KR20130062456A - Apparatus for producing action of off-line user-based match composition between on-line user and off-line user - Google Patents

Abstract

PURPOSE: A confrontation providing device between online/offline users based on behavior of an offline user is provided to supply game confrontation to the online/offline users, thereby activating an offline game. CONSTITUTION: A control unit(200) provides an event to an online confrontation target terminal unit(300) in an online virtual mode. The control unit provides the event to an offline device unit(100) in an offline field mode. The control unit provides a device control signal to the offline device unit based on input data of an online user and forms confrontation result information by combining the input data with behavior result data of the offline user. The control unit provides the confrontation result information to at least one of the online confrontation target terminal unit and the offline device unit. [Reference numerals] (100) Offline device unit; (200) Control unit; (300) Second online terminal unit; (AA) First offline area; (BB,GG,LL) Event area; (CC,HH,MM) Circumstance change; (DD,JJ,OO) Execute the behavior of an offline user; (EE) First online terminal unit; (FF) Second offline area; (II,NN) Offline device unit; (KK) N-th offline area; (PP) N-th online terminal unit

Description

Apparatus for providing on-offline user-based confrontation structure based on offline user behavior {APPARATUS FOR PRODUCING ACTION OF OFF-LINE USER-BASED MATCH COMPOSITION BETWEEN ON-LINE USER AND OFF-LINE USER}

The present invention relates to a device for providing an online offline match-up device based on the offline user's behavior, and more particularly, by sharing the actual behavior caused by the offline user and the terminal control of the online user to an event such as a game. The present invention also relates to an on-offline user confrontation provision device based on an offline user's behavior for forming a confrontation structure between an offline user and an online user.

In general, indoor batting practice field is known that mimics a baseball game in sports, the indoor batting practice has a baseball pitching device that automatically shoots a baseball instead of a pitcher.

In addition, when a baseball comes from the baseball throwing device toward the player at bat, the player swings the bat like a batter at a baseball game to hit the baseball. However, this is simply a game method in which the player is determined to swing the bat to hit or miss the baseball.

Such a game method is currently being turned away from players who want a variety of fun as well as exercise, and the indoor batting practice range is decreasing as well.

On the other hand, there are online games as well as offline games such as indoor batting cages. Online games can be divided into games using a wired network and games using a mobile network.

Here, games using a mobile network are increasing in popularity as the spread of smartphones increases.

In other words, while online games have evolved to provide various services to online users, offline games have been ignored by offline users as mentioned.

Therefore, it is a point in time when a plan for activating an off-line game to an on-line game level and simultaneously activating an online game that is currently in vogue is required.

Therefore, the present invention has been created to solve the above problems, an object of the present invention is to participate in offline events and online users together in an event such as a game, the offline user event participation method is provided in the offline field mode This is done through the actual actions triggered by the offline user for the event (e.g., the offline user hitting the baseball thrown at the indoor batting range), and the online user's participation in the event is based on the event provided in the online virtual mode. It controls the terminal (e.g. smartphone) of the online user as if playing a predetermined online game, and then related data (e.g., offline user) about the event shared between the offline user and the online user on the central server side. Data generated by detecting actual behavior caused by After providing the data generated by the control of the terminal) on the basis of the obtained data to provide an on-offline user-to-off-line competition system based on the behavior of the offline user to form a competition structure between the offline user and the online user .

The apparatus for providing online and offline user-confrontation structures based on the offline user's behavior according to the first aspect of the present invention for achieving the above object comprises: at least one online terminal connected to a communication network, and at least one online terminal connected to each other; By sharing the event with the competing online terminal unit having a composition and performing a device operation corresponding to the device control signal provided by the execution of the event, it causes a situation change for the event area in a predetermined offline site and responds to the situation change. After setting the offline device unit for generating the behavior result data of the offline user and the communication session for sharing the event as a result of detecting the behavior of the offline user, and provides the event in the online virtual mode to the online terminal to be confronted Present the event offline to the offline device; And providing the device control signal to the offline device based on the input data of the online user formed through the online virtual mode, and collecting input data of the online user and action result data of the offline user. And forming a confrontation composition result information and providing the confrontation composition result information to at least one of the online terminal portion and the offline device portion to be confronted with.

