CN115138078A - Game grouping method and device, computer equipment and medium - Google Patents

Abstract

The present application provides a method, apparatus, computer equipment and medium for grouping games, the method includes: displaying multiple virtual player identifiers located in the multiple grouping areas in the team room interface; responding to the team room The game preparation progress meets the preset progress requirements, and the virtual players in the team room are randomly formed according to the target team number to obtain a team result, and at least part of the virtual players will be formed according to the team result. The player ID is changed from the first team position to the second team position; in response to the game start request, the virtual players in the team room are controlled to enter the battle game scene and enter the game battle stage; the response is in the game battle stage The virtual players belong to the same team, and the current game battle stage is settled.

Description

A method, apparatus, computer equipment and medium for game grouping

technical field

The present application relates to the technical field of games, and in particular, to a method, apparatus, computer device and medium for grouping games.

Background technique

At this stage, games have gradually become an important way of entertainment in people's lives, and there are more and more game types. Among them, competitive games are based on the fact that players can control virtual characters for real-time confrontation during the game. Game features have become attractive to players. The important feature of the game allows players to participate in the same game with many players without moving their position in the real world, which improves the player's gaming experience.

In competitive games, players may need to fight against players from different camps, but players in each camp may know themselves and understand their own strengths. When players form a camp, in order to upgrade the game, they will try their best to If players with stronger strength are drawn to form a team, then when the final game is played, there may be a large difference in the strength of players from different camps.

SUMMARY OF THE INVENTION

In view of this, the purpose of the present application is to provide a game grouping method, apparatus, computer equipment and medium, which are used to solve the problem in the prior art that when virtual players form teams, the game strengths of different teams are quite different.

In a first aspect, an embodiment of the present application provides a method for grouping games, displaying a graphical user interface through a terminal device, where the graphical user interface includes a team room interface of a team room, and the team room interface includes a plurality of groups area, the grouping area is configured to display information of virtual players in the same team, and the method includes:

Displaying multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs enter the team room and are respectively assigned to the first team according to the preset team allocation rules. The identification of the virtual player in the team position, wherein the first team position is an area in the plurality of grouped areas;

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least part of the virtual player identifiers from the first team position to the second team position, and the target team number is determined according to the number of virtual players in the team room during the random team formation;

In response to the game start request, control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

In response to the virtual players in the game competition phase belonging to the same team, the current game competition phase is settled.

Optionally, in response to the game preparation progress of the team room meeting a preset progress requirement, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, including: :

In response to the game preparation progress of the team room meeting a preset progress requirement, determining the target team number according to the number of virtual players and team capacity in the team room;

The virtual players in the team room are randomly grouped according to the number of target teams, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of target teams, determine the team to which each virtual player belongs, and obtain the team formation result, including:

Determine the number of players in each team according to the number of target teams; the difference between the numbers of players in different teams is less than a preset value;

The virtual players in the team room are randomly grouped according to the number of players in each team, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of players in each team, determine the team to which each virtual player belongs, and obtain the team formation result, including:

According to the game experience value of the virtual players in the team room, randomly group the virtual players in the team room according to the number of players in each team;

The team to which each virtual player belongs is determined, and the team formation result is obtained; the difference between the averages of the game experience values of each team meets the preset difference requirement.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least a portion of the virtual player identification from a first team position to a second team position, and entering a lock-in phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request for participation in the team room initiated by a virtual player not in the team room is detected, the virtual player who is not in the team room is rejected from entering the team room.

Optionally, the game preparation progress of the team room meets preset requirements, including any one of the following requirements:

The number of the virtual players in the team room meets the first preset requirement, and/or the opening time of the team room meets the second preset requirement;

Responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

Responding to a random grouping request initiated by the homeowner, and the number of the virtual players in the team room meets a first preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the number of the virtual players in the team room meets the first preset requirement.

Optionally, the virtual players include a homeowner and a participant; displaying multiple virtual player identification participation requests located in the multiple grouping areas in the team room interface, including:

In response to the creation request for entering the team room initiated by the homeowner, control the homeowner to enter the team room; the creation request carries team mode information, information on the upper limit of the number of players, and information on the upper limit of the number of teams;

In response to the participation request for entering the team room initiated by the participant, controlling the participant to enter the team room;

The virtual player ID of the host and the virtual player ID of the participant are displayed in the plurality of grouping areas of the team room interface.

Optionally, displaying the virtual player ID of the homeowner and the virtual player ID of the participant in the multiple grouping areas of the team room interface, including:

In response to a team selection operation by the virtual player with respect to the grouping area with vacant seats, the virtual player ID of the virtual player is displayed in the grouping area with vacant seats.

Optionally, the method further includes:

In response to the homeowner's locking operation on the team room, enter the locking phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request to enter the team room initiated by a virtual player not in the team room is detected, the virtual player not in the team room is rejected from entering the team room.

Optionally, the method further includes:

In the locking stage, in response to the unlocking operation of the team room by the homeowner, the team room is unlocked, and the game preparation stage is entered;

In the lock stage, in response to the game start request initiated by the virtual player, the team room is unlocked, and the game preparation stage is entered.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result Change at least part of the virtual player logo from the first team position to the second team position, and generate and display a team animation; in the team animation, the avatar logos of the virtual players are sequentially displayed in the team animation according to the team results. in the grouping area.

In a second aspect, an embodiment of the present application provides an apparatus for grouping games, displaying a graphical user interface through a terminal device, where the graphical user interface includes a team room interface of a team room, and the team room interface includes a plurality of groups area, the grouping area is configured to display information of virtual players in the same team, and the device includes:

A display module, configured to display multiple virtual player identifiers located in the multiple grouping areas in the team room interface, wherein the multiple virtual player identifiers enter the team room and are assigned according to preset team allocation rules The identifiers of the virtual players respectively assigned to the first team position, wherein the first team position is an area in the plurality of grouping areas;

The teaming module is configured to randomly form the virtual players in the teaming room according to the target number of teams in response to the game preparation progress of the teaming room meeting the preset progress requirements, so as to obtain the teaming result, and At least part of the virtual player identifiers are changed from the first team position to the second team position according to the team formation result, and the target team number is based on the virtual players in the team room during the random team formation. the quantity is determined;

The battle module is used to respond to the game start request, and control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

The settlement module is configured to settle the current game battle stage in response to the virtual players in the game battle stage belonging to the same team.

In a third aspect, an embodiment of the present application provides a computer device, including a memory, a processor, and a computer program stored on the memory and executable on the processor, when the processor executes the computer program Implement the steps of the above method.

In a fourth aspect, an embodiment of the present application provides a computer-readable storage medium, where a computer program is stored on the computer-readable storage medium, and the computer program executes the steps of the above method when the computer program is run by a processor.

In the game team formation method proposed in the embodiment of the present application, first, multiple virtual player identifiers located in the multiple grouping areas in the team room interface are displayed, wherein the multiple virtual player identifiers are for entering the team room and the identifiers of the virtual players who are respectively assigned to the first team position according to the preset team allocation rules, wherein the first team position is an area in the multiple grouping areas; secondly, responding to the team room The game preparation progress meets the preset progress requirements, and the virtual players in the team room are randomly formed according to the number of target teams to obtain a team result, and at least part of the virtual players will be formed according to the team result. The player identification is changed from the first team position to the second team position, and the target team number is determined according to the number of the virtual players in the team room when the random team is formed; again, in response to the game start request, control the The virtual players in the team room enter the battle game scene and enter the game battle stage; finally, in response to the virtual players in the game battle stage belonging to the same team, the current game battle stage is settled.

In some embodiments, after the virtual players enter the team room, multiple virtual players in the team room can be teamed up by random teaming, and the virtual players after the random team formation can be controlled to enter the game battle stage Play games, so that the virtual players in each team are not allocated according to certain rules, reducing the mutual understanding of the virtual players in a team, and the virtual players with relatively strong strength form a team with each other, resulting in a strong alliance. It increases the playability of the game, allows more virtual players to play in a fairer game environment, enables virtual players to give full play to their strengths, and improves the interactive efficiency of the game.

