generate a voice (step S404). When the player A performs a button operation by use of a key pad, for example, the voice of the player character AC is generated also from the video game machine of the other game player B. Accordingly, the will of the game player A that the player A wants the delivery of a ball to the player character AC is transmitted to the game player B.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a video game program and a video game for realizing voice generation processing of a player character in a network-compatible video game in which a plurality of players simultaneously participate in a game such as a soccer game using a network. A recording medium on which a game program is recorded,
The present invention relates to a method for generating sound in a video game and a video game system.

[0002]

2. Description of the Related Art A soccer game is known as one of video games. In this soccer game, a virtual soccer stadium is displayed on a display screen, and a virtual soccer team is entered in the soccer stadium. The game is a game in which a virtual soccer game is played on a display screen by operating a player character constituting one of the teams based on an operation of a game player.

[0003] In addition, video games in which a soccer game is developed to be compatible with a network have come to appear.
In a network-compatible soccer game, a player's own character controlled by the game player's operation on the terminal and another player's character controlled by the game player's operation on another terminal are included in the team. Is included. Then, the player's own character and another player's character cooperate with each other in response to an operation on each terminal to perform an attack or a defense, thereby advancing the game.

[0004]

However, in the case of a network-compatible soccer game, for example, game players are not close to each other and participate in the game as in a general soccer game played by a plurality of players. Game players who operate player characters in their own teams participate in the game in completely different places. In other words, in a general soccer game, if a player wants to give a ball to his own character, if the game player himself makes a voice to that effect, his intention is transmitted to other game players and the ball is given to his own player character. You can get it. However, in a network-compatible soccer game in which a game player participates in a completely different place, if the player wants to give the ball to his own player character, even if the game player himself makes a voice to that effect, This means that the intention cannot be transmitted to other game players. As a result, when performing the cooperative play, each game player is dissatisfied, which is one of the causes of a decrease in interest of the network-compatible video game.

[0005] The present invention has been made in view of such conventional problems, and has been described as being able to communicate the intention of a game player to another game player through his or her own player character. It is an object of the present invention to provide a video game program, a recording medium storing the video game program, a method for generating sound in a video game, and a video game system for enhancing the interest of the video game.

[0006]

According to the first aspect of the present invention, a plurality of terminals operated by each player and at least one server are connected via a network. By performing communication between the terminal and the server, a virtual space is displayed on the display screen of each terminal, and the player's own character controlled by the operation of the terminal and the other player's character are displayed in the virtual space. A video game program that displays a player character of another player controlled by an operation and causes a computer to execute a video game that virtually implements a predetermined game. An acquisition procedure for acquiring, and a first voice generating means for virtually generating a voice corresponding to the operation mode acquired in the acquisition procedure from the player's own character. And a transmission procedure of transmitting the operation mode acquired in the acquisition procedure to the server, and the same voice corresponding to the operation mode of the other terminal transmitted from the server is virtualized from another player character corresponding to the operation mode. And causing the computer to execute the second sound generation procedure to be generated, and the server receives the operation form transmitted from the terminal of each game player and transmits the operation form to the terminal of another game player Causes the computer to execute the sending / receiving procedure.

[0007] Therefore, when the game player performs an operation at each terminal by executing processing in accordance with the game program by the computer, a sound corresponding to the operation form is virtually generated from the player character of the game player on the display screen. appear.

[0008] The operation mode at the terminal is transmitted to the server and received, and then transmitted to the terminal of another game player. Then, in the terminal of another game player, the same voice corresponding to the operation mode of the other terminal transmitted from the server is virtually generated from the corresponding other player character on the display screen.

Therefore, for example, when the terminal of the game player A and the terminal of the game player B are connected to the server, if an operation is performed on the terminal of the game player A, the terminal of the game player A becomes In addition to the virtual sound generated from the player character of the game player B, the same sound is virtually generated from the player character of the game player A also at the terminal of the game player B. Therefore, the intention of the game player A is determined by the voice virtually generated from the player character of the game player A at the terminal of the game player B.
Is transmitted to For this reason, even in the network-compatible video game, the intention of the game player can be transmitted to another game player via the player character, and the interest of the network-compatible video game is enhanced.