Preferably, when the subject requesting the event execution is changed from an online user to an offline user, the controller is another action result data of the offline user generated due to other actions of the offline user in the event area from the offline device unit Generates an event execution request as a result of determining the other action result data of the offline user, and provides it to the online terminal to be confronted with the other input data of the online user provided from the online terminal to be confronted with the offline user. It collects the other action result data of and characterized in that the confrontation structure result information is updated.

Preferably, the control unit manages the level of each capability value for the on-line user or the off-line user, and corrects the data transmitted and received with the off-line device unit or the target online terminal unit corresponding to the level set for each user It is done.

In addition, an on-offline user-to-user counterpart provision apparatus based on an offline user's behavior according to a second aspect of the present invention for achieving the above object includes one or more online terminals connected to a communication network, among the one or more online terminals. Sharing the event with the online terminal unit having a confrontation structure and detecting the offline user's behavior on the situation variation occurring in the predetermined event area due to the device operation corresponding to the event and generating the result data of the offline user's behavior. After setting the offline device unit and the communication session for sharing the event to provide the event in the online virtual mode to the online terminal to the target, the offline device to provide the event in the offline field mode, the online Online user input provided via virtual mode Compiling the confrontation composition result information by combining data and behavioral result data of the offline user provided through the offline field mode, and providing the confrontation composition result information to at least one of the online terminal unit and the offline device subject to the confrontation. It includes a control unit for.

Preferably, the control unit manages the level of each capability value for the on-line user or the off-line user, and corrects the data transmitted and received with the off-line device unit or the target online terminal unit corresponding to the level set for each user It is done.

Accordingly, in the present invention, the offline user and the online user participate in an event such as a game together, and the offline user's event participation method is the actual action (eg, indoor blow) caused by the offline user for the event provided in the offline field mode. It is done through the hitting of the offline user against the baseball pitched in the practice field, and the online user's participation in the event is as if the online user's terminal (for example, smart) plays a predetermined online game for the event provided in the online virtual mode. Phone), and then the central server side has data related to the event shared between the offline user and the online user (e.g., data generated by detecting actual behavior caused by the offline user, terminal of the online user). Data generated by the control) By forming a confrontation between offline users and online users based on the data, it is possible to provide a game confrontation between on-line and off-line users of a new form, thus contributing to the activation of off-line games as well as online games. It is expected to be advantageous in securing market competitiveness as it has new differentiated service functions, and this on-offline user confrontation structure can be applied not only to games but also to other fields. .

1 is a view showing an on-offline user-to-user competition diagram providing apparatus based on an offline user's behavior according to an embodiment of the present invention;
FIG. 2 is a diagram illustrating an example of applying an on-offline user-to-user competition ball providing apparatus based on an action of an offline user illustrated in FIG. 1 to a baseball game;
3 is a view showing an example A portion shown in FIG. 2 according to one embodiment;
4 is a view showing another embodiment a) shown in FIG. 3;
5 is a diagram illustrating an example of an operation process of the controller illustrated in FIG. 2;
FIG. 6 is a view showing another example of an apparatus for providing a confrontation diagram between online and offline users based on an offline user's behavior according to the present invention;
FIG. 7 is a diagram illustrating an example of applying an on-offline user-to-user competition provision device based on an offline user's behavior illustrated in FIG. 6 to a golf game, and
FIG. 8 is a diagram illustrating an example of an operation of the controller illustrated in FIG. 7.

Hereinafter, with reference to the accompanying drawings, a preferred embodiment of the on-offline user-to-off-line confrontation diagram providing apparatus based on the behavior of the offline user according to the present invention will be described in detail as follows.

The apparatus for providing online competition between online and offline users based on the behavior of offline users of the present invention sets up offline users and online users who share events such as games, and then provides the shared events in the offline field mode to the offline users and to the online users. Provide shared events in online virtual mode.