In order to make the above-mentioned objects, features and advantages of the present application more obvious and easy to understand, the preferred embodiments are exemplified below, and are described in detail as follows in conjunction with the accompanying drawings.

Description of drawings

In order to illustrate the technical solutions of the embodiments of the present application more clearly, the following drawings will briefly introduce the drawings that need to be used in the embodiments. It should be understood that the following drawings only show some embodiments of the present application, and therefore do not It should be regarded as a limitation of the scope, and for those of ordinary skill in the art, other related drawings can also be obtained according to these drawings without any creative effort.

1 is a schematic flowchart of a method for forming a game team according to an embodiment of the present application;

2 is a schematic diagram of a first graphical user interface provided by an embodiment of the present application;

3 is a schematic diagram of a second graphical user interface provided by an embodiment of the present application;

4 is a schematic diagram of a third graphical user interface provided by an embodiment of the present application;

FIG. 5 is a schematic structural diagram of an apparatus for forming a game team according to an embodiment of the present application;

FIG. 6 is a schematic structural diagram of a computer device according to an embodiment of the present application.

Detailed ways

In order to make the purposes, technical solutions and advantages of the embodiments of the present application clearer, the technical solutions in the embodiments of the present application will be clearly and completely described below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only It is a part of the embodiments of the present application, but not all of the embodiments. The components of the embodiments of the present application generally described and illustrated in the drawings herein may be arranged and designed in a variety of different configurations. Thus, the following detailed description of the embodiments of the application provided in the accompanying drawings is not intended to limit the scope of the application as claimed, but is merely representative of selected embodiments of the application. Based on the embodiments of the present application, all other embodiments obtained by those skilled in the art without creative work fall within the protection scope of the present application.

In massively multiplayer online competitive games, there is a way of competition, which is to form multiple competition teams composed of game players before entering the competition. During the game, multiple competition teams compete against each other, and the winning team wins. . In this game, before the game starts, many players will let more players enter the team room by sharing the room number. It is precisely because of the way players invite that players may know the game strength of some players. In the team room in the preparation stage of the game, players will allow themselves to form a free team with stronger players in order to win the game. Players team up with weak players, resulting in a huge difference in game strength between different teams, and the game experience is not high.

An embodiment of the present application provides a method for forming a game team. As shown in FIG. 1 , a terminal device displays a graphical user interface, where the graphical user interface includes a team room interface of a team room, and the team room interface includes A plurality of grouping areas, the grouping areas are configured to display information of virtual players in the same team, and the method includes:

S101. Display multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs are entered into the team room and are respectively allocated to the team according to preset team allocation rules. The identifier of the virtual player in the first team position, wherein the first team position is an area in the plurality of grouping areas;

S102, in response to the game preparation progress of the team room meeting a preset progress requirement, randomly form the virtual players in the team room according to the target number of teams, so as to obtain a team result, and according to the team The team result changes at least part of the virtual player identifiers from the first team position to the second team position, and the target team number is determined according to the number of the virtual players in the team room during the random team formation;

S103, in response to the game start request, control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

S104, in response to the virtual players in the game competition phase belonging to the same team, settle the current game competition phase.

The game grouping method in this embodiment of the present application may be executed on a terminal device or a server. The terminal device may be a local terminal device. When the game grouping method runs on the server, it can be a cloud game.

In an optional implementation manner, the cloud game refers to a game mode based on cloud computing. In the running mode of the cloud game, the main body of the game program and the main body of the game screen are separated, the storage and operation of the game grouping method are completed on the cloud game server, and the function of the terminal device is used for data reception and transmission. And the presentation of the game screen, for example, the terminal device can be a display device with data transmission function close to the user side, such as a mobile terminal, TV, computer, handheld computer, etc.; but the terminal device for game data processing is the cloud cloud gaming server. When playing the game, the virtual player operates the terminal device to send operation instructions to the cloud game server. The virtual player is the player who uses the terminal device. The cloud game server runs the game according to the operation instructions, encodes and compresses the game screen and other data, and returns it to the terminal through the network. The device, finally, decodes and outputs the game screen through the terminal device.

In an optional implementation manner, the terminal device may be a local terminal device. The local terminal device stores the game program and is used to present the game screen. The local terminal device is used to interact with the player through a graphical user interface, that is, conventionally, the game program is downloaded, installed and executed through an electronic device. The local terminal device may provide the graphical user interface to the target player in various ways, for example, it may be rendered and displayed on the display screen of the terminal device, or provided to the target player through holographic projection. For example, the local terminal device may include a display screen and a processor, the display screen is used to present a graphical user interface, and the graphical user interface includes any one of the following: a team room interface before the game battle and part of the game in the game battle stage scene, the processor is used to run the game, generate a graphical user interface, and control the display of the graphical user interface on the display screen.

In this application, the game grouping method is used to describe the operation of a terminal device, wherein the terminal device is an electronic device with a touch function, such as a smart phone. A graphical user interface is provided through the terminal device. The graphical user interface refers to the interface rendered on the display screen of the terminal device and used for human-computer interaction. In the graphical user interface, the human-computer interaction between the target player and the terminal device is realized through the operation area. interact. The game of the present application includes displaying a team room interface in the graphical user interface before the game battle stage. The team room interface includes a plurality of virtual players, and different virtual players may belong to the same camp or different camps. In the game battle stage, the content displayed in the GUI also includes a game screen, and the game screen may be a game screen of a part of the game scene. The terminal device can control the target virtual character to perform virtual actions in the game scene in response to the touch operation acting on the operation area in the graphical user interface, such as moving in the game scene, or releasing skills, etc. Apply for the mentioned first avatar or second avatar. The game scene may include any one or more of the following game elements: landforms, rocks, flowers and plants, rivers, buildings, virtual objects, game props, and the like. Generally speaking, a virtual camera is set in the game scene, and the game screen displayed on the graphical user interface is part of the game scene content captured by the virtual camera. For example, in a first-person game, a virtual camera can be set on the head (eg, eye position) of the target avatar controlled by the player, the virtual camera moves with the movement of the target avatar, and the orientation of the virtual camera follows the rotation of the virtual body. Rotating, therefore, the game screen presented on the GUI is a part of the game scene in the preset range in front of the target virtual character. For another example, in a third-person game, the virtual camera can be set directly above or behind the target avatar controlled by the player, so the game screen presented on the GUI is part of the game scene including the target avatar. If the account of the target avatar is logged on the terminal device, the target avatar is controlled by the terminal device. Virtual objects refer to dynamic objects that can be controlled in a virtual scene. Optionally, the dynamic object may be a virtual character, a virtual animal, an animation character, or the like. The target virtual character is a character controlled by a player through a terminal device, or an artificial intelligence (Artificial Intelligence, AI) set in a virtual environment battle through training, or a non-player character (Non-Player) set in a virtual scene battle Character, NPC). Optionally, the target avatar is an avatar competing in a virtual scene.

The team room interface of the team room is the interface displayed on the graphical user interface in the game preparation stage before the start of the game competition. The team room is a room prepared for virtual players participating in the target game, and only virtual players who want to participate in the target game. Only players can enter the team room. The team room is created by the owner. After the team room is created, the virtual player as the owner will directly enter the team room, and other virtual players can use the room number shared by the owner. Enter the team room, or the team room is a public room that other virtual players can freely enter (virtual players can enter and exit freely). The virtual players in the team room do not belong to the same team, but the virtual players in the team room. Form different teams, and then during the game competition, different teams and virtual players between different teams compete. In order to let the virtual players understand their team formation more clearly, the team room interface corresponding to the team room will be displayed on the GUI. The team room interface includes multiple grouping areas, and each grouping area includes multiple grouping areas. Seats, the grouping area is configured to display virtual player information in the same team, that is, display virtual player information of the corresponding virtual player at each seat, and the virtual player information may be the virtual player ID of the virtual player. As shown in Figure 2, the team room interface of the host XXXXX includes multiple grouping areas, namely the grouping area of team 1, the grouping area of team 2, and the grouping area of team 3, each of which has 5 groups respectively. The seats are seat 1, seat 2, seat 3, seat 4, seat 5.