Further, in the invention according to claim 2, in the first and second sound generation procedures, the computer is further made to execute a procedure for controlling the volume of the sound based on the operation mode. Therefore, by changing the volume according to the operation mode, the emotions of the game player can be transmitted to other game players via the own player character, and the interest of the network-compatible video game is further enhanced.

[0011] In the invention according to claim 3, the predetermined game is a soccer game. Therefore,
In a case where the player wants to give the ball to the player character, the intention can be communicated to another game player, thereby enabling a smooth cooperative play in a network-compatible soccer game.

According to the third to sixth aspects of the present invention, the same effects as those of the first to third aspects of the invention can be obtained by causing a computer to read a program recorded on a recording medium. It becomes possible. According to the seventh aspect of the invention, the same effects as those of the first aspect of the invention can be obtained by causing a computer to execute the processing to be described. Therefore, by executing the described processing steps using hardware such as a general-purpose computer and a general-purpose game device, the character lending realization technology of the present invention can be easily implemented with these hardwares.

According to the eighth aspect of the invention, it is possible to obtain the same effects as the first aspect of the invention as a system.

[0014]

DESCRIPTION OF THE PREFERRED EMBODIMENTS Embodiments of the present invention will be described below with reference to the drawings. In this embodiment, the present invention is applied to a video game service in which a plurality of players can participate via a network. FIG. 1 is a schematic diagram showing the configuration of a network game system that provides such a network-compatible video game service. In this system, a plurality of video game machines 1
(Hereinafter, a plurality of video game machines 103a, 103b,... Are collectively referred to as video game machines 103) and a general-purpose computer 104a,
Are connected to the server group 102 via the Internet 100.

The server group 102 provides an authentication server group 111 for managing accounts for user authentication, an interface between the video game machine 103 and another server group, and also provides a content browsing service such as audio and video. Server group 112 that provides a chat and messenger environment
3. It includes a mail server group 115 for providing an electronic mail service, a profile server group 115 for managing a user's profile, and a game server group 116 for providing a game environment. These server groups 111 to 116 are mutually connected via a LAN 117.

The game server group 116 includes a plurality of video game machines 103 in order to search for an opponent to play with.
Is connected to the server. This server is sometimes called a lobby server because it provides a virtual lobby for players to gather and communicate.

When the video game machine 103 is connected to the lobby server, a screen representing a virtual “lobby” is displayed on the display device of the video game machine 103. On this lobby screen, the player's own character and the characters of other players connected to the lobby server are displayed. Players can chat, thereby interacting with other players and searching for a partner to play the game with. When “start of game” is selected from the menu displayed on the lobby screen, the video game machine 103 is connected to one of the game servers in the game server group 116 and the game screen is displayed on the display device of the video game machine 103. And the game is started.
On the game screen, in addition to your player character,
If there is another player participating in the game, the character of that player is also displayed.

FIG. 2 is a block diagram showing the configuration of the video game machine 103. As shown in the figure, the video game machines 103a and 103b are, for example, a game machine body 2
, Keypad 3, memory card 4, TV set 5
And a CD-ROM 6.

The game machine body 2 includes, for example, a CPU 8 (Central Processing Uniform) connected to each other through a bus 7.
t), ROM (Read Only Memory) 18, RAM (Rando
m Access Memory) 9, HDD (Hard Disk) 10, interface unit 11, sound processing unit 12, graphic processing unit 13, CD-ROM (Compact Disc Read Only)
Memory) drive 14, detachable CD-ROM 6, and communication interface 15.

The CPU 8 sequentially executes the programs stored in the RAM 9 based on a basic program such as a boot program and an OS (Operating System) stored in the ROM 18 to perform processing for advancing the game.
The CPU 8 also controls the operation of each unit 9 to 15 in the game machine main body 2.

The RAM 9 is used as a main memory of the game machine main body 2 and stores programs and data transferred from the CD-ROM 6 and necessary for the progress of the game. The RAM 9 is also used as a work area when executing a program. That is, R
A program storage area 91, a data storage area 92, a work area 93 and the like are allocated to the AM 9. Programs and data stored in the program storage area 91 and the data storage area 92 are stored in a CD-R under the control of the CPU 8.
The OM drive 14 reads from the CD-ROM 6 and
The data is transferred to M9 or received from the game server group 116. The work area 93 temporarily stores various data required in the course of the game.