In other words, the on-offline user confrontation diagram providing apparatus allows each user to perform a corresponding event by dividing the user into an executable mode (that is, an offline field mode or an online virtual mode) for an event shared between the on-offline users. As the same event is shared between on- and off-line users, the event execution result is generated by one user's event execution, and the event execution result greatly affects the performance of other user's events. By collecting all the data provided on the basis of this, all the information required when coming to the event is generated and integrated management so that each user can check the generated information.

As a result, the device for providing a confrontation diagram between on-line and offline users can make the other party share the event from the offline user's point of view and feel the confrontation with the realistic and realistic counterpart as if they existed in the offline scene. From the standpoint, the other party sharing the event feels as if they are present at the online site, or has a confrontation with the other party through the online network. It is possible to have a feeling of performing a confrontation composition directly in an offline scene.

The present invention will be described in detail with reference to the accompanying drawings. First, an event for a confrontation structure between online and offline users is determined from an online user, and an offline user responds to an input event execution request to form an event execution result. An event in a confrontation structure in which an online user responds to a request to form an event execution result will be described with reference to FIGS. 1 to 5.

FIG. 1 is a diagram illustrating an example of an apparatus for providing a confrontation diagram between online and offline users based on an offline user's behavior according to an embodiment of the present invention. As shown by way of example only in FIG. 1, an on-offline user-to-user confrontation diagram providing apparatus confronts an offline user among at least one online terminal and at least one online terminal connected to a communication network (eg, wired or wireless Internet). After receiving the device control signal set by the online user from the online terminal 300 to be confronted with the online user, the corresponding device operation is performed on the provided device control signal, and the device operation is performed offline. A predetermined situation variation occurs in a predetermined event region among the regions, and the offline device unit 100 for generating the non-fiction result data of the offline user's behavior detected by detecting the offline user's behavior with respect to the situation variation, and the confrontation target Communication for the interconnection between the online terminal 300 and the offline device 100 After setting the option, the offline device unit 100 that is used by the offline user for the corresponding event shared through the established communication session is formed in the off-line field mode and is provided by the online user. ) Is provided in the online virtual mode, and the input data and behavior obtained after acquiring the input data of the online user including the device control signal formed through the online virtual mode and the action result data of the offline user formed through the offline field mode, respectively. Control unit for generating a confrontation composition result information based on the result data, and provides the resultant confrontation composition result information to at least one of the online terminal 300 and the offline device 100 to be confronted through a communication session set 200.

Here, the specification of the online terminal unit 300 to be confronted by one or more online terminals and the interconnection between the specific online terminal unit 300 and the offline device 100 to be confronted with mutual selection between the online user and the offline user Result.

For example, when one or more online users to use a confrontation scheme between on- and off-line users according to the present invention connect to a communication network, a connection list for one or more online users is formed to share the network and then to a predetermined offline area. In order to use the confrontation scheme between on-line and offline users, one of the online users may be selected from the access list, and then the confrontation scheme between on-offline users is established.

Conversely, it may be implemented that a large number of offline users form and wait for a connection list and a confrontation between online users is established as a predetermined online user selects one offline user from the connection list.

In addition, it is preferable to provide the connection list with the capability information related to the confrontation structure between the online user and the offline user in the guide information for designating the user, and thus, each user can take detailed information about the opponent to achieve the confrontation composition. It can help you customize.

FIG. 2 is a diagram illustrating an example of applying an on-offline user-to-user competition ball providing apparatus based on an action of an offline user illustrated in FIG. 1 to a baseball game. As shown by way of example only in FIG. 2, the on-offline user-to-user matchmaking device can be applied to a baseball game.

That is, the offline user can enjoy a baseball game by hitting a baseball ball thrown on the offline site after being pitched and controlled by an online user at an indoor baseball game site, and the online user can virtually play the indoor game in a baseball game environment. By controlling the pitch of the baseball at the baseball game field, you can enjoy a baseball game that can be played against offline users.