S101. Display multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs are entered into the team room and are respectively allocated to the team according to preset team allocation rules. The identification of the virtual player at a first team location, wherein the first team location is an area in the plurality of grouped areas.

In the above-mentioned step S101, the preset team allocation rules are preset and set. After the virtual players enter the team room, each virtual player is assigned a team rule, wherein the virtual player ID is represented in the team display interface. The virtual players finally realize the formation of teams between virtual players by assigning teams to virtual player identifiers. The virtual player identifier is an identifier used to characterize the virtual player, and may be the avatar, nickname, etc. of the virtual player. The first team position is the position corresponding to each team in the team room interface, and is also one of the multiple grouping areas in the team room interface.

In a specific implementation, after the virtual player enters the team room, the virtual player ID of the virtual player entering the team room will be allocated to the first team position in the team room interface according to the preset team allocation rules. The preset team allocation rule may include any one of the following rules: forming a team according to the order in which the virtual players enter the team room, and forming a team according to the virtual player's team selection operation.

Among them, the team is formed according to the order in which the virtual players enter the team room, which is embodied in that, according to the order in which the virtual players enter the team room, the virtual player IDs of the virtual players are sequentially arranged in the team room interface. The position of the virtual player logo is set in the grouping area, that is, the display order of each virtual player logo in the team room interface is consistent with the order in which the virtual players enter the team room.

Form a team according to the virtual player's team selection operation, which is embodied as follows: after the virtual player enters the team room interface, according to the player's selection operation on the idle grouping area, the virtual player ID of the virtual player is set in the idle grouping area. An idle grouping area refers to an area in which the number of virtual player IDs in the grouping area has not yet reached the team capacity corresponding to the grouping area. Among them, the team capacity is set by the owner before entering the team room, or it can be set after entering the team room, and the maximum number of people in the team is stipulated.

S102, in response to the game preparation progress of the team room meeting a preset progress requirement, randomly form the virtual players in the team room according to the target number of teams, so as to obtain a team result, and according to the team The team result changes at least part of the virtual player identifiers from the first team position to the second team position, and the target team number is determined according to the number of the virtual players in the team room during the random team formation.

In the above step S102, the game preparation progress may be the progress after the virtual player enters the team room before the game competition starts. The game preparation progress of the team room meets the preset progress requirements, including any of the following requirements:

The number of the virtual players in the team room meets the first preset requirement, and/or the opening time of the team room meets the second preset requirement;

Responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

Responding to a random grouping request initiated by the homeowner, and the number of the virtual players in the team room meets a first preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the number of the virtual players in the team room meets the first preset requirement.

The game preparation progress of the team room meets the preset progress requirement that the number of the virtual players in the team room meets the first preset requirement, and the first preset requirement means that the number of virtual players in the team room reaches The preset value, for example, the first preset requirement is that the number of virtual players entering the team room reaches 100. As long as the number of virtual players in the team room reaches 100, the game preparation progress in the team room will be Meet preset schedule requirements.

The game preparation progress of the team room meets the preset progress requirements. The opening time of the team room meets the second preset requirement. The second preset requirement means that the team room's opening time from the creation to the current opening has reached the preset time. Duration, for example, the second preset requirement is that the opening time of the team room reaches half an hour. As long as the opening time of the team room reaches half an hour, the game preparation progress in the team room meets the preset progress requirements.

The game preparation progress of the team room meets the preset progress requirement that the number of the virtual players in the team room meets the first preset requirement, and the opening time of the team room meets the second preset requirement. That is to say, the number of virtual players entering the team room has reached the preset value, and the opening time of the team room has reached the preset time. Then the game preparation progress in the team room meets the preset value. Set progress requirements.

The game preparation progress of the team room meets the preset progress requirements. In response to the random grouping request initiated by the homeowner, the random grouping request can be initiated by the virtual player corresponding to the homeowner of the team room, and is set on the homeowner's team room interface. A pair of random grouping controls, the virtual player corresponding to the homeowner touches the random grouping control to initiate a random grouping request, and the random grouping request is used to control the virtual players in the grouping room to form a random group to change the previous The teaming situation between each virtual player in the teaming room.

The game preparation progress of the team room meeting the preset progress requirement is in response to a random grouping request initiated by the host, and the number of the virtual players in the team room meets the first preset requirement. It is not necessary to perform random grouping as long as the host initiates a random grouping request. If the number of virtual players in the team room is too small, for example, 5 virtual players are required to form a team, but there are only 3 virtual players in the team room. For virtual players, there is absolutely no need to randomly form a team in this team room, because no matter how the team is formed, there is only one team. Therefore, only when the number of virtual players in the team room reaches the first preset requirement, and responding to the random grouping request initiated by the homeowner, can the game preparation progress meet the preset progress requirement.

The game preparation progress of the team room meets the preset progress requirement is that the number of regrouping requests initiated by the virtual players in the team room meets a third preset requirement. It may be that the regrouping request is initiated by the virtual players in the team room, and is used to make the team room perform a regrouping request when most of the virtual players do not meet the current grouping situation. The third preset requirement refers to that the number of regrouping requests initiated by virtual players in the team room reaches the preset request value, or the number of regrouping requests initiated by virtual players in the team room is the same as the number of regroup requests initiated by the virtual players in the team room. The ratio between the total numbers of virtual players reaches a preset ratio.

The game preparation progress of the team room meets the preset progress requirement: the number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the virtual players in the team room have The quantity meets the first preset requirement. If the number of virtual players in the team room to initiate regrouping reaches the third preset requirement, random grouping will be performed. If the number of virtual players in the team room is too small, for example, 5 virtual players are required to form a team. If there are only 3 virtual players in the team room, there is no need for random team formation in the team room, because no matter how the team is formed, there is only one team. Therefore, only when the number of virtual players in the team room reaches the first preset requirement, and the number of virtual players in the team room to initiate regrouping reaches the third preset requirement, can the game preparation progress meet the preset progress requirement.

Random team formation refers to shuffling the original team order, and re-teaming the virtual players in the team room according to the unnecessary rules. The number of target teams is determined by the number of virtual players in the team room during random team formation. Before the random team formation, the team capacity of each team in the team room has been determined, but there may be There are virtual players in the non-team room entering the team room, so before the random team is formed, the number of target teams will also change as the number of virtual players in the team room changes. In the case of random team formation, in order to prevent the unreasonable team formation caused by the addition of virtual players in the non-team room during the team formation process, the team room will be controlled to lock the state. The lock state refers to the control of the team formation. Rooms no longer accept virtual players from non-teamed rooms. The second team position is the team position where the virtual players are after regrouping after the random team formation.

In the specific implementation, when the game preparation progress of the team room meets the preset progress requirements, the virtual players in the team room are regrouped, and a new team formation result is obtained after the regrouping. The team formation result includes: Information about the team of each virtual player, adjust the position of the virtual player IDs of at least some virtual players in the team room, that is, adjust the position of some virtual players from the first team position to the second team position in the team room . This scheme regroups the virtual players in the team room by randomly forming teams, so that the virtual players in each team are not allocated according to certain rules, which reduces the mutual interaction between the virtual players in a team. Recognize that virtual players with relatively strong strength team up with each other, and a situation of strong alliances appears, which increases the playability of the game, allows more virtual players to compete in a fairer game environment, and enables virtual players to Give full play to your own strength and improve the interactive efficiency of the game.

S103, in response to the game start request, control the virtual players in the team room to enter the battle game scene and enter the game battle stage.

In the above-mentioned step S103, the game start request is used to control the entry from the game preparation stage to the wanderer battle stage, that is, to control the virtual players who have completed the team formation in the team formation room to enter the game scene. The game start request may be initiated by the virtual player corresponding to the homeowner who created the team room. After the virtual player corresponding to the homeowner initiates the game start request, the virtual players in the team room are directly controlled to enter the game battle stage. Or it is initiated by virtual players in the team room. When the number of game start requests reaches the preset start request, the virtual players in the team room are controlled to enter the game battle stage, where the preset start request can be the number of start requests. The preset number of requests is reached, or the ratio of the number of start requests to the number of virtual players in the team room reaches the preset ratio required. Or automatically respond to the game start request after forming a random team and enter the game battle stage. In the battle phase of the game, each team operates independently, and virtual players from different teams compete against each other.