The HDD 10 has a communication interface 1
5. Game programs and data captured via the communication line 16 and the Internet 100 are also stored. The detachable keypad 3 and the memory card 4 are connected to the interface unit 11. The interface unit 11 controls data transfer between the keypad 3 and the memory card 4 and the CPU 8 and the RAM 9.
Note that the keypad 3 includes direction keys and various buttons. When the player operates these keys and buttons, necessary inputs for the progress of the game, such as an instruction to move to the own character and an instruction to perform an operation, are performed.
The memory card 4 stores save data indicating the progress of the game at the end of the game, and the current save data includes the character data described above.

The sound processing unit 12 responds to an instruction from the CPU 8 to execute a BGM (Back G
Processing for reproducing sound data such as round music) and sound effects is performed, and output to the TV set 5 as an audio signal.

The graphic processing unit 13 performs three-dimensional graphic processing according to an instruction from the CPU 8 and generates image data according to the progress of the game. The graphic processing unit 13 adds a predetermined synchronization signal to the generated image data and outputs the image data to the TV set 5 as a video signal.

The CD-ROM drive 14 stores a CD set in the game machine main unit 2 in accordance with an instruction from the CPU 8.
Drive the ROM 6 and transfer programs and data stored in the CD-ROM 6 to the RAM 9 via the bus 7;

The communication interface 15 is a communication line 1
6 and connected to the Internet 100 through the CP
In accordance with an instruction from U8, processing for exchanging programs and data with the game server group 116 is performed.

The CD-ROM 6 stores programs and data (game program 6a) necessary for the progress of the game. The CD-ROM 6 is driven by a CD-ROM drive 14 to read out stored programs and data. The programs and data read from the CD-ROM 6 are transferred from the CD-ROM drive 14 to the RAM 9 via the bus 7.

The TV set 5 includes a graphic processing unit 13
(CaT) that displays an image corresponding to the video signal from
The display device 51 includes a display device 51 such as a thode ray tube) and a speaker 52 that outputs sound corresponding to the sound signal from the sound processing unit 12. Usually, a television set is used as the TV set 5.

FIG. 3A is a plan view showing the keypad 3, and FIG. 3B is a rear view showing the keypad 3.
The keypad 3 includes a cross key 31 for inputting a direction instruction and operation keys (o button 32, △ button 33, □ button 34, × button 35, start button 36) for inputting various commands to the CPU 8. , Select button 42)
Are provided as operation tools. The keypad 3 is provided with a joystick 37 as an operation tool. A plurality of operation keys (R
1 button 38, R2 button 39, L1 button 40, L2
The button 41) is used as an operating tool. further,
The keypad 3 has a built-in motor, and the motor operates by receiving a predetermined control signal from the CPU 8 so that the keypad 3 can be vibrated as a whole.

FIGS. 4A to 4C show video game machines 103 transmitted from the game server at the start of the game.
3 is a conceptual diagram showing a configuration of a table stored in a data storage area 92 of a RAM 9 in FIG. Data storage area 92
Stores an attack time voice table 921, a defensive time voice table 922, and a corner kick time voice table 923.

In the soccer game according to the present embodiment, the attack voice table 921 includes voice data to be generated by the team to which the player character operated by the game player of each video game machine 103 belongs during the attack,
The operation mode of the button operation on the keypad 3 is stored correspondingly. That is, when the L2 button 41 is operated, the voice “Hay” is output, and the L2 button 41 and the O button 32
Is operated, the sound "vertical", the L2 button 41
And the □ button 34 are operated, the sound “back”,
When the L2 button 41 and the X button 35 are operated, it means that the sound “Migi” is generated, and when the L2 button 41 and the △ button 33 are operated, the sound “Hidari” is generated. .