In other words, when the online user plays the baseball game based on the online virtual mode through the online terminal 300 to be played as a pitcher, the terminal screen outputs a screen for the hitting zone where the offline user is located. On this screen, the online user sets the throwing pattern for the pitch and pitching point to be thrown to the offline user as shown in FIG.

Subsequently, the online terminal unit 300 to confront the online user's pitch setting is generated as input data of the online user and transmitted to the control unit 200 on the network, and the control unit 200 from the online terminal unit 300 to confront the target. By determining the input data of the provided online user, a device control signal for controlling the offline device unit 100 is formed, and the formed device control signal is provided to the offline device unit 100.

As the offline device unit 100 performs the device operation based on the device control signal provided from the control unit 200, any one of the strike zone consisting of the strike zone and the ball zone in the pitch pattern according to the setting of the online user After controlling the exit direction of the discharge port of the throwing device up and down, left and right to face the point, the baseball ball directed to the discharge port is fired by the throwing pattern.

In other words, the redemption change of the event area in the offline scene by the input setting of the online user means that the baseball is thrown toward the hitting zone of the offline scene with the throwing pattern set by the online user as shown in the above example. can do.

On the other hand, the offline user hits the baseball reaching the hitting zone, and as a result, may hit the ball swing or succeed in any form.

That is, it is a configuration for detecting whether the offline user hit the hit.

For example, if the sensing unit for detecting a successful hit in the near front of the off-line user located in the turn at bat, due to the passing time of the baseball passing through the sensing unit due to the pitching and the hit of the offline user After determining the passing time of the baseball which passes the wealth again, it is possible to distinguish the pitch and the hit by using the time difference between the passing time of the baseball due to the pitch and the passing time of the baseball due to the hit. : Hits or home runs).

For example, once the ball is thrown or hit within the sensing unit or thrown or hit within a predetermined area of the sensing unit, the baseball may be determined to be thrown into the normal batting zone, or it may be determined that the hit is determined to be more than a hit.

That is, when it is detected within the sensing unit or hit within a predetermined area within the sensing unit and is determined to be more than a hit, the time difference between the passing time of the baseball due to the throwing and the passing time of the baseball due to the hit is divided into predetermined steps. (Moreover, it can be divided into hits that can go to first base and hits that can go to second or third.) And home runs.

If the time difference is shorter than the predetermined level, the time converted from the pitching to the hitting is short, so that the hitting power of the offline user acting as a batter may be determined to be a home run or a long hit. If it is longer than a predetermined level, the time taken from the pitching to the hitting is long, and thus the hitting power of the offline user serving as the batter is relatively small, so that the hit can be determined to the first base.

In addition, there may be a case in which a detection unit for detecting a hit success in the rear of the offline user located at the turn at bat. In this case, it is possible to distinguish whether or not the hit is successful according to whether the baseball reaches the rear sensing unit.

When the sensing unit is located in the rear, the pitched baseball was a strike when passing through the hitting zone, but when it reaches the sensing unit, it may be out of the strike zone and there may be a determination error.

In other words, throwing a body strike into a curve means 'strike' when passing through the hitting zone, but when it reaches the sensing unit, the ball's direction is out of the strike judging zone due to bending to the body's curve, making it impossible to determine a strike. Will be.

To correct this, the strike determination zone for the sensing unit is flexibly moved based on any one point of the throwing hitting zone and the throwing pattern, and the throwing determination is performed based on this.

The offline device unit 100 throws the baseball into the actual hitting zone in the offline field according to the throwing pattern set by the online user, and then executes the batting of the offline user in the plate at bat (that is, the action of the offline user's situation). And the action result data of the offline user based on the throwing and hitting determination.

Thereafter, the offline device unit 100 transmits the generated action result data of the offline user to the control unit 200 on the network, whereby the control unit 200 is connected to the data formed in the online virtual mode (ie, input data of the online user). Collect all the data formed in the off-line field mode (that is, the behavior result data of the offline user) to generate the confrontation composition result information for the confrontation composition between the on-line and offline users, and the confrontation composition result information generated by the online terminal unit 300 And at least one of the offline device unit 100.