In the game battle stage, virtual players of different teams will fight against each other. During the confrontation, the virtual players will use attack operations to attack the enemy virtual players, so that the game attributes of the enemy virtual players are lower than the preset attributes, and control the The enemy virtual player exits the game battle phase. Specifically, the game attribute may be an attribute representing the survivability of the virtual player, for example, attributes such as blood volume and life value. After the enemy virtual player exits the game battle phase, the enemy virtual player can watch the game through the game GUI, but cannot continue to participate in the game.

S104, in response to the virtual players in the game competition phase belonging to the same team, settle the current game competition phase.

In the above step 104, in the game battle stage, only the remaining virtual players in the game scene belong to the same team, that is, the virtual players still surviving in the game scene belong to the same team, then the game is considered a game. At the end, the current game battle phase is settled to determine the team that wins the final game.

In the embodiment provided in this application, through the above four steps, after the virtual player enters the team room, multiple virtual players in the team room can be formed into a team by random team formation, and after the random team formation is controlled The virtual players entered the game battle stage to compete, so that the virtual players in each team are not allocated according to certain rules, reducing the mutual understanding between the virtual players in a team and the stronger virtual players. Teaming up with each other and the emergence of strong alliances increases the playability of the game, allowing more virtual players to compete in a fairer game environment, enabling virtual players to give full play to their strengths and improving the game's performance. interactive efficiency.

When teaming up virtual players in a team room, the team capacity of each team is determined. The team capacity can be specified when the homeowner creates the team formation method, or the homeowner can set the team capacity after creating the room. Determined before team formation. According to the team capacity of each team, multiple virtual players in the team room can be formed into multiple teams, that is, step S102, including:

Step 1021, in response to the game preparation progress of the team room meeting a preset progress requirement, determine the target team number according to the number of virtual players and team capacity in the team room;

Step 1022: Randomly group the virtual players in the team room according to the number of target teams, determine the team to which each virtual player belongs, and obtain the team formation result.

In the above step 1021, when the game preparation progress of the team room meets the preset progress requirements, random grouping can be performed. Therefore, when the game preparation progress of the team room meets the preset progress requirements, the team room will be controlled to no longer receive virtual players in the non-team room.

In a specific implementation, after knowing the number of virtual players in the team room and the team capacity of each team, the target team number will be determined according to the ratio of the number of virtual players to the team capacity. For example, when the number of virtual players is 60 and the team capacity is 5, the target team size is 60÷5=12.

Of course, there will be a remainder in the ratio of the number of virtual players to the team capacity. In order to allow all virtual players in the team room to form a team, the number of target teams will be rounded up. For example, when the number of virtual players is 63 and the team capacity is 5, the target team size is 63÷5=12...3, that is, according to the current number of virtual players and team capacity, 12 full teams can be formed. For the remaining 3 virtual players, in order to allow all virtual players to form a team, the number of target teams will be determined as 13.

In the above step 1022, the virtual players in the team room are randomly grouped according to the number of target teams, that is, the current team order of the virtual players is broken up, the virtual players are reordered according to the random rules, and after the reordering The virtual players are formed into a team, and each virtual player belongs to a team, and the team formation result is obtained.

When the number of virtual players in the existing team cannot reach the full number, in order to balance the average strength of each team as much as possible, the number of players in each team will be adjusted when forming a team according to the number of target teams, that is, Step 1022, including:

Step 10221: Determine the number of players in each team according to the number of target teams; the difference between the numbers of players in different teams is less than a preset value;

Step 10222: Randomly group the virtual players in the team room according to the number of players in each team, determine the team to which each virtual player belongs, and obtain the team formation result.

In the above step 10221, after determining the number of target teams, if there is a situation that the number of virtual players in the team cannot reach the team capacity, in order to ensure a more balanced strength between each team, it is necessary to make the players in each team more balanced. The amount difference is smaller than the preset value. The preset value is artificially set and can be 2. The number of players is the number of virtual players that each team should have when grouping. The number of players is not necessarily equal to the team capacity.

In the specific implementation, if there is a situation where the difference between the number of virtual players in the team and the number of players in the team is less than the preset value, a certain number of teams will be randomly selected from the teams that are already full, and the players will be adjusted from the selected teams. the number of players, so that the difference between the number of players in each team is smaller than the preset value.

For example, when the number of virtual players is 63 and the team capacity is 5, the target team size is 63÷5=12...3, that is, according to the current number of virtual players and team capacity, 12 full teams can be formed. For the remaining 3 virtual players, in order to allow all virtual players to form a team, the target number of teams will be determined as 13, and there will be a team with only 3 virtual players. The preset difference between the numbers of players of different teams is less than 2, that is, the difference between the numbers of players of each team is 1. Then, when determining the number of players in each team, a team will be randomly selected from the teams that are already full, the number of randomly selected teams will be adjusted to 4, and the number of initially unfilled teams will also be adjusted to 4. The difference between the number of players in each team is less than 2.

In the above step 10222, after the number of players of each team is determined, random grouping is performed according to the number of players of each team, and finally the team to which each virtual player belongs is determined, and the team formation result is obtained. This grouping method makes the number of virtual players in each team relatively balanced, which is further equivalent to balancing the game strength of virtual players between each team, so that more virtual players can play a fairer game. The game is played in a different game environment, so that virtual players can give full play to their strengths and improve the interactive efficiency of the game.

In addition to adjusting the number of players in each team to achieve a more balanced strength between each team, the virtual players can also be grouped directly according to the game experience value of the virtual players. That is, step 10222 includes:

Step 102221: According to the game experience value of the virtual players in the team room, randomly group the virtual players in the team room according to the number of players in each team;

Step 102222: Determine the team to which each virtual player belongs, and obtain the team formation result; the difference between the averages of the game experience values of each team meets the preset difference requirement.

In the above steps 102221 and 102222, the game experience value can be determined according to parameters such as the number of games, the number of victories, and the login time of the virtual player. The preset difference requirement is that the difference between the averages of the game experience values of each team conforms to the preset difference.

In the specific implementation, after knowing the game experience value of each virtual player, when grouping each virtual player, the average game experience value of each team will be considered, and the virtual players will be randomly grouped. The original order of the virtual players is disrupted, but in the specific grouping, virtual players will be arranged for each team taking into account the game experience value of each virtual player. In this way, the difference between the game averages of the virtual players in each team after the grouping will not be too large, which further balances the game strength of the virtual players between each team, so that more virtual players can play a fairer game. Playing games in the game environment enables virtual players to give full play to their strengths and improves the interactive efficiency of the game.

As mentioned above, when the game preparation progress of the team room meets the preset progress requirements, random team formation can be performed, but in order to avoid virtual players in the non-team room entering the team room, the random team formation will be affected. , it will control the team room to refuse virtual players who are not in the team room to enter the team room, that is, step S102, including:

Step 1023, in response to the game preparation progress of the team room meeting the preset progress requirements, randomly form the virtual players in the team room according to the target number of teams to obtain a team result, and according to the As a result of the team formation, at least part of the virtual player identifiers are changed from the first team position to the second team position, and the lock stage is entered;

Step 1024, in the locking stage, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

Step 1025, and in the locking phase, if a request for participation in the team room initiated by a virtual player not in the team room is detected, then the virtual player who is not in the team room is rejected from entering the team. team room.

In the above step 1023, the current team room interface of the virtual player can be functionally locked in the locking stage, that is, the virtual players in the non-team room cannot enter the team room, and the number of virtual players in the team room does not vary. Changes will occur, and virtual players in the team room cannot perform team selection operations. The team selection operation is the selection operation of the virtual player entering the team room to the grouping area where there are vacant seats.

