KR20120096778A - Service system and method for multiplayer team match in multiplayer online first person shooting game - Google Patents

Abstract

PURPOSE: A system for a plurality of team matches in an online first person shooting game and a method thereof are provided to induce teamwork, cohesion, and the fellowship with colleagues and supply various online game modes. CONSTITUTION: A game server includes the followings. A member module(11) manages the number of connected teams. A game control module(12) controls recovery and winning points for the normal state confirmation and the proximity of allies and enemies. A game database(13) stores stamina and the winning points. Personal terminals(21,22,23) connects to online first person shooting game for large scale multi users by being connected with the game server through a network.

Description

Service system and method for Multiplayer Team Match in Multiplayer Online First Person Shooting Game}

The present invention relates to a large-scale multi-user online first-person shooting game service system and a method thereof, and more particularly, to provide a variety of online game modes, and to induce teamwork, cohesion, and bonding with colleagues. Online first person shooter game service system and method thereof.

Massively Multiplayer Online First Person Shooting (MMOFPS, for short) is a first-person shooter with a large number of users participating simultaneously over the Internet.

This is a massively multiplayer online game, set in a world that lasts differently than a normal first-person shooter.

However, at the request of the majority of users, a game service system and a service method thereof are required to compete by dividing game users connected through the Internet into a large number of teams rather than the simple online first-person shooter described above.

In addition, it is necessary to develop new games that can induce teamwork and cohesion through online games, and induce bonds with colleagues.

Therefore, for users who are fed up with simple online games, they attack the enemy, create a knock-down state where they cannot move or their movement ability is severely degraded, and thus cannot attack normally. Invading and gaining victory points, allies in the knocked-down state are also in close proximity to each other, taking advantage of their own recovery actions, inducing active movement and control of the user, and inventing a system that can strengthen teamwork, cohesion and bonds. It was.

In order to solve the above problems, the present invention provides a massive multi-user online first-person shooter game service including a game system in which a user composed of a plurality of teams recovers a knocked down allied player or defeats a knocked down enemy. It is an object to provide a system and a method thereof.

The present invention comprises the steps of preparing a large-scale multi-user online first-person shooter game service, checking whether there are three or more teams connected to the game or game mode to which the game method is applied, and if there are three or more connected teams. Starting a game, considering all users except the allies as enemy and checking whether the user is in a normal state, and if the user is in a normal state, checking whether a knocked-down target user is a friendly, If a nearby target user is a friendly allied player, the player is knocked down and restored to a distance similar to that of a nearby player. It takes a step to take.

After the step of checking whether the user is in a normal state, when the user is knocked down, if an enemy is knocked down by a suppressing action, rejoining the respawn area; and when the user is knocked down, If the recovery is recovered by the close help, recovery and reinstatement in place, and if the user is in the knocked down state, if the recovery assistance is not received within a certain time, re-participation in the respawn area, the target enemy forces If you are rejoined from the respawn area by suppressing or attacking melee attacks, you can knock down the user or inflict melee attack, giving victory points to the enemy and the team to which the enemy belongs, If he is revived, he will not be given victory points.

After each step, it is a step of checking whether the designated score is reached and ending the game.

The present invention comprises the steps of preparing a large-scale multi-user online first-person shooting game service, checking whether there are three or more teams connected to the game service, counting the game progress time, and dealing damage; Storing the changed user's health in a game database and displaying it on the screen; if the user's health is less than or equal to zero, processing the user's state as a knocked down state and counting down a predetermined time; Over time, natural deaths can be dealt with, or within a certain period of time they are suppressed by the enemy's suppression or recovered by a friendly recovery.

The counting of the game progress time is a database element required by the game, and initializes the user's stamina, the stamina's stamina, the score of each team, the goal score, and the play time to a preset value and the game as initialization information. After displaying on the HUD (Head Up Display) screen of the user participating in the step, it is a step of counting a limited time that can be played according to the preset play time.

The processing of the damage may include storing the user's health reduced by the enemy's attack and the protection equipment's health in a database, and displaying the updated information on the user's head up display (HUD) screen.

In the processing of the knock down state, when the user's stamina is less than or equal to 0, the changed state of the knocked down user is illustrated and displayed on the user's head up display (HUD) screen, and a friendly head up display (HUD) is displayed. ), The knocked-down user counts and displays a certain amount of time during which the allied user can recover or overpower an enemy. If a user who is knocked down during a given time inputs a specific key, the user's head up display (HUD) is added to display the help request display and sound of the knocked down user.