For example, if an online user pitches through the curve to the body strike part and the offline user hits the first hit, the result of the offline user's hit success image is shown in FIG. 3 b). Information can be formed.

FIG. 4 is a diagram illustrating another example of a) shown in FIG. 3. As shown by way of example only in FIG. 4, the diagram a) of FIG. 3 is a screen for pitch pattern control input of an online user as described above.

All the screens for pitching pattern control inputs can be implemented in a virtual environment so as to meet the environment of the online virtual mode. However, as shown in FIG. 4, the online user has a feeling of actually confronting an offline user located in an offline site. In order to be able to output the actual appearance of the off-line user standing at the plate from the offline device unit 100 outputs the screen of the online terminal unit 300 to be confronted and overlaps the graphics for the pitch pattern control on the output terminal screen It is also possible to implement a screen for the pitch pattern control input.

Furthermore, the offline user may pitch the actual baseball ball against the batter character of the on-line user in the screen provided in the offline scene from the pitcher's point of view when the karate is switched.

In other words, a confrontational structure in which an online user responds to the behavior result data of the offline user is preceded by the behavior result data of the offline user generated by the behavior of the offline user occurring in the event area at the offline site. Do.

To this end, an offline user located in the at-bat zone may play a pitcher at the location, and the batter character of the online user actually throws the baseball in a random throwing pattern toward the virtual at-bat.

Accordingly, the offline device unit 100 generates the throwing behavior of the offline user as the behavior result data of the offline user according to the determination of the strength and the position touched on the screen. To pass).

The control unit 200 determines the behavior result data of the offline user provided from the offline device unit 100 and reflects the throwing pattern derived as the determination result to the online virtual mode to which the online user is connected. On the screen, the baseball pitching image is output based on the throwing pattern actually thrown by the offline user, and the on-line user controls the hitting of the baseball.

Here, the baseball pitching image is provided on the basis of the video taken by the shooting module of the offline device unit 100 throwing the ball and the movement of the offline user, or is provided as an image implemented as a virtual graphic It is possible.

Accordingly, the online terminal 300 to be confronted forms the settings related to the control of the on-line user as input data of the online user, and transmits the formed online user input data to the controller 200.

The controller 200 collects the input data of the online user provided from the online terminal 300 to be confronted with the action result data of the offline user that has already been provided above, and generates the resultant confrontation result information based on the generated data. The confrontation structure result information is provided to one or more of the online terminal 300 and the offline device 100 to be confronted.

In addition, the online terminal 300 to be confronted may be a smartphone, PC, and the like.

Meanwhile, the controller 200 may manage the level of the offline user or the online user for each game capability value as in a normal game.

That is, an offline user or an online user may experience many game events to increase their game level, and may play a game with an opponent having a level higher than their level for faster level-up.

For example, assuming that the level range of this baseball game is from 1 level to 99 levels, a 10-level offline user can apply to face a higher level 20 online user to improve his / her rating faster. Similarly, if there are 30 levels of online users, the 30 levels of online users may also proceed to the game by filing a 40 level offline user competition.

Here, the problem is how to resolve the gap in game performance between offline users and online users of the same level. In other words, online users play games in a virtual environment, while offline users play games by themselves in a real offline environment.

Therefore, it is preferable that the controller 200 resolves the gap by reflecting the gap calculated between the offline users and the online users having the same level based on the predetermined gap correction table.

For example, when a thirty-level offline user and a thirty-level online user play a baseball game, the offline user may be able to actually hit or throw a baseball against the baseball that is actually thrown. It can be hard to get 30 levels of skill set.

In other words, since there is a limit on the ability of the offline user to exercise, the limit for raising the level is no different from that already established. Competence gap correction is required.