The defensive voice table 922 includes, in a soccer game, voice data to be generated by the team to which the player character operated by the game player of each video game machine 103 belongs during defensive, and button operation on the keypad 3. The form is stored correspondingly. That is, when the L2 button 41 and the ボ タ ン button 32 are operated, the sound “Agare” is performed, and when the L2 button 41 and the □ button 34 are operated, the sound “Modre” and the L2 button 41 are operated.
When the X button 35 and the X button 35 are operated, the sound “zone” is to be generated, and when the L2 button 41 and the △ button 33 are operated, the sound “atre” is to be generated.

In the corner kick voice table 923, each video game machine 103
The voice data to be generated by the team to which the player character operated by the game player belongs at the time of the corner kick and the operation mode of the button operation on the keypad 3 are stored in association with each other. That is, when the △ button 33 is operated, the voice “Far” is operated, when the □ button 34 is operated, or when the ○ button 32 is operated, the voice “Hay” and the × button 35 are operated. In this case, it means that the sound “near” should be generated.

FIG. 5 is a flowchart showing a login process for connecting the video game machine 103 to the game server. First, as in a normal game, basic processing including display of an initial screen (such as a maker logo), check of the memory card 4, display of a title screen, loading of data, and the like is performed (step S101).

Next, an initial menu is displayed on the display device 51 (step S102), and when the player selects "Internet connection" (step S103), the video game machine 103 is connected to one server in the content server group 112. The connection is established via the Internet 100 (step S104).

Next, a player authentication procedure is executed (step S105). When the video game machine 103 is connected to the content server, an authentication request screen is displayed on the display device 51. The player inputs information necessary for authentication in the displayed authentication request screen. The input information is sent from the video game machine 103 to the authentication server group 111 via the content server, where the authentication is performed.

When the authentication is obtained, a service menu is displayed on the display device 51 (step S106). When the player selects “game” from the service name displayed on the service menu (step S107), the video game machine 103 is connected to the lobby server included in the game server group 116 (step S108), and the lobby screen is displayed on the display device 51. Is displayed (step S109).

"Start game" by operating the keypad 3
Is instructed (step S110), the video game machine 103 is connected to one of the game servers in the game server group 116 (step S111), and a game screen is displayed on the display device 51 (step S124). ).
At this time, the game program and the tables 921 to 92
3 is transmitted from the game server to the video game machine 103, and the game program is stored in the program area 91 of the RAM 9.
And the tables 921 to 923 are stored in the data storage area 92, whereby the game is started.

Here, it is assumed that the video game machine 103a operated by the game player A and the video game machine 103b operated by the game player B are connected to the same game server for playing the same soccer game. I do. Then, the display device 51 of the video game machine 103a and the video game machine 103b displays the player character AC operated by the game player A together with the ball 512 in the virtual space 511 as shown in FIG. The player character BC operated by the player B is displayed as a player character of the same team. Each game player A, B moves the corresponding player character AC, BC by operating the joystick 37 with the keypad 3, or operates the R1 button 38 to operate the corresponding player character A.
The soccer and BC can dash and cooperate to progress the soccer game.

FIG. 7 is a flowchart showing a part of the processing executed by the CPU 8 in the video game machine 103a of the game player A based on the program stored in the program area 91 of the RAM 9, for example. When a button operation is input from the keypad 3 by the game player A (step S201), operation information indicating an operation mode of the button operation is transmitted to the connected game server (step S202). Next, it is determined whether or not the team to which the player character AC belongs is during an attack (step S20).
3). If it is during the attack, the voice data corresponding to the operation mode of the button operation on the keypad 3 is read out from the attack voice table 921 (step S2).
04), a sound is generated in a predetermined sound quality of the player character AC (step S205).

Therefore, for example, when the game player A operates the L2 button 41 and the ボ タ ン button 32 with the keypad 3, the speaker 52 has the sound quality of the player character AC.
Generates a vertical sound. Thereby, FIG.
As shown in a pseudo manner, the sound is heard from the player character AC displayed on the display device 51 as if a virtual "vertical" sound was generated. Further, for example, when the game player A operates the L2 button 41 with the keypad 3, a sound “hay” is generated from the speaker 52 with the sound quality of the player character AC. As a result, as shown in a pseudo manner in FIG. 6C, the player character AC displayed on the display device 51 hears the sound as if a virtual “hay” was generated.

