KR101929130B1 - Method and Platform for Game using Augmented Game Character in Multiple Screens Environment - Google Patents

Abstract

Provided are a method and a platform for a game using an augmented game character in an environment of multiple screens. According to the present invention, a game system using an augmented game character in an environment of multiple screens comprises: a server transmitting data for game development and game date that has been developed to a PC client terminal and a plurality of mobile client terminals, and mediating a game between the PC client terminal and the mobile client terminals; a PC client terminal receiving data to develop a game from the server to develop the game, and storing the game data that has been developed om the server; and a plurality of mobile client terminals installing the game that has been developed, and generating a game room to access the game along with the PC client terminal in the server.

Description

TECHNICAL FIELD [0001] The present invention relates to a game platform and method using augmented game characters in a multi-screen environment,

The present invention relates to a game utilizing augmented game characters in a multi-screen environment in which video objects appearing on a TV commercial or a drama video are recognized and a specific game character is displayed as an augmented object to track a recognized object Platform and method.

Pioneer Pokemon Go by Nian Tic Labs has appeared and users are enjoying the fun of traveling and playing Poggemono. The character of the game we commonly encounter is combined with the Augmented Reality (AR) to become a reality game that can be enjoyed outdoors, and many people around the world are enthusiastic. Pokemon is a location based AR technology that superimposes images of Pokemon on camera images of smart phones.

Pogemongo is a game that recognizes the location of the user on the basis of GPS and displays the image of the Pokenmongo on the user's camera image and catches the game of the smartphone in accordance with the movement.

On the other hand, augmented reality technology, which is one of the computer vision technologies, largely recognizes an image, creates an augmented object, calculates a natural overlapping of the image and motion of the recognized object, and the augmented object tracks a real object. Lt; / RTI > Among them, recognition is divided into marker based, GPS based, and object recognition techniques by analyzing feature points of an image of an object.

Considering that devices such as TVs and PC smart phones are each a computer device, the multi-screen environment that appears in everyday life is a reality that it is possible to freely interact with devices because there is a standard of communication protocol therebetween. However, there are not many cases where multi - screen environment is useful in everyday life. However, with the recent spread of IoT technology, new services under multi - screen environment are expected to create new business models.

The present invention provides a vision-based augmented reality game capable of enjoying outdoor games using a main screen (for example, smart TV) and a personal smartphone under a multi-screen environment in indoor and outdoor environments And to provide a platform system and method for authoring a platform.

Using this platform, game planners register an arbitrary character of a game in a multi-screen environment, register an actor, which is a ball or other action of a person's smartphone, and use this actuator to display an augmented object So that the user can interact with the user. Here, the interaction includes actions such as fighting, catching, and colliding with an augmented object through the smartphone's actuator, and such actions can improve points.

Through the game platform, we select the characters that we prefer, and when we recognize which objects we choose, we will see how these augmented characters will appear. The computer then tracks the object of the video as an augmented object along with the movement of the object. In this case, the game planners select which object of the video is to be recognized and tracked, which character of the enhanced character is used, the shape of the actuator of the smartphone, the movement of the actuator when the actuator is driven, The velocity direction of the movement when moving to the real world, etc., and the actuator causes actions such as fighting, collision and catch with the augmenting object.

In conclusion, game planners can create an augmented reality game in a multi-screen environment through a platform, select a game character on the Internet as an augmented object through a smartphone actuator, and set a game rule to create a platform for authoring augmented reality-based game . All of the above features should be provided so that game planners can easily implement the game through platform development tools if they have a game scenario.

In one aspect, a game system utilizing an augmented game character in a multi-screen environment proposed in the present invention transmits data for game development and game data that has been developed to a PC client terminal and a plurality of mobile client terminals, A PC client terminal that receives data for game development from a server and a server for mediating the game between a plurality of mobile client terminals and develops the game, stores the developed game data in a server, installs a developed game, And a plurality of mobile client terminals for creating a game room for connection with the terminal in a server.

The server includes: a storage unit for storing data for game development; a transmission unit for transmitting data to a PC client terminal and a plurality of mobile client terminals; And a mediating unit for mediating the game between the PC client terminal and the plurality of mobile client terminals.