Accordingly, the controller 200 receives the input data of the online user from the online terminal 300 to be confronted with the device control signal by reflecting the input data of the online user input and the level 30 of the online user which is already set. Generates and transmits the generated device control signal to the offline device unit (100).

Thereafter, the offline device unit 100 performs a device operation corresponding to the device control signal to launch a baseball in the hitting zone with a pitching pattern corresponding to 30 levels.

Here, the pitching pattern corresponding to the 30th level may be pitched controlled at 80Km / h in the offline scene when the airspeed corresponding to the 30th level in the game is 100Km / h, for example.

That is, when the online user is leveled up to become 80 levels, if the air speed corresponding to the 80 level in the game is assumed to be 160 km / h, for example, it may be controlled and pitched at 140 km / h in the offline scene.

Thereafter, the offline device unit 100 detects the hitting of the offline user for the pitching pattern corresponding to the 30th level, generates the action result data of the offline user, and then outputs the action result data of the offline user to the controller 200. To pass.

Accordingly, the controller 200 reflects the behavior result data of the offline user provided from the offline device unit 100 and the level 30 of the previously set offline user, and then displays the result and the throwing pattern information set by the online user. The final result of the confrontation composition result information is collected and the generated confrontation composition result information is provided to at least one of the online terminal 300 and the offline device 100 to be confronted.

On the other hand, it is possible to secure the capability value corresponding to the level for each user by reflecting the correction value calculated based on the predetermined capability gap correction table between the offline user and the online user of different levels.

For example, when the level of the online user is 50 levels and the level of the offline user is 30 levels, when the input data of the online user is provided, the control unit 200 corresponds to a game level corresponding to the 50 level preset for the online user. After generating a device control signal for controlling the offline device unit 100 by correcting it to transmit the generated device control signal to the offline device unit 100, the offline user behavior result data provided from the offline device unit 100 If you are provided with, the game user's performance level corresponding to 30 levels preset for the offline user is corrected to determine the action result of the offline user. Provided to at least one of the offline device unit 100 and the online terminal 300 to be confronted.

FIG. 5 is a diagram illustrating an operation process of the controller 200 illustrated in FIG. 2. As shown only by way of example in FIG. 5, the controller 200 generates a connection list based on the connection of one or more online users and one or more offline users, and provides the generated connection list as shared information on the network. (S100 and S102).

Then, for example, when the offline user makes a game request by designating any one online user in the connection list, the game request message is delivered to the online terminal of the online user (ie, the online terminal 300 to be confronted). (S104 and S106).

Accordingly, when the online user of the online terminal 300 to be matched accepts the game request, the game competition is started between the two (S108 and S110).

Thereafter, the control unit 200 provides an event for executing a baseball game in an online virtual mode to the online terminal 300 to be confronted, and an event for executing a baseball game in an offline field mode to the offline device unit 100. to provide.

Accordingly, when the controller 200 receives the input data of the online user related to the throwing pattern for pitching to the off-line site from the online terminal 300 to be confronted, the controller 200 determines the input data of the online user and generates a device control signal. Then, the generated device control signal is transmitted to the offline device unit 100 having a confrontation structure (S112 and S114).

Subsequently, the offline device unit 100 receives the action result data of the offline user generated based on the detection of the hit of the offline user corresponding to the execution of the pitch according to the device control signal (S116), and provides the provided action of the offline user. The result data and the input data of the online user who have already been provided are collected to generate a pitch and hit-related count (ie, confrontation result information), and the confrontation result information generated by the online terminal unit 300 and the offline device unit It is provided to one or more of 100 (S118 and S120).

In addition, if the game continues, the controller 200 proceeds to the pitch setting of the on-line user and the hitting response of the off-line user corresponding thereto, and the game may be progressed by performing the countdown after completing the out count (S122).

6 to 8, the offline user and the online user share an event for a confrontation structure between on-line and off-line users, but after each event is performed independently by each user, the event is collected and performed. We will describe the events of the confrontation that will result.