In step S206 subsequent to step S205, it is determined whether or not the same operation has been performed continuously. If the same operation has been performed continuously, the same sound is generated at a higher volume (step S206). S207). Therefore, in the same manner as described above, when the game player A operates the L2 button 41 with the keypad 3, as shown in a pseudo manner in FIG. A virtual "hay" sound occurs,
When the L2 button 41 is operated again, the same sound “hay” is generated at a large volume as shown in FIG.

Step S207 following step S207
At 208, it is determined whether or not the team to which the player character AC belongs is in defense. If it is a defense time, the keypad 3 is obtained from the defense time voice table 922.
The voice data corresponding to the operation mode of the button operation is read out (step S209), and a voice is generated with the predetermined sound quality of the player character AC (step S210).

Step S210 following step S210
At 211, it is determined whether or not the team to which the player character AC belongs is a corner kick. If it is time for a corner kick, voice data corresponding to the operation mode of the button operation on the keypad 3 is read from the voice table 923 for the time of a corner kick (step S2).
12) A sound is generated with a predetermined sound quality of the player character AC (step S213).

On the other hand, the game server operates according to the flowchart shown in FIG. 9 based on the program. That is, it is determined whether or not the operation information indicating the operation mode of the button operation on the keypad 3 transmitted from the connected video game machine 103 has been received from the connected video game machine 103 (step S301). . When the operation information is received from any of the connected video game machines 103, the operation information is received from the other connected video game machines 103.
(Step S301).

On the other hand, FIG.
CPU 8 in the video game machine 103b
9 is a flowchart showing a part of a process executed based on a program stored in a program area 91 of FIG. As described above, when the operation information is transmitted from the game server, the operation information is received (step S401). Next, it is determined whether or not the team to which the player character BC belongs (also the team to which the player character AC belongs) is under attack (step S402). And if it ’s an attack,
The voice data corresponding to the operation mode indicated by the received operation information is read from the attack-time voice table 921 (step S403), and a voice is generated with a predetermined sound quality of the player character AC (step S40).
4).

Therefore, for example, when the game player A operates the L2 button 41 and the O button 32 with the keypad 3, the sound from the speaker 52 of the video game machine 103a is output with the sound quality of the player character AC as described above. Not only does a "vertical" sound occur, but also a "vertical" sound is generated from the speaker 52 of the video game machine 103b. Thereby, even in the case of the game player B, as shown in a pseudo manner in FIG. 6B, the player character AC displayed on the display device 51 hears the virtual "vertical" sound. You.

Therefore, for example, as shown in FIG. 6A, the player character BC controls the ball 512, and the player character AC is free without being marked by the player character (not shown) of the enemy team. When the game player A is in the state of
And the ボ タ ン button 32 are operated. Then, a virtual "vertical" sound is generated from the player character AC,
The game player A gives the player character AC a ball 512
Is transmitted to the game player B. Therefore, as shown in FIG. 6B, the game player B operates the player character BC and
Is passed to the player character AC, cooperative play becomes possible, and the interest of the network-compatible video game is enhanced.

Then, in step S405 following step S404, it is determined whether or not the received operation information indicates that the same operation has been continuously performed. Then, the same sound is generated at a higher volume (step S406). Accordingly, as described above, when the game player A operates the L2 button 41 with the keypad 3, the video game machine 103b of the game player B as shown in FIG.
When the voice “hay” is virtually generated from the player character AC displayed on the display device 51 and the L2 button 41 is operated again, as shown in FIG.
The same sound "hay" is generated at a high volume.

Therefore, the emotion of the game player A can be transmitted to the game player B via the player character AC by changing the volume according to the button operation mode of the keypad 3 by the game player A. The interest of video games is further enhanced.

Step S406 following step S406
At 407, it is determined whether or not the team to which the player character BC belongs is in defense. If it is the defense time, the voice data corresponding to the operation form indicated by the received operation information is read out from the defense time voice table 922 (step S408), and the sound quality of the predetermined player character AC is determined. Generate voice (step S40)
9).