The PC client terminal includes an application for receiving game development data from a server to develop a game, and storing the developed game data in a server; And a web browser for requesting game data to the server and accessing a game room created on the server together with a plurality of mobile client terminals.

The first mobile client terminal of the plurality of mobile client terminals generates and manages at least one game room through a request for game data to the server, and the PC client terminal and the mobile client terminal transmit the game data to each game The PC client terminal and the plurality of mobile client terminals access the game room created in the mediation unit to perform the game, and the objects appearing in the game during the game are registered, recognized, and tracked And interacts with the game screen of the PC client terminal and the plurality of mobile client terminals.

According to another aspect of the present invention, a game method using an augmented game character in a multi-screen environment proposed in the present invention includes a step of transmitting data for game development stored in a storage unit of a server of a server to an application of a PC client terminal ; Receiving the game data developed through the application of the PC client terminal using the data for developing the transferred game, and storing the received game data in the storage unit of the server; Installing a developed game on a plurality of mobile client terminals; Creating a game room in a broker of a server through a first one of a plurality of mobile client terminals; Transmitting the game data requested from the web browser of the PC client terminal to the web browser of the PC client terminal through the transmission unit of the storage unit server of the server; And accessing the game room created in the intermediary unit through a plurality of mobile client terminals and a web browser of the PC client terminal.

Wherein the step of creating a game room in the intermediary of the server through the first mobile client terminal of the plurality of mobile client terminals comprises the steps of creating and managing at least one game room through a request for game data to the server, And uses a unique code assigned to each game room to create at least one game room.

Wherein the step of accessing the game room created through the intermediation unit through the plurality of mobile client terminals and the web browser of the PC client terminal comprises the steps of: Code.

The step of accessing the game room created through the intermediation unit through the plurality of mobile client terminals and the web browser of the PC client terminal may be performed by connecting the PC client terminal and the plurality of mobile client terminals to the game room created in the brokerage unit And registers and recognizes and tracks an object appearing in the game during the game to interact between the PC client terminal and the game screens of a plurality of mobile client terminals.

According to embodiments of the present invention, a platform system and method for authoring a vision-based augmented reality game can be applied to a main screen (e.g., a smart TV) and an individual You can enjoy using a smart phone. Famous characters can track the products appearing in the game and immerse them in the ads through interaction and capturing. In addition, a game played outdoors can be watched indoors on a TV, and a smart phone can be used in an extension of an outdoor game.

FIG. 1 is a diagram illustrating a configuration of a game system utilizing an augmented game character under a multi-screen environment according to an embodiment of the present invention.
2 to 4 are game authoring tool screens according to an embodiment of the present invention.
FIG. 5 is a diagram for explaining interaction between a game example screen and a device according to an embodiment of the present invention.
6 is a flowchart illustrating a game method using an augmented game character in a multi-screen environment according to an embodiment of the present invention.
7 is a network flow diagram of a game produced according to an embodiment of the present invention.

The present invention is developed as a scenario having an augmenting object that recognizes video objects appearing in the background of a TV commercial or a drama video and tracks a recognized object by introducing a specific game character as an augmenting object. It is a platform to implement a game in which a game character is captured by a smartphone in the form of an augmented object on a TV or a computer screen using an actuator (for example, a ball) appearing on a smartphone under a multi-screen environment. Using this platform, game planners can create and distribute game contents by changing their game rules, character movements of augmented objects, ball movements, ball and augmented objects and interaction under a multi screen environment.

The present invention relates to a vision-based augmented reality game in which a game enjoying outdoor games can be enjoyed using a main screen (for example, smart TV) and a personal smartphone under a multi-screen environment in indoor and outdoor Platform system and method.

Using this platform, game planners register an arbitrary character of a game in a multi-screen environment, register an actor, which is a ball or other action of a person's smartphone, and use this actuator to display an augmented object So that the user can interact with the user. Here, the interaction includes actions such as fighting, catching, and colliding with an augmented object through the smartphone's actuator, and such actions can improve points.