The natural death, the overpowering by the enemy, and the recovery phase by the allies after the predetermined time are the points for the enemy and the team to which the enemy is knocked down if the enemy or allies are not in close proximity for a certain time. Is stored in the database, and the score of the team is updated and displayed on the head up display (HUD) of all users.

In the case of overpowering by the enemy, a victory point is given to the opposing enemy and the team to which the enemy belongs, and stored in the database, and the score of the team is updated and displayed on the head up display (HUD) of all users.

When revived by an allied recovery, the state of the changed and normalized user is plotted and displayed on the user's head up display (HUD), and the revived user's health is stored in the database as the maximum value or the set value, and the user The updated fitness value is displayed on the head up display (HUD).

When the game ends when the goal score is reached, the team that has reached the set goal score is treated as a victory, the team that has not reached the team is defeated, and the score of each team is stored in the game database. Directing to the user's HUD is added.

If the game is ended by the end of time, the team with the highest score is treated as a victory, the remaining teams except this are defeated, the score of each team is stored in the game database, and the victory and defeat information is recalled. The step of directing to the user's HUD is added.

The present invention is a system for providing a game service through a personal terminal connected to a game server and a network, the member module for managing the number of access teams and the victory point by the recovery and suppression of the normal behavior and close action of allies and enemy forces A game server comprising a game control module configured to control the acquisition of a game, a game database storing the user's physical strength and armor strength, and the victory point, and connected to the game server and a network in a massive multi-user online first-person shooting game service. It consists of a personal terminal to access.

The member module controls to start the game only when the connected team has a predetermined number or more.

The game control module manages the respawn area so that re-participation is possible, controls to display and manage damage and the user's state, and directs update information or animation on the HUD.

According to the present invention, in a large-scale multi-user online first-person shooter game service, a user composed of a plurality of teams can revive a fallen user of the same team or defeat a user of a fallen opponent team to provide various online game modes.

According to the present invention, a large number of small teams are formed to induce teamwork and cohesion.

According to the present invention, when the enemy is attacked, it becomes impossible to move or has a limited knockdown state, and the fallen enemy can acquire the victory point only by melee attack, so that the user must actively attack and move for the victory point. It is possible to induce a relationship with a colleague because it does not lose the victory point by regenerating with the help of a colleague.

1 is a diagram showing a schematic configuration of a large-scale multi-user online first person shooter game service system according to the present invention.
Figure 2 is a flow chart showing the sequence of a large-scale multi-user online first-person shooter game service method according to an embodiment of the present invention.
3 shows the sequence after part A of FIG.
4 is a flow chart showing the sequence after the portion B in FIG.
Figure 5 is a flow chart showing the sequence of a large-scale multi-user online first-person shooter game service method according to an embodiment of the present invention.
FIG. 6 is a flowchart showing a sequence from the game database perspective of FIG.
FIG. 7 is a flowchart showing a procedure in terms of the user direction in FIG. 5; FIG.
8 is a flowchart showing a game end sequence of FIG.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the drawings.

In the large-scale multi-user online first-person shooter game service system according to an embodiment of the present invention, the user sets an attack means, selects one of two or more teams, and hits another user with an attack means that is hit. Incapable of attacking, approaching the user of the invasive state is overpowered by a specific attack means to score, the user of the invasive state to participate in the game from where it was helped by the user of the same team, and unable to attack If the user of the state is not helped within the specified time, the state is initialized to participate in the game again at the designated position, and the user's score is configured to add up to the team's score so that the team that reaches the designated score wins.

The large-scale multi-user online first-person shooter game service system according to the present invention is a system for providing a game service through a personal terminal connected to a game server and a network.

As shown in FIG. 1, the large-scale multi-user online first-person shooting game service system according to the present invention obtains a member module 11 for managing the number of access teams, and confirms the normal state of allies and enemy forces, and recovers and gains victory points. A game database (10) comprising a game server (10) comprising a game control module (12) for controlling the game, a health point (HP) of a user, a health point (AP) of armor, and a game database (13) for storing the victory points; It is largely composed of personal terminals 21, 22, and 23 connected to the game server 10 through a network to access a massive multi-user online first-person shooting game service.

Here, the member module 11 controls to start the game only when the connected team has a predetermined number or more.

The game control module 12 manages the respawn area so that re-participation is possible, controls to display damage and state of the user, and to display update information or animation on the HUD. do.