That is, in the above step 1024, in the lock stage, if the virtual player in the team room performs the team adjustment operation, the team selection operation will not be responded, and the adjustment failure will be displayed on the team room interface of the virtual player. , indicating that the virtual player cannot make team adjustments.

In the above step 1025, in the lock stage, if a virtual player in a non-team room wants to join the team room, the team room will refuse the virtual player of the non-team room to join, and a prompt message of refusal to enter will be generated Graphical user interface to display virtual players in non-teamed rooms.

The conditions for entering the team room are only after a request has been initiated, but the virtual players entering the team room include the owner and the participants, and different virtual players have different requests to enter the team room, that is, step S101 ,include:

Step 1011: In response to the creation request for entering the team room initiated by the homeowner, control the homeowner to enter the team room; the creation request carries team mode information, information on the upper limit of the number of players, and the upper limit of the number of players information;

Step 1012, in response to the participation request for entering the team room initiated by the participant, controlling the participant to enter the team room;

Step 1013: Display the virtual player ID of the host and the virtual player ID of the participant in the multiple grouping areas of the team room interface.

In the above-mentioned step 1011, the creation request is initiated by the virtual player corresponding to the homeowner, and the creation request may carry team mode information, information on the upper limit of the number of players, and information on the upper limit of the number of teams. The team mode information can limit the team capacity of each team in the team room, for example, 2 people, 4 people, 5 people, etc. The information on the upper limit of the number of players can limit the number of virtual players in the team room, for example, the team room can accommodate up to 100 virtual players. The information on the upper limit of the number of teams can limit the number of teams in the team room, for example, the team room can accommodate up to 20 teams.

In a specific implementation, after the virtual player corresponding to the homeowner initiates a creation request, the team room will be created, and the virtual player corresponding to the homeowner will also automatically enter the team room.

In the above step 1012, the participation request is initiated by a virtual player who is not the homeowner and is not in the team room, and is used to request to enter the team room.

In the above step 1013, before the locking stage, as long as the number of virtual players in the team room does not reach the upper limit of the number of players, all the virtual players can enter the team room, and the virtual player IDs of the virtual players entering the team room will all be Displayed in the grouping area in the team room interface.

After the virtual player enters the team room, the display position of the virtual player ID of the virtual player can be determined according to the selection operation of the virtual player. That is, step 1013 includes:

Step 10131: In response to the virtual player's selection operation on the grouping area with free seats, display the virtual player ID of the virtual player in the grouping area with free seats.

In the above step 10131, the grouping area with free seats means that the number of virtual player IDs in the grouping area has not yet reached the team capacity. The selection operation can be any one of the following operations: click operation, swipe operation, long press operation, repress operation, etc.

After the virtual player enters the team room, the virtual player selects the grouping area where there are free seats. Either the virtual player directly touches any position in the grouping area, or the virtual player directly touches the free seat in the grouping area. Location, to realize the selection of the grouping area where there are free seats. After selecting the grouping area where there are free seats, the virtual player ID of the virtual player is displayed at the free seats in the grouping area where there are free seats.

In addition to the above-mentioned game preparation progress of the team room meeting the preset progress requirements, the lock stage can be entered, and the virtual player corresponding to the homeowner can also make the team room enter the lock stage. That is, this solution also includes :

Step 1014, in response to the homeowner's locking operation on the team room, enter the locking stage;

Step 1015, in the locking stage, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

Step 1016, and in the locking phase, if a request for participation in the team room initiated by a virtual player not in the team room is detected, rejecting the virtual player who is not in the team room from entering the team room .

In the above-mentioned step 1014, the current team room interface of the virtual player can be functionally locked in the locking stage, that is, virtual players in the non-team room cannot enter the team room, and the number of virtual players in the team room does not vary. Changes will occur, and virtual players in the team room cannot perform team selection operations. The team selection operation is the selection operation of the virtual player entering the team room in the lock stage on the group area where there are vacant seats.

In the specific implementation, a lock control will be displayed in the team room interface of the homeowner. The lock control is only available in the team room interface of the homeowner, and the team room interface of non-homeowner virtual players does not have the lock control. , that is to say, the homeowner can touch the lock control through the lock operation, and actively control the team room to enter the lock stage.

Generally, the display area of the GUI is not large. If all the controls are displayed in the GUI, it will cover a lot of screens. Generally, the controls that are not commonly used will be hidden and displayed by triggering conditions, which are locked in this application. The controls can be displayed in the hidden list, that is, as shown in Figure 3, a function list control is displayed in the graphical user interface, and the multiple controls integrated in the function list include a lock control, which is of course used to respond to the randomness initiated by the homeowner. The random grouping control for grouping requests can also be integrated in the function list. After touching the function list control, the function list control will be displayed in gray, and the hidden lock control and random grouping control will be displayed near the function list control.

In the above step 1015, in the lock stage, if the virtual player in the team room performs the team adjustment operation, the team selection operation will not be responded, and a prompt message of adjustment failure will be displayed on the team room interface of the virtual player , to indicate that the virtual player cannot make team adjustments.

In the above step 1016, in the lock stage, if a virtual player in a non-team room wants to join the team room, the team room will refuse the virtual player of the non-team room to join, and a prompt message of refusal to enter will be generated Graphical user interface to display virtual players in non-teamed rooms.

After entering the lock stage (whether it is the lock stage entered when the game preparation progress of the team room meets the preset progress requirements, or the lock stage entered through the lock operation of the homeowner), the team room can also be unlocked, that is , the scheme of this application also includes:

Step 105, in the locking stage, in response to the unlocking operation of the team room by the homeowner, unlock the team room, and enter the game preparation stage;

Step 106, in the locking stage, in response to the game start request initiated by the virtual player, unlock the team room, and enter the game preparation stage.

In the above step 105, the game preparation stage is the stage before the team room enters the lock stage. During the game preparation stage, virtual players in the non-team room can enter the team room through a participation request, and virtual players in the team room can enter the team room through a participation request. Virtual players can select a grouping area with free seats through a team selection operation, so that virtual players can regroup. During the locking phase, the locked control is updated to an unlocked control.

In the above step 105, the unlocking operation is an operation performed by the homeowner on the unlocking control in the team room interface. The unlock control is only displayed in the homeowner's team room interface, that is, only the homeowner can control the team room from the unlock stage to the game preparation stage.

In the above step 106, in the stage of entering the game battle, that is, in response to the game start request initiated by the virtual player, the team room will also be automatically unlocked, so that the virtual players in the non-team room can enter the team room. Preparing for a game means entering the game preparation stage for the next game.

During random grouping, the corresponding team animation can be displayed in the team room interface, that is, step S102, including:

Step 1026, in response to the game preparation progress of the team room meeting the preset progress requirements, randomly form the virtual players in the team room according to the target number of teams to obtain a team result, and according to the As a result of the team formation, at least part of the virtual player identification is changed from the first team position to the second team position, and a team animation is generated and displayed; in the team animation, the avatar of the virtual player is identified according to the team formation result. are displayed in the grouping area in sequence.

In the above-mentioned step 1026, the team animation may be to display the avatars of the virtual players in the team room interface at one time according to the team results and the order of each team in the team room. In the grouping area, it is similar to the shuffling animation in a poker game.

In the solution of the present application, after randomly forming a team, or after the grouping animation is displayed, in order to prompt each virtual player's own teaming situation, the method further includes:

For each virtual player, in the team room interface of the virtual player, the virtual player ID of the virtual player is highlighted.

Highlighting the virtual player ID of a virtual player includes the following display modes:

Highlight display, scrolling light band display, frame display, etc.

Of course, there may be too many teams in the team room interface, and the team room interface cannot display all teams. For each virtual player, in the team room interface of the virtual player, the virtual The player's virtual player ID is highlighted, including:

If there are too many teams in the team room, for each virtual player, display the team list on the team room interface, display the grouping area where the virtual player ID of the virtual player is located in the team room interface, and perform highlight.

That is, if there are too many teams in the team room interface, the grouping area corresponding to the team of the virtual player is adjusted to be displayed on the team room interface. For example, as shown in Figure 4, the team room interface can only display 3 grouping areas, and the team where the virtual player C belongs is the 13th team in the team list. The team area for the 13th team is displayed in the team room interface.