Further, step S following step S409
At 410, it is determined whether or not the team to which the player character BC belongs is a corner kick. If it is time for a corner kick, voice data corresponding to the operation mode indicated by the received operation information is read from the voice table for corner kick 923 (step S41).
1) A sound is generated with a predetermined sound quality of the player character AC (step S411).

In the above-described embodiment, the case where the game player A performs the button operation with the keypad 3 has been described, but the case where the game player B performs the button operation with the keypad 3 is described. The video game machine 103b of the game player B operates according to the flowchart shown in FIG. 7, and the video game machine 103a of the game player A operates according to the flowchart shown in FIG. That is, in each of the video game machines 103, when a button operation is performed on the keypad 3 of the video game machine 103, the operation is performed according to the flowchart shown in FIG. When the button is operated by the user, the operation is performed according to the flowchart shown in FIG. This is the same when a plurality of video game machines 103 are connected by the game server. Further, in the present embodiment, only the case where sound is generated has been described. However, as shown in FIGS. 8A and 8B, the display form of the player character is changed according to the generated sound. You may.

Further, in the present embodiment, the case has been described where the present invention is realized using a home game machine as a platform. However, the present invention can be realized even when a general-purpose computer such as a personal computer or an arcade game machine is realized as a platform. Good.

In addition, in the present embodiment, programs and data for realizing the present invention are stored in a CD-ROM, and this CD-ROM is used as a recording medium. However, the recording medium is not limited to a CD-ROM, but may be a DVD (Digital Versatile Disc), another magnetic or optical recording medium readable by a computer, or a semiconductor memory. Further, a program and data for realizing the present invention may be provided in a form preinstalled in a storage device of a game machine or a computer in advance.

A program and data for realizing the present invention are stored in the Internet 1 connected via a communication line 16 by a communication interface 17 shown in FIG.
Alternatively, the device may be downloaded from another device on the HDD 00 to the HDD 10 and used. Further, the program and data are recorded in a memory of another device on the communication line 16,
The program and data may be sequentially stored in the RAM 9 as needed via the communication line 16 and used.

In addition, the form of providing programs and data for realizing the present invention may be provided as a computer data signal superimposed on a carrier wave from another device on the Internet 100. In this case, the communication interface 15 requests another device on the Internet 100 to transmit a computer data signal via the communication line 16, receives the transmitted computer data signal, and stores it in the RAM 9. RAM in this way
It is also possible to implement the present invention on the game device 1 using programs and data stored in the game device 9.

[0058]

As described above, according to the present invention, at the terminal of the game player connected to the server, it is possible to generate a virtual sound corresponding to the operation mode from the player's own character. In the terminal of another game player, the same voice can be virtually generated from the player character of the game player. Therefore, by changing the operation mode, each game player can transmit his / her intention to the other game players by a sound virtually generated from the player character of the game player. That is, even in the network-compatible video game, the intention of the game player can be transmitted to other game players via the player character, and the interest of the network-compatible video game can be enhanced.

[Brief description of the drawings]

FIG. 1 is a configuration diagram of a system to which an embodiment of the present invention is applied;

FIG. 2 is a block diagram showing the overall configuration of the video game machine.

3A is a plan view showing a keypad, and FIG. 3B is a rear view.

4A is a conceptual diagram illustrating an attack voice table, FIG. 4B is a conceptual diagram illustrating a defense voice table, and FIG. 4C is a conceptual diagram illustrating a corner kick voice table.

FIG. 5 is a flowchart illustrating a processing procedure of a login process.

FIG. 6 is a diagram illustrating an example of a display screen in which voice is simulated.

FIG. 7 is a flowchart showing a processing procedure of the video game machine when a button is operated on the keypad 3;

FIG. 8 is a diagram showing an example of a display screen in which audio is simulated.

FIG. 9 is a flowchart showing a processing procedure of the game server.

FIG. 10 is a flowchart showing a processing procedure of the video game machine when receiving operation information.