FIG. 6 is a diagram illustrating another example of an apparatus for providing an online / offline confrontation structure based on an offline user's behavior according to the present invention. As shown by way of example only in FIG. 6, an on-offline user-to-user counterpart providing apparatus confronts an offline user among at least one online terminal and at least one online terminal connected to a communication network (eg, wired or wireless Internet). Sharing the event with the online terminal 600, the target of the online user to have a composition and the offline user's behavior by detecting the offline user's behavior of the situation occurring within the predetermined event area due to the device operation corresponding to the event The offline device unit 400 for generating data and the online terminal unit 600 to set up event sharing between the online terminal unit 600 and the offline device unit 400 in response to the commencement of the shared event 600 Input data of the online user provided by the user) and the row of the offline user provided from the offline device unit 400. Based on the result of collecting the input data of the online user and the action result data of the offline user obtained after the freezing and data acquisition, the resultant competition result information is generated and the resultant competition result information is generated. And a control unit 500 for providing at least one of the offline device unit 400.

Here, the specification of the online terminal unit 600 to be confronted by the one or more online terminals and the interconnection between the specific online terminal unit 600 and the offline device unit 400 to determine the mutual selection between the online user and the offline user. Result.

For example, when one or more online users to use a confrontation scheme between on- and off-line users according to the present invention connect to a communication network, a connection list for one or more online users is formed to share the network and then to a predetermined offline area. In order to use the confrontation scheme between on-line and offline users, one of the online users may be selected from the access list, and then the confrontation scheme between on-offline users is established.

Conversely, it may be implemented that a large number of offline users form and wait for a connection list and a confrontation between online users is established as a predetermined online user selects one offline user from the connection list.

In addition, it is preferable to provide the connection list with the capability information related to the confrontation structure between the online user and the offline user in the guide information for designating the user, and thus, each user can take detailed information about the opponent to achieve the confrontation composition. It can help you customize.

In addition, since the detailed technical contents for realizing the present embodiment are described in detail in the embodiments related to the already mentioned baseball game, descriptions of overlapping contents will be omitted.

FIG. 7 is a diagram illustrating an example of applying an on-offline user-to-user competition ball providing apparatus based on an offline user's behavior illustrated in FIG. 6 to a golf game. As shown by way of example only in FIG. 7, an on-offline user-to-user matchmaking device can be applied to a screen golf game.

That is, after the event sharing setting for the screen golf game between the on-offline users is made, the control unit 500 to provide the corresponding event in the online virtual mode to the target online terminal unit 600 to be executed, the offline device unit 400 ) To run the event in the offline field mode.

First, assuming that an offline user first performs an event, when the offline user shots a golf ball in a situation due to a given event, the offline device unit 400 performs the offline user's action as a result of the offline user's action. After generating the data, the generated behavioral result data of the offline user is transferred to the controller 500.

Thereafter, the control unit 500 determines the behavior result data of the offline user provided from the offline device unit 400 and reflects the result of the determination in the confrontation result information.

In addition, when the online user takes a shot on the golf ball at an event provided in the online virtual mode, the online terminal 600 to be confronted transmits input data generated by the online user to the controller 500. .

Thus, the control unit 500 further reflects the input data of the online user transmitted from the online terminal 600 to be confronted in the confrontation result information.

The control unit 500 generates the confrontation composition result information and provides the result to one or more of the confrontation target online terminal 600 and the offline device unit 400.

In addition, like the baseball game, the golf game of the present embodiment can set the level for each user with respect to the user, and can have a confrontational structure among users with different levels.

8 is a diagram illustrating an example of an operation of the controller 500 illustrated in FIG. 7. As shown only as an example in FIG. 8, the controller 500 generates a connection list based on the connection of one or more online users and one or more offline users, and provides the generated connection list as shared information on the network. (S200 and S202).

Then, for example, when the offline user makes a game request by designating any one online user in the connection list, the game request message is delivered to the online terminal of the online user (ie, the online terminal 600 to be confronted). (S204 and S206).

Accordingly, when the online user of the online terminal 600 to be matched accepts the game request, the game competition is started between the two (S208 and S210).