An embodiment of the present application provides an apparatus for grouping games. As shown in FIG. 5 , a terminal device displays a graphical user interface, where the graphical user interface includes a team room interface of a team room, and the team room interface includes multiple a grouping area, the grouping area is configured to display information of virtual players in the same team, and the device includes:

A display module 501, configured to display multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs are entered into the team room and assigned according to preset teams Rules are respectively assigned to the identifiers of the virtual players in the first team position, wherein the first team position is an area in the plurality of grouping areas;

The teaming module 502 is configured to randomly form the virtual players in the teaming room according to the target number of teams in response to the game preparation progress of the teaming room meeting a preset progress requirement, so as to obtain a teaming result, And according to the team formation result, at least part of the virtual player identification is changed from the first team position to the second team position, and the target team number is based on the virtual players in the team room when the random team is formed. the quantity is determined;

The battle module 503 is used to respond to the game start request, and control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

The settlement module 504 is configured to settle the current game battle stage in response to the virtual players in the game battle stage belonging to the same team.

Optionally, the teaming module includes:

a team determination unit, configured to determine the target team number according to the number of virtual players and team capacity in the team room in response to the game preparation progress of the team room meeting a preset progress requirement;

The grouping unit is configured to randomly group the virtual players in the team room according to the number of target teams, determine the team to which each virtual player belongs, and obtain the team formation result.

Optionally, the grouping unit includes:

a number of players determining subunit, used for determining the number of players in each team according to the number of target teams; the difference between the numbers of players in different teams is less than a preset value;

The grouping subunit is configured to randomly group the virtual players in the team room according to the number of players in each team, determine the team to which each virtual player belongs, and obtain the team formation result.

Optionally, the grouping subunit includes:

a first determining subunit, configured to randomly group the virtual players in the team room according to the game experience value of the virtual players in the team room and according to the number of players in each team;

The second determination subunit is configured to determine the team to which each virtual player belongs, and obtain the team formation result; the difference between the averages of the game experience values of each team meets the preset difference requirement.

Optionally, the grouping module includes:

The locking unit includes, in response to the game preparation progress of the team room meeting the preset progress requirement, randomly forming the virtual players in the team room according to the target number of teams, so as to obtain the team result, and according to the The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, and enters a locking stage; in the locking stage, if a team selection operation initiated by the virtual player is detected, then do not respond to the team selection operation, and generate adjustment failure prompt information; and in the lock stage, if a request for participation in the team room initiated by a virtual player that is not in the team room is detected, then Refuse virtual players who are not in the team room to enter the team room.

Optionally, the game preparation progress of the team room meets preset requirements, including any one of the following requirements:

The number of the virtual players in the team room meets the first preset requirement, and/or the opening time of the team room meets the second preset requirement;

Responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

Responding to a random grouping request initiated by the homeowner, and the number of the virtual players in the team room meets a first preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the number of the virtual players in the team room meets the first preset requirement.

Optionally, the virtual player includes a homeowner and a participant; the display module includes:

The creation unit is used to control the homeowner to enter the team room in response to the creation request for entering the team room initiated by the homeowner; the creation request carries the team mode information, the information on the upper limit of the number of players, the team Quantity limit information;

a participating unit, configured to control the participant to enter the team room in response to a participation request for entering the team room initiated by the participant;

A display unit, configured to display the virtual player ID of the host and the virtual player ID of the participant in the multiple grouping areas of the team room interface.

Optionally, the display unit includes:

The display subunit is configured to display the virtual player ID of the virtual player in the grouping area with vacant seats in response to the virtual player's team selection operation on the grouping area with vacant seats.

Optionally, the device further includes:

The locking module is configured to enter the locking stage in response to the locking operation of the team room by the homeowner; in the locking stage, if a team selection operation initiated by the virtual player is detected, it will not respond to the Team selection operation, and generating adjustment failure prompt information; and in the locking phase, if a request for participation in the team room initiated by a virtual player not in the team room is detected, rejecting the non-team room The virtual players inside enter the team room.

Optionally, the device further includes:

The first unlocking module is used for unlocking the team room and entering the game preparation stage in response to the unlocking operation of the team room by the homeowner in the locking stage;

The second unlocking module is configured to, in the locking stage, unlock the team room in response to a game start request initiated by the virtual player, and enter the game preparation stage.

Optionally, the grouping module includes:

The animation unit is used to randomly form the virtual players in the team room according to the target number of teams in response to the game preparation progress of the team room meeting the preset progress requirements, so as to obtain the team result, and according to the The team formation result changes at least part of the virtual player identification from the first team position to the second team position, and generates and displays a team animation; in the team animation, according to the team formation result, the virtual player's The avatar IDs are displayed in sequence in the grouping area.

Corresponding to the game grouping method in FIG. 1 , an embodiment of the present application further provides a computer device 600, as shown in FIG. A computer program running on the processor 602, wherein when the processor 602 executes the computer program, the method for implementing the above-mentioned game grouping includes:

Displaying multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs enter the team room and are respectively assigned to the first team according to the preset team allocation rules. The identification of the virtual player in the team position, wherein the first team position is an area in the plurality of grouped areas;

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least part of the virtual player identifiers from the first team position to the second team position, and the target team number is determined according to the number of virtual players in the team room during the random team formation;

In response to the game start request, control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

In response to the virtual players in the game competition phase belonging to the same team, the current game competition phase is settled.

Optionally, in response to the game preparation progress of the team room meeting a preset progress requirement, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, including: :

In response to the game preparation progress of the team room meeting a preset progress requirement, determining the target team number according to the number of virtual players and team capacity in the team room;

The virtual players in the team room are randomly grouped according to the number of target teams, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of target teams, determine the team to which each virtual player belongs, and obtain the team formation result, including:

Determine the number of players in each team according to the number of target teams; the difference between the numbers of players in different teams is less than a preset value;

The virtual players in the team room are randomly grouped according to the number of players in each team, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of players in each team, determine the team to which each virtual player belongs, and obtain the team formation result, including:

According to the game experience value of the virtual players in the team room, randomly group the virtual players in the team room according to the number of players in each team;

The team to which each virtual player belongs is determined, and the team formation result is obtained; the difference between the averages of the game experience values of each team meets the preset difference requirement.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least a portion of the virtual player identification from a first team position to a second team position, and entering a lock-in phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request for participation in the team room initiated by a virtual player not in the team room is detected, the virtual player who is not in the team room is rejected from entering the team room.

Optionally, the game preparation progress of the team room meets preset requirements, including any one of the following requirements:

The number of the virtual players in the team room meets the first preset requirement, and/or the opening time of the team room meets the second preset requirement;

Responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

Responding to a random grouping request initiated by the homeowner, and the number of the virtual players in the team room meets a first preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the number of the virtual players in the team room meets the first preset requirement.

Optionally, the virtual players include a homeowner and a participant; displaying multiple virtual player identification participation requests located in the multiple grouping areas in the team room interface, including:

In response to the creation request for entering the team room initiated by the homeowner, control the homeowner to enter the team room; the creation request carries team mode information, information on the upper limit of the number of players, and information on the upper limit of the number of teams;

In response to the participation request for entering the team room initiated by the participant, controlling the participant to enter the team room;

The virtual player ID of the host and the virtual player ID of the participant are displayed in the plurality of grouping areas of the team room interface.

Optionally, displaying the virtual player ID of the homeowner and the virtual player ID of the participant in the multiple grouping areas of the team room interface, including:

In response to a team selection operation by the virtual player with respect to the grouping area with vacant seats, the virtual player ID of the virtual player is displayed in the grouping area with vacant seats.

Optionally, the method further includes:

In response to the homeowner's locking operation on the team room, enter the locking phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request to enter the team room initiated by a virtual player not in the team room is detected, the virtual player not in the team room is rejected from entering the team room.