[Explanation of symbols]

 2 Game console body 5 TV set 6 CD-ROM 8 CPU 100 Internet 103a Video game console 103b Video game console

Claims (8)

[Claims] 1. A virtual space is displayed on a display screen of each terminal by connecting a plurality of terminals operated by each player and at least one server via a network and performing communication between the terminals and the server. In addition to displaying the player's own character controlled by operation on the terminal and another player's character controlled by operation on another terminal in this virtual space, a virtual predetermined game is played. A video game program that causes a computer to execute a video game to be realized. In each terminal, an acquisition procedure for acquiring an operation mode at each terminal, and a sound corresponding to the operation mode acquired in the acquisition procedure are output to the terminal. First generated virtually from own player character
A voice generation procedure, a transmission procedure of transmitting the operation mode acquired in the acquisition procedure to the server, and another person corresponding to the same voice corresponding to the operation mode at another terminal transmitted from the server. And causing the computer to execute a second sound generation procedure virtually generated from the player character. The server receives the operation form transmitted from the terminal of each game player, A video game program for causing a computer to execute a transmission / reception procedure for transmitting to a terminal. 2. In the first and second sound generation procedures,
2. The video game program according to claim 1, further comprising causing a computer to execute a procedure of controlling the volume of the sound based on the operation mode. 3. The video game program according to claim 1, wherein the predetermined game is a soccer game. 4. A virtual space is displayed on a display screen of each terminal by connecting a plurality of terminals operated by each player and at least one server via a network and performing communication between the terminals and the server. In addition to displaying, in this virtual space, the player's own character controlled by the operation on the terminal and the other player's character controlled by the operation on another terminal are displayed, and a predetermined game is virtually played. A recording medium storing a computer-readable game program for executing a video game to be realized, wherein at each terminal, an acquisition procedure for acquiring an operation mode at each terminal, and the operation mode acquired at the acquisition procedure A virtual sound generated from the player's own character according to the first character
A voice generation procedure, a transmission procedure of transmitting the operation mode acquired in the acquisition procedure to the server, and another person corresponding to the same voice corresponding to the operation mode at another terminal transmitted from the server. And a second sound generation procedure virtually generated from the player character. The server receives the operation form transmitted from the terminal of each game player, and transmits the operation form to the terminal of another game player. A recording medium having recorded thereon a game program for executing a transmission / reception procedure for transmission. 5. In the first and second sound generation procedures,
The recording medium according to claim 1, wherein a game program for causing a computer to further execute a procedure for controlling the volume of the sound based on the operation mode is recorded. 6. The recording medium according to claim 4, wherein the predetermined game is a soccer game. 7. A virtual space is displayed on a display screen of each terminal by connecting a plurality of terminals operated by each player and at least one server via a network and performing communication between the terminals and the server. In addition to displaying, in this virtual space, the player's own character controlled by the operation on the terminal and the other player's character controlled by the operation on another terminal are displayed, and a predetermined game is virtually played. A sound generation method in a video game to be realized, wherein in each terminal, an acquisition process for acquiring an operation mode at each terminal, and a sound corresponding to the operation mode acquired in the acquisition process are output to the player character of the player. First generated virtually from
A voice generation process, a transmission process of transmitting the operation mode acquired in the acquisition process to the server, and another person corresponding to the same voice corresponding to the operation mode of another terminal transmitted from the server. Executing a second sound generation process virtually generated from the player character, wherein the server receives the operation form transmitted from the terminal of each game player and transmits the operation form to the terminal of another game player. A sound generation method in a video game program, characterized by executing transmission / reception processing for transmission. 8. A virtual space is displayed on a display screen of each terminal by connecting a plurality of terminals operated by each player and at least one server via a network and performing communication between the terminals and the server. In addition to displaying, in this virtual space, the player's own character controlled by the operation on the terminal and the other player's character controlled by the operation on another terminal are displayed, and a predetermined game is virtually played. A video game system to be realized, wherein each terminal obtains an operation mode at each terminal, and outputs a voice corresponding to the operation mode obtained by the obtaining section from the player character of the player. First to generate
Voice generating means, transmitting means for transmitting the operation mode obtained by the obtaining means to the server, and another person corresponding to the same voice corresponding to the operation mode on another terminal transmitted from the server. A second voice generating means for virtually generating a voice from a player character, wherein the server receives the operation form transmitted from the terminal of each game player and transmits the operation form to a terminal of another game player A video game system comprising transmission / reception means.