Specifically, the game rules make it possible to start when three or more teams are formed in a team composition, and in Pia Division, all other teams are members of the enemy, attacking to gain victory points, and suppressing the enemy. Attacking an enemy causes the opponent to fall and become knocked-down state, which means "impossible inability to move or significantly reduced ability to move." If you do, the enemy will be defeated and suppressed by the user and the team to which the user belongs to gain victory points, and in the suppression of the melee attack, you can enter a specific key, attack with melee weapons, or throw or fire a throwing weapon. To attack or to throw a throwing weapon, It can be used as a shock, jump, or stepping through the action of the action. In recovery help, it is possible to participate in the game in a knocked-down state with the help of the same teammates. If you do not receive recovery help from the same teammates within the specified down time, you must die and lose victory points, and be sure to enter a specific key to help the fallen colleague recover.

In addition, the victory condition is to overcome the users of other teams other than their own team to reach a specified score, or to reach a higher score than other teams within a limited time.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENT Hereinafter, a detailed description of a large-scale multi-user online first-person shooting game service method according to an embodiment of the present invention will be described in detail with reference to the accompanying drawings.

As shown in Figs. 2-4, first, a large-scale multi-user online first-person shooter game service is prepared.

Then, it is checked whether there are three or more teams connected to the game service through the member module, and the game is started when there are three or more connected teams.

Through the game control module, all users except the allies are regarded as the enemy and check whether the user is in a normal state, if the user is in a normal state, check whether the adjacent user is an allied, and if the close user is an allied, Helps to recover, if the enemy is close to the enemy is suppressed by a melee attack.

Specifically, when the user is knocked down through the game control module, when the enemy is knocked down by the suppression action in close proximity, the player rejoins in the respawn area, and when the user is knocked down, the allies recover closely. When recovered by the help, it recovers in place and resurrects, and when the user is knocked down, if the user does not receive the recovery help within a certain time, rejoining the respawn area is performed. If you rejoin the respawn area because you are suppressed or do not receive recovery help, you can give down victory points to the enemy and the team to which the enemy is knocked down by knocking down or making melee attacks, and revived in place by the help of recovery. No points will be awarded to the enemy.

After each step, the game ends by checking whether the designated score is reached through the game control module.

5 to 8, a massive multi-user online first-person shooter game service method according to an embodiment of the present invention first prepares a massive multi-user online first-person shooter game service through a member module, and then connects to the game service. Check if there are three or more teams connected.

Through the game control module, the game progress time is counted down, the damage is processed, and the changed user's HP and AP are stored in the game database and displayed on the screen.

When the HP is less than or equal to 0 through the game control module, it knocks down and counts down for a predetermined time, and simultaneously changes the user state to the knocked down state.

After a certain time passes through the game control module, natural death is processed to re-involve in the respawn area.

In addition, the counting of the game progress time through a game control module initializes the HP, AP, scores, goal scores, and play time of each team in the game database and displays them as user initialization information.

After the damage processing step, the user HP and the AP changed through the game control module are stored in the game database, and updating information is displayed on the user's time information HUD.

In addition, the game control module may be added to produce a state changed from the knockdown state to the animation, and outputting a help request action when a specific key input.

In the recovery step, when a companion near a certain distance clicks a specific button through the game control module, recovering, directing a state change to the HUD during recovery, and changing the user state to the general state in the game database in the recovery step. A step is added.

In addition, through the game control module, when the goal score is reached after the end of the game, the reached team wins, stores information and scores lost by the undelivered team in the game database, and directs victory and defeat information to the user's HUD. .

In the case of ending the game by the end of time through the game control module, information and scores of the teams with the highest score wins are stored in the game database, and the victory and defeat information is directed to the user's HUD.

It will be apparent to those skilled in the art that various modifications, substitutions and substitutions are possible, without departing from the scope and spirit of the invention as disclosed in the accompanying claims. will be. Accordingly, the accompanying drawings in the present invention are not intended to limit the technical idea of the present invention but to explain, and the scope of the technical idea of the present invention is not limited by the accompanying drawings.

The protection scope of the present invention should be interpreted by the following claims, and all technical ideas within the scope equivalent thereto should be construed as being included in the scope of the present invention.