Optionally, the method further includes:

In the locking stage, in response to the unlocking operation of the team room by the homeowner, the team room is unlocked, and the game preparation stage is entered;

In the lock stage, in response to the game start request initiated by the virtual player, the team room is unlocked, and the game preparation stage is entered.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result Change at least part of the virtual player logo from the first team position to the second team position, and generate and display a team animation; in the team animation, the avatar logos of the virtual players are sequentially displayed in the team animation according to the team results. in the grouping area.

Specifically, the above-mentioned memory 601 and processor 602 can be general-purpose memories and processors, which are not specifically limited here. When the processor 602 runs the computer program stored in the memory 601, it can execute the above-mentioned game grouping method, which solves the problem of existing In technology, when virtual players form a team, the game strength of different teams varies greatly. In this application, after a virtual player enters the team room, multiple virtual players in the team room can be teamed up by randomly forming a team, and the virtual players after the random team formation can be controlled to enter the game battle stage to compete. The virtual players in each team are not allocated according to certain rules, which reduces the mutual understanding of the virtual players in a team, and the virtual players with relatively strong strength form a team with each other. It improves the playability of the game, allows more virtual players to compete in a fairer game environment, enables virtual players to give full play to their strengths, and improves the interactive efficiency of the game.

Corresponding to the method for game grouping in FIG. 1 , an embodiment of the present application further provides a computer-readable storage medium, where a computer program is stored on the computer-readable storage medium, and the computer program is executed by a processor to execute the above-mentioned game grouping. The steps of the method, the steps include:

Displaying multiple virtual player IDs located in the multiple grouping areas in the team room interface, wherein the multiple virtual player IDs enter the team room and are respectively assigned to the first team according to the preset team allocation rules. The identification of the virtual player in the team position, wherein the first team position is an area in the plurality of grouped areas;

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least part of the virtual player identifiers from the first team position to the second team position, and the target team number is determined according to the number of virtual players in the team room during the random team formation;

In response to the game start request, control the virtual players in the team room to enter the battle game scene and enter the game battle stage;

In response to the virtual players in the game competition phase belonging to the same team, the current game competition phase is settled.

Optionally, in response to the game preparation progress of the team room meeting a preset progress requirement, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, including: :

In response to the game preparation progress of the team room meeting a preset progress requirement, determining the target team number according to the number of virtual players and team capacity in the team room;

The virtual players in the team room are randomly grouped according to the number of target teams, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of target teams, determine the team to which each virtual player belongs, and obtain the team formation result, including:

Determine the number of players in each team according to the number of target teams; the difference between the numbers of players in different teams is less than a preset value;

The virtual players in the team room are randomly grouped according to the number of players in each team, the team to which each virtual player belongs is determined, and the team formation result is obtained.

Optionally, randomly group the virtual players in the team room according to the number of players in each team, determine the team to which each virtual player belongs, and obtain the team formation result, including:

According to the game experience value of the virtual players in the team room, randomly group the virtual players in the team room according to the number of players in each team;

The team to which each virtual player belongs is determined, and the team formation result is obtained; the difference between the averages of the game experience values of each team meets the preset difference requirement.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result changing at least a portion of the virtual player identification from a first team position to a second team position, and entering a lock-in phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request for participation in the team room initiated by a virtual player not in the team room is detected, the virtual player who is not in the team room is rejected from entering the team room.

Optionally, the game preparation progress of the team room meets preset requirements, including any one of the following requirements:

The number of the virtual players in the team room meets the first preset requirement, and/or the opening time of the team room meets the second preset requirement;

Responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

Responding to a random grouping request initiated by the homeowner, and the number of the virtual players in the team room meets a first preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement;

The number of regrouping requests initiated by the virtual players in the team room meets the third preset requirement, and the number of the virtual players in the team room meets the first preset requirement.

Optionally, the virtual players include a homeowner and a participant; displaying multiple virtual player identification participation requests located in the multiple grouping areas in the team room interface, including:

In response to the creation request for entering the team room initiated by the homeowner, control the homeowner to enter the team room; the creation request carries team mode information, information on the upper limit of the number of players, and information on the upper limit of the number of teams;

In response to the participation request for entering the team room initiated by the participant, controlling the participant to enter the team room;

The virtual player ID of the host and the virtual player ID of the participant are displayed in the plurality of grouping areas of the team room interface.

Optionally, displaying the virtual player ID of the homeowner and the virtual player ID of the participant in the multiple grouping areas of the team room interface, including:

In response to a team selection operation by the virtual player with respect to the grouping area with vacant seats, the virtual player ID of the virtual player is displayed in the grouping area with vacant seats.

Optionally, the method further includes:

In response to the homeowner's locking operation on the team room, enter the locking phase;

In the locking phase, if a team selection operation initiated by the virtual player is detected, the team selection operation is not responded to, and an adjustment failure prompt message is generated;

And in the locking stage, if a request to enter the team room initiated by a virtual player not in the team room is detected, the virtual player not in the team room is rejected from entering the team room.

Optionally, the method further includes:

In the locking stage, in response to the unlocking operation of the team room by the homeowner, the team room is unlocked, and the game preparation stage is entered;

In the lock stage, in response to the game start request initiated by the virtual player, the team room is unlocked, and the game preparation stage is entered.

Optionally, in response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams, so as to obtain a team result, and according to the target team number. The team formation result changes at least part of the virtual player identifiers from the first team position to the second team position, including:

In response to the game preparation progress of the team room meeting the preset progress requirements, the virtual players in the team room are randomly formed according to the target number of teams to obtain a team result, and according to the team result Change at least part of the virtual player logo from the first team position to the second team position, and generate and display a team animation; in the team animation, the avatar logos of the virtual players are sequentially displayed in the team animation according to the team results. in the grouping area.

Specifically, the storage medium can be a general storage medium, such as a removable disk, a hard disk, etc., when the computer program on the storage medium is run, the above-mentioned game grouping method can be executed, which solves the problem that when virtual players form a team in the prior art, There is a big difference in the game strength between different teams. After the virtual player of this application enters the team room, multiple virtual players in the team room can be teamed up by random team formation, and after the random team formation is controlled The virtual players entered the game battle stage to compete, so that the virtual players in each team are not allocated according to certain rules, reducing the mutual understanding between the virtual players in a team and the stronger virtual players. Teaming up with each other and the emergence of strong alliances increases the playability of the game, allowing more virtual players to compete in a fairer game environment, enabling virtual players to give full play to their strengths and improving the game's performance. interactive efficiency.

In the embodiments provided in this application, it should be understood that the disclosed method and apparatus may be implemented in other manners. The apparatus embodiments described above are only illustrative. For example, the division of the units is only a logical function division. In actual implementation, there may be other division methods. For example, multiple units or components may be combined or Can be integrated into another system, or some features can be ignored, or not implemented. On the other hand, the shown or discussed mutual coupling or direct coupling or communication connection may be through some communication interfaces, indirect coupling or communication connection of devices or units, which may be in electrical, mechanical or other forms.

The units described as separate components may or may not be physically separated, and components displayed as units may or may not be physical units, that is, may be located in one place, or may be distributed to multiple network units. Some or all of the units may be selected according to actual needs to achieve the purpose of the solution in this embodiment.

In addition, each functional unit in the embodiments provided in this application may be integrated into one processing unit, or each unit may exist physically alone, or two or more units may be integrated into one unit.

The functions, if implemented in the form of software functional units and sold or used as independent products, may be stored in a computer-readable storage medium. Based on this understanding, the technical solution of the present application can be embodied in the form of a software product in essence, or the part that contributes to the prior art or the part of the technical solution. The computer software product is stored in a storage medium, including Several instructions are used to cause a computer device (which may be a personal computer, a server, or a network device, etc.) to execute all or part of the steps of the methods described in the various embodiments of the present application. The aforementioned storage medium includes: U disk, removable hard disk, Read-Only Memory (ROM, Read-Only Memory), Random Access Memory (RAM, Random Access Memory), magnetic disk or optical disk and other media that can store program codes .

It should be noted that like numerals and letters refer to like items in the following figures, so that once an item is defined in one figure, it does not require further definition and explanation in subsequent figures, Furthermore, the terms "first", "second", "third", etc. are only used to differentiate the description and should not be construed as indicating or implying relative importance.