Thereafter, the control unit 500 provides an event for executing a golf game in an online virtual mode to the online terminal 600 to be confronted, and an event for executing a golf game in an offline field mode to the offline device unit 400. to provide.

Accordingly, the control unit 500 determines the game progress order between the offline user and the online user, and if the order of the offline user is in the determination result, the action result data of the offline user generated by the shot of the offline user from the offline device unit 400. Received to update the confrontation plot result information (S214).

After that, when the game progress sequence of the online user arrives, the controller 500 receives input data of the online user generated by the shot in the virtual environment from the online terminal 600 to be confronted and determines a result of the given event. Afterwards, based on this, the confrontation scheme additionally updates the result information (S216).

In addition, the control unit 500 provides the confrontation composition result information to at least one of the online terminal 600 and the offline device 400 to be confronted (S218).

If the game continues, the control unit 500 repeatedly executes the above-described steps after the start of the golf game (S220).

It will be apparent to those skilled in the art that various modifications and variations can be made in the present invention without departing from the spirit or scope of the present invention as defined by the following claims It can be understood that

In addition, the present invention is intended to form a confrontation between the offline user and the online user by sharing the actual behavior caused by the offline user and the terminal control of the online user to an event such as a game. It is an invention with industrial applicability because it is not only sufficient but also practically evident.

100, 400: Online terminal 200, 500: Offline device
300, 600: control unit

Claims (5)

One or more online terminals connected to a communication network;
A situation for a predetermined offline site event by sharing an event with the online terminal unit having a confrontation structure among the one or more online terminals and performing a device operation corresponding to the device control signal provided by the execution of the event. An offline device unit for generating fluctuation and generating behavior result data of the offline user as a result of detecting the behavior of the offline user corresponding to the situation fluctuation; And
After establishing a communication session for sharing the event to provide the event in the online virtual mode to the online terminal to the target, and to provide the event in the offline field mode to the offline device, online formed through the online virtual mode Forming the device control signal based on the user's input data and providing it to the offline device unit, the input data of the online user and the action result data of the offline user is combined to form a resultant competition result information and then the resultant competition result And a controller configured to provide information to at least one of the online terminal unit and the offline device unit to be challenged. The method according to claim 1,
When the subject requesting the execution of the event is changed from the online user to the offline user, the controller receives another action result data of the offline user, which is generated due to other actions of the offline user in the event area, from the offline device unit. After generating an event execution request as a result of determining the other behavior result data of the offline user, the user is provided to the online terminal to face off and other input data of the online user provided from the online terminal to face off and the other behavior result of the offline user. And an on-offline user-to-user match-up provision system based on the offline user's behavior, wherein the data is collected and updated. 3. The method according to claim 1 or 2,
The control unit manages the level of each capability value for the on-line user or off-line user, and the offline user characterized in that to correct the data transmitted and received with the off-line device unit or the target online terminal unit to match the level set for each user Apparatus also provides on-off-line competition between users based on the behavior of the. One or more online terminals connected to a communication network;
Among the one or more online terminals, an offline user may share an event with a confrontation target online terminal and sense an offline user's action on a situation change occurring in a predetermined event area due to a device operation corresponding to the event. An offline device unit for generating user action result data; And
After setting up the communication session for sharing the event to provide the event in the online virtual mode to the online terminal to the confrontation, the event is provided in the offline field mode to the offline device, and provided through the online virtual mode After the input data of the online user and the behavior result data of the offline user provided through the offline field mode are combined to form a confrontation composition result information, the confrontation composition result information is included in the online terminal unit and the offline device unit. And a controller for providing the above. The apparatus for providing online matches between offline users based on offline user behavior. 5. The method of claim 4,
The control unit manages the level of each capability value for the on-line user or off-line user, and the offline user characterized in that to correct the data transmitted and received with the off-line device unit or the target online terminal unit to match the level set for each user Apparatus also provides on-off-line competition between users based on the behavior of the.

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