Through the game platform, we select the characters that we prefer, and when we recognize which objects we choose, we will see how these augmented characters will appear. The computer then tracks the object of the video as an augmented object along with the movement of the object. In this case, the game planners select which object of the video is to be recognized and tracked, which character of the enhanced character is used, the shape of the actuator of the smartphone, the movement of the actuator when the actuator is driven, The velocity direction of the movement when moving to the real world, etc., and the actuator causes actions such as fighting, collision and catch with the augmenting object.

In conclusion, game planners can create an augmented reality game in a multi-screen environment through a platform, select a game character on the Internet as an augmented object through a smartphone actuator, and set a game rule to create a platform for authoring augmented reality-based game . All of the above features should be provided so that game planners can easily implement the game through platform development tools if they have a game scenario. DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings.

FIG. 1 is a diagram illustrating a configuration of a game system utilizing an augmented game character under a multi-screen environment according to an embodiment of the present invention.

The game system utilizing the proposed augmented game character includes a server 110, a PC client terminal 120, and a mobile client terminal 130.

The server 110 transmits game development data and developed game data to the PC client terminal and the plurality of mobile client terminals, and mediates the game between the PC client terminal and the plurality of mobile client terminals.

The server 110 includes a storage unit 112 for storing data for game development, a transmission unit 111 for transmitting data to a PC client terminal and a plurality of mobile client terminals, And a mediating unit 113 for mediating the user.

The PC client terminal 120 receives data for game development from the server and develops the game, and stores the developed game data in the server.

The PC client terminal 120 includes an application 121 for receiving game development data from a server and developing a game, storing the developed game data in a server, and a server for requesting game data from a server, And a web browser 122 for accessing a game room created in the server together.

The mobile client terminal 130 installs the developed game and creates a game room in the server for connection with the PC client terminal.

The mobile client terminal 130 connecting to the game room together with the PC client terminal 120 includes a first mobile client terminal 131, a second mobile client terminal 132, a third mobile client terminal 133, Or a plurality of mobile client terminals. The first mobile client terminal 131 of the plurality of mobile client terminals can create and manage at least one game room through the request for the game data to the server 110. [ The PC client terminal 120 and the plurality of mobile client terminals 130 can use the unique code assigned to each game room to access the created game room.

The PC client terminal 120 and the plurality of mobile client terminals 130 access the game room created in the mediating unit 113 to perform a game and register, recognize and track objects appearing in the game during the game, The interaction between the client terminal 120 and the game screens of the plurality of mobile client terminals 130 becomes possible.

The server 110 can perform two functions. The first is a function as a transmitting unit 111 for sending and receiving game data, and the second is a function as a mediating unit 113 for controlling a network and a game progress between devices that perform a game.

The transmission unit 111 transmits game data and multimedia data to the PC client terminal 120 and a plurality of mobile client terminals 130 as an FTP server. The game data generated by the application 121 is received and stored in the storage unit 112. The storage unit 112 stores the game data and multimedia data stored in the storage unit 112. The storage unit 112 stores the game data and the multimedia data.

The mediating unit 113 mediates communication between the PC client terminal 120 and the plurality of mobile client terminals 130 as a game server. A plurality of game rooms may exist in the mediating unit 113. These game rooms are generated and managed by receiving requests from specific mobile devices. The PC client terminal 120 and the plurality of mobile client terminals 130 can create a desired game room through code unique to each game room and enter the created game room.

The application 121 is a configuration of the PC client terminal 120 in which a game production tool according to the embodiment of the present invention is installed. Here, a game for the PC client terminal 120 and a plurality of mobile client terminals 130 is produced. The game produced in the application 121 is distributed to the web browser 122 of the PC client terminal 120 and the mobile client terminal 130 and the content is stored in the storage unit 112.

The web browser 122 is a main device (that is, the PC client terminal 120) that executes the produced game. The PC client terminal 120 displays a game room created in the mediating unit 113 and displays information shared by a plurality of players using the mobile client terminal 130. [ The PC client terminal 120 receives data (game, multimedia, object data) defined in the server 110 from the transfer unit 111 and outputs the data to the screen.