10: Game Server
11: Membership Module
12: Game Control Module
13: Game Database
21, 22, 23: personal terminal

Claims (13)

Checking whether there are three or more teams connected to the game or game mode to which the game method is applied;
Starting a game when there are three or more connected teams, and deciding whether all the users except the allies are the enemy and whether the user is in a normal state;
When the user is in a normal state, confirming whether a nearby knocked-down target user is friendly;
If the close target user is a friendly allied down to a distance close to the proximity to recover through a recovery action, if the target user is knocked down enemy forces close to a distance close to the proximity to take down the suppression Large-scale multi-user online first-person shooter game service method comprising the; The method of claim 1,
After the step of checking whether the user is in a normal state, if the user is in the knocked down state, rejoining the respawn area when the enemy is knocked down by the suppressing action;
When the user is in the knocked down state, when an ally is recovered by a close assist, recovering and reviving in place;
If the user is in the knocked down state, if the recovery assistance is not received within a predetermined time, rejoining the respawn area;
If the target enemy is suppressed by the melee attack or rejoined in the respawn area without receiving recovery help, the enemy and the team to which the enemy is knocked down by knocking down the user or applying a melee attack are given points and recovered. A large multi-user online first-person shooter service method, characterized in that the player does not give victory points to the enemy when he is revived in place. The method of claim 2,
And after each step, checking whether the designated score has been reached and ending the game. Preparing a massive multi-user online first-person shooter game service and checking whether there are three or more teams connected to the game service;
Counting a game progress time;
Processing damage to store the changed user's health in a game database and displaying the same on a screen;
If the user's health is less than or equal to 0, processing the user's state in the knocked down state and counting down a certain time, and after a certain time, natural death processing or being suppressed by enemy control within a certain time or A multi-player online first-person shooter service method comprising the; step of recovering by the help of a friendly recovery. The method of claim 4, wherein
The counting of the game progress time is a database element required by the game, and initializes the user's stamina, the stamina's stamina, the score of each team, the goal score, and the play time to a preset value and the game as initialization information. And displaying a limited time that can be played according to a preset play time after displaying on a HUD (Head Up Display) screen of a user who participated in the large-scale multi-user online first-person shooting game service method. The method of claim 4, wherein
The processing of the damage may include storing the user's health reduced by the enemy's attack and the protection equipment's health in a database, and displaying the updated information on the user's head up display (HUD) screen. A massive multi-user online first-person shooter service method. The method of claim 4, wherein
In the processing of the knock down state, when the user's stamina is less than or equal to 0, the changed state of the knocked down user is illustrated and displayed on the user's head up display (HUD) screen, and a friendly head up display (HUD) is displayed. ), The knocked-down user counts and displays a certain amount of time during which the allied user can recover or overpower an enemy. When a user who is knocked down during a given time inputs a specific key, the friendly head-up display (HUD) adds a step of displaying the help request and sound of the knocked-down user. First person shooter game service method. The method of claim 4, wherein
The natural death, the overpowering by the enemy, and the recovery phase by the allies after the predetermined time are the points for the enemy and the team to which the enemy is knocked down if the enemy or allies are not in close proximity for a certain time. The multi-user online first-person shooter game service method, characterized in that stored in the database, and updated by displaying the score of the team on the head up display (HUD) of all users. The method of claim 4, wherein
The natural death, the overpowering by the enemy, and the recovery phase by the allies after the predetermined time are the points for the enemy and the team to which the enemy is knocked down if the enemy or allies are not in close proximity for a certain time. And store it in the database, update and display the scores of the teams on the HUD (Head Up Display) of all users, and in case of overpowering by the enemy, give victory points to the enemy and the team to which the enemy belongs. The team score is updated and displayed on the head up display (HUD) of all users, and when the team is revived by the recovery of an ally, the user's head up display (HUD) is illustrated by changing the normalized state of the user. Display and save the revived user's fitness in the database as the maximum value or the set value, and the updated fitness in the head up display (HUD) of the user If the game is ended by reaching the goal score, the team that has reached the set goal score is treated as a victory, the unsuccessful team is defeated, and the score of each team is stored in the game database. And directing victory and defeat information to the user's HUD. The method of claim 4, wherein
If the game is ended by the end of time, the team with the highest score is treated as a victory, the remaining teams except this are defeated, the score of each team is stored in the game database, and the victory and defeat information is recalled. Massive multi-user online first-person shooter service method characterized in that the step of directing to the user's HUD is added. In a system for providing a game service through a personal terminal connected to a game server and a network,
A game server comprising a member module that manages the number of access teams, and a game control module configured to check the steady state of allies and enemy forces, and to recover and obtain victory points for proximity;
A game database for storing the user's fitness, the armor's fitness, and the victory point;
A personal terminal connected to the game server through a network to access a massive multi-user online first-person shooting game service;
Large-scale multi-user online first-person shooter game service system, characterized in that consisting of. The method of claim 11,
The member module is a large-scale multi-user online first-person shooter game service system, characterized in that the control to start the game only when a certain number of connected teams. The method of claim 11,
The game control module,
A massive multi-user online first-person shooter that manages the respawn area for rejoining, manages and displays damage and user status, and directs update information or animations to the HUD. Service system.

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