Finally, it should be noted that the above-mentioned embodiments are only specific implementations of the present application, and are used to illustrate the technical solutions of the present application, rather than restricting them. The protection scope of the present application is not limited thereto, although referring to the foregoing The embodiments describe the application in detail, and those of ordinary skill in the art should understand that any person skilled in the art can still modify the technical solutions described in the foregoing embodiments within the technical scope disclosed in the application. Changes can be easily conceived, or equivalent replacements are made to some of the technical features; and these modifications, changes or replacements do not make the essence of the corresponding technical solutions deviate from the spirit and scope of the technical solutions in the embodiments of the present application. All should be covered within the scope of protection of this application. Therefore, the protection scope of the present application should be based on the protection scope of the claims.

Claims (14)

1. A method of game grouping, wherein a graphical user interface is displayed by a terminal device, the graphical user interface comprising a team room interface for a team room, the team room interface comprising a plurality of grouping regions configured to display virtual player information for the same team, the method comprising:

displaying a plurality of virtual player identifications located in the plurality of grouping areas in the group room interface, wherein the plurality of virtual player identifications are identifications of virtual players entering the group room and respectively distributed to a first group position according to a preset group distribution rule, and the first group position is an area in the plurality of grouping areas;

responding to that the game preparation progress of the team formation room meets a preset progress requirement, performing random team formation on the virtual players in the team formation room according to a target team number to obtain a team formation result, and changing at least part of virtual player identification from a first team position to a second team position according to the team formation result, wherein the target team number is determined according to the number of the virtual players in the team formation room during random team formation;

responding to a game starting request, and controlling the virtual players in the team room to enter a fighting game scene to enter a game fighting stage;

and in response to the virtual players in the game fighting stage belonging to the same team, settling the current game fighting stage.

2. The method of claim 1, wherein the randomly grouping the virtual players in the group room according to the target number of groups to obtain a group result in response to the game preparation progress of the group room meeting a predetermined progress requirement comprises:

responding that the game preparation progress of the team room meets the preset progress requirement, and determining the number of the target teams according to the number of the virtual players and the team capacity in the team room;

and randomly grouping the virtual players in the team forming room according to the target team number, determining a team to which each virtual player belongs, and obtaining a team forming result.

3. The method of claim 2, wherein randomly grouping the virtual players in the team room according to the target team number, determining a team to which each of the virtual players belongs, and obtaining the team result comprises:

determining the number of team members in each team according to the number of the target teams; the difference value of the number of the team members of different teams is smaller than a preset value;

and randomly grouping the virtual players in the team room according to the number of members of each team, and determining the team to which each virtual player belongs to obtain the team result.

4. The method of claim 3, wherein randomly grouping the virtual players in the team room according to the number of players per team, determining the team to which each virtual player belongs, and obtaining the team result comprises:

randomly grouping the virtual players in the team room according to the game experience value of the virtual players in the team room and the number of players of each team;

determining the team to which each virtual player belongs to obtain the team forming result; the difference of the average values of the game experience values of each team meets the preset difference requirement.

5. The method of claim 1, wherein randomly grouping the virtual players in the group room according to a target group number to obtain a group result in response to the game preparation progress of the group room meeting a preset progress requirement, and changing at least part of the virtual player identification from a first group position to a second group position according to the group result comprises:

responding that the game preparation progress of the team room meets the preset progress requirement, randomly organizing the virtual players in the team room according to the target team number to obtain a team organizing result, changing at least part of virtual player identification from a first team position to a second team position according to the team organizing result, and entering a locking stage;

in the locking stage, if team selection operation initiated by the virtual player is detected, the team selection operation is not responded, and adjustment failure prompt information is generated;

and in the locking phase, if a participation request for entering the team room, initiated by a virtual player not in the team room, is detected, rejecting the virtual player not in the team room to enter the team room.

6. The method of claim 1, wherein the game preparation progress of the team room meets preset requirements, including any one of the following:

the number of the virtual players in the team formation room meets a first preset requirement, and/or the opening time of the team formation room meets a second preset requirement;

responding to a random grouping request initiated by a homeowner; the homeowner is a virtual player who creates the team room;

responding to a random grouping request initiated by a homeowner, wherein the number of virtual players in the team room meets a first preset requirement;

the number of the virtual players initiated regrouping requests in the team room meets a third preset requirement;

the number of the virtual players in the team formation room initiating the regrouping request meets a third preset requirement, and the number of the virtual players in the team formation room meets a first preset requirement.

7. The method of claim 1, wherein the virtual player comprises a house owner and a participant; displaying a plurality of virtual player identification participation requests in the group room interface at the plurality of grouping regions, including:

responding to a creation request for entering a team room initiated by the homeowner, and controlling the homeowner to enter the team room; the creating request carries team forming mode information, player number upper limit information and team number upper limit information;

controlling the participant to enter a team room in response to a participation request initiated by the participant to enter the team room;

displaying the virtual player identification of the homeowner and the virtual player identification of the participant in the plurality of grouping regions of the team room interface.

8. The method of claim 7, wherein displaying the virtual player identification of the homeowner and the virtual player identification of the participant in the plurality of grouping areas of the team room interface comprises:

and responding to the team selection operation of the virtual player aiming at the grouping area with the free seats, and displaying the virtual player identification of the virtual player in the grouping area with the free seats.

9. The method of claim 1, further comprising:

responding to the locking operation of the homeowner for the team rooms, and entering a locking stage;

in the locking stage, if team selection operation initiated by the virtual player is detected, the team selection operation is not responded, and adjustment failure prompt information is generated;

and in the locking phase, if a participation request for entering the team room, initiated by a virtual player not in the team room, is detected, rejecting the virtual player not in the team room to enter the team room.

10. The method according to any one of claims 5 or 9, further comprising:

in the locking stage, responding to the unlocking operation of a homeowner for the team room, unlocking the team room, and entering a game preparation stage;

and in the locking stage, responding to a game starting request initiated by the virtual player, unlocking the team formation room, and entering a game preparation stage.

11. The method of claim 1, wherein randomly grouping the virtual players in the group room according to a target group number to obtain a group result in response to the game preparation progress of the group room meeting a preset progress requirement, and changing at least part of the virtual player identification from a first group position to a second group position according to the group result comprises:

responding that the game preparation progress of the team room meets the preset progress requirement, randomly organizing the virtual players in the team room according to the target team number to obtain a team organizing result, changing at least part of virtual player identification from a first team position to a second team position according to the team organizing result, and generating and displaying team organizing animation; and sequentially displaying the head portrait identifications of the virtual players in a grouping area according to the grouping result in the grouping animation.

12. An apparatus for game grouping, wherein a graphical user interface is displayed by a terminal device, the graphical user interface comprising a team room interface for a team room, the team room interface comprising a plurality of grouping areas configured to display virtual player information for the same team, the apparatus comprising:

a display module, configured to display identifiers of virtual players located in the plurality of grouping areas in the team room interface, where the identifiers of virtual players enter the team room and are respectively allocated to a first team position according to a preset team allocation rule, where the first team position is an area in the plurality of grouping areas;

a team forming module, configured to respond that a game preparation progress of the team forming room meets a preset progress requirement, perform random team forming on the virtual players in the team forming room according to a target team number to obtain a team forming result, and change at least part of the virtual player identification from a first team position to a second team position according to the team forming result, where the target team number is determined according to the number of the virtual players in the team forming room when the team is randomly formed;

the fighting module is used for responding to a game starting request and controlling the virtual players in the team forming room to enter a fighting game scene to enter a game fighting stage;

and the settlement module is used for responding that the virtual players in the game fighting stage belong to the same team and settling the current game fighting stage.

13. A computer arrangement comprising a memory, a processor and a computer program stored on the memory and executable on the processor, characterized in that the processor implements the steps of the method of any of the preceding claims 1-11 when executing the computer program.

14. A computer-readable storage medium, on which a computer program is stored which, when being executed by a processor, carries out the steps of the method according to any one of the claims 1 to 11.

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