For example, a plurality of mobile client terminals 130 exist for each player executing a game, and game data that can be confirmed only by the player can be displayed. In other words, the data shared among all the players is displayed on the web browser 122 so that the players can view the data, and the individual player's data is displayed on each mobile client terminal 130, which can be viewed only by himself. The flow and sequence of information in the game system are as follows.

The transmitting unit 111 may receive the game data and the media data from the storage unit 112 or may store data received from the outside in the storage unit 112 (a). The application 121 receives data for game development from the transfer unit 111 (c). The application 121 saves the game development completed data in the server 111 (b). A game (for example, an apk file) developed by the application 121 is installed in a plurality of mobile client terminals 130 (FIG. The first mobile client terminal 131 creates a game room in the mediating unit 113 (g). The web browser 122 of the PC client terminal 120 requests the server 110 for desired game data (d). The server 110 sends the requested data to the web browser 122 (e). The web browser 122 and the plurality of mobile client terminals 130 connect to the game room (h).

2 to 4 are game authoring tool screens according to an embodiment of the present invention.

First, referring to FIG. 2, the proposed game development tool (that is, the application 121 of FIG. 1) is a web language based (HTML5). 1 is a screen of the main device (that is, the web browser 122 of Fig. 1) and 2 is a screen of the mobile device (i.e., the mobile client terminal 130 of Fig. 1) And the functions provided by the mobile device screen 2 are also provided on the main device screen 1. The functions of the mobile device screen 2 are the same as those shown in FIG.

The main device screen 1 is a game development screen for arranging a moving image, an image background and a game object appearing on the main screen in a multi-screen environment. In the main device screen 1, a game which operates in a PC environment is developed. A moving image or an image can be placed on the game background 1-1 of the main device screen 1. [ The game background 1-1 can be registered through the open button 3-1. The start, end time and size setting of the game background 1-1 can be performed at 6. The start and end times of the game background 1-1 can be confirmed and set in the timeline 4. [

When the game background (1-1) is a moving image, the reproduction operation of the moving image can be performed in 3-2. The game object 1-2 may also be placed in the game background 1-1. The start and end times of the game object 1-2 can be confirmed and set in the time line 4. [ The size, position, start and end times of the game object 1-2 can be confirmed and set at 6. [ The game object (1-2) should be the class shown in 5. Also, the class 5 can be dragged to place the game object 1-2 on the main device screen 1.

The game object 1-2 can be created and deleted by changing the position, size, etc. according to the editing mode 3-3. The mobile device screen 2 is a game development screen in which a background image and a game object of a personal smart device to be used with a main screen are arranged in a multi-screen environment.

The mobile device screen 2 develops a game that operates in a mobile environment. The functions provided to the main device screen 1 at 3, 4, 5, 6, 9, 11, and 12 are also provided to the mobile device screen 2 during game development in the mobile device screen 2 as well.

The game background 2-1 on the mobile provides the same functions as those provided by the game background 1-1. The game object 2-2 on the mobile provides the same functions as those provided by the game object 1-2. A plurality of mobile screens can be switched and developed through the upper tab 2-3. All of these tabs provide all the functions of the main device screen 1 and the mobile device screen 2 in the same manner.

The game background (1-1) and the game background (2-1) on the mobile can be arranged by selecting moving images and images and displaying different moving images or images through the time line (4) .

The control button 3 for controlling the main screen will be described. 3-1 is used to load or save videos and images from the web or local sources into game development tools. 3-2 is a button for controlling the arranged moving images. Functions include play, stop, pause, fast forward, rewind. There is playback speed control. 3-3 is a button for controlling an object. Features include move, resize, delete, and revert. 3-4 provides the ability to turn on / off three image controls using the time display of the image / position display / space bar of the object. 3-5 allows you to check the metadata of an object numerically. In 3-6, the program language can be set. 3-7 is a tab to switch from 3 to 9 and 12.

The timeline 4 displays the start time and end time of the moving picture and object appearing in the game. The game background 1-1, the mobile game background 2-1, the game object 1-2, and the game object 2-2 in the mobile are displayed on the timeline 4 by dragging with the mouse You can change the start and end settings.

The file and class structure screen 5 can identify, delete, and create class files that specify objects or events to be used in game development. Objects can also be arranged by dragging a class in the file and class structure screen 5 to the main device screen 1, the mobile device screen 2, and the timeline 4.

5-1 is a tab for switching from the file and class structure screen to the console output screen of 9.

6 can set the attributes of video and object (size, position, object class, appearance time). The attributes of the object selected on the main device screen 1 and the mobile device screen 2 are displayed here. All the objects on the main device screen 1 and the mobile device screen 2 can be confirmed by switching the tabs 6-1 to 6-1.

Referring to FIG. 3, when the target 11 (different from the game object) to be tracked on the moving picture is selected, the screen is switched from 7 to 10. When the game object 1-2 or 2-2 is selected, the screen is switched from 10 to 7.

7-1 is a function for setting the path of the game object through a mathematical formula or tracking through the object 11 to be tracked on the moving picture. You can select the path of the object as a graphic using a formula, and you can enter the parameters of each formula and modify the path in detail. It is possible to support the function of the target 11 to be tracked by selecting target tracking of the moving image instead of the graphic form.

The web page creation button 7-2 converts the authored game into a web page (html) file in the case of the main device. And for mobile devices, it converts to a hybrid app (apk) file based on web language (html).

In the case of the Debug button (7-2), the created game is executed in the debugging mode inside the PC environment. It is executed by sending the code of the main device and the mobile device to the chrome browser. In this mode, you can also use chrome to output javascript errors to the console window (9).

8 is a function that draws the expected motion of the object in advance when the motion according to the formula is selected in 7-1. 9 is console output for debugging and is based on JavaScript error detection function in Chrome's developer menu.

Referring to FIG. 4, reference numeral 10 denotes a screen for setting a transparent game object 11 tracking an object on a moving image. When an object on a moving image is selected, a transparent object 11 for automatically tracking the object is generated. The general game object can be set to follow this transparent object through 7-1.

11 is a transparent game object that automatically tracks an object on a moving image. To create this object, you can create it by clicking the object you want to track on the video.

The game object mentioned above is an instance of a particular class. Such game objects may have various attributes including, for example, images, locations, and energies. In addition, the game object may have its own function as a method type including, for example, property reset, and interaction with other objects. The attribute of the game object must be dynamically changeable, and the game object can be managed and controlled by assigning a tag to the game object. For example, you can remove all obstacle-tagged objects or give 10 damage to all character-tagged objects.

Game scripts are based on JavaScript. Such a game script has an inheritance structure, and a game application has a file structure composed of scripts, images, sound files, and the like.

The game script can register an event that occurs when an interaction with the game object occurs. These events include the ability to add or play sounds, animations, and more, as well as change properties within the game. These events can be added dynamically. You can dynamically add events to dynamically generated game objects during game runtime. In addition, event generation is a core function of the game itself, so it is necessary to provide an interface that is easy to operate.

The game script is the beginning of the game. It is possible to manage the game system and the flow including setting the termination condition. For example, in a game script, you can run a function at a regular interval through a timer, and you can change the properties of an object. You can also dynamically create and manage objects in game scripts.

There are collision models that have specific geometric shapes as important attributes of an object. Collision detection can be performed automatically when collision models between objects are overlapped. The game script can implement the elastic collision phenomenon based on the elastic modulus, the collision angle, and the shape of the collided object at the time of collision. In addition, the gravitational acceleration can be easily controlled by area, direction, timing, size, and the like.

FIG. 5 is a diagram for explaining interaction between a game example screen and a device according to an embodiment of the present invention.

The produced game according to an embodiment of the present invention is produced by the game development tool described above, and the basic rules of the game are as follows.

For example, one main device 520 and two mobile devices 530 and 540. The main device 520 is a screen for displaying information common to the users of the two mobile devices 530 and 540.

On the screen of the mobile devices 530 and 540, a screen is displayed in which two users confirm the information of their own characters and give commands to the characters.

The game proceeds in a 1: 1 turn-based combat and delivers instructions 531, 541 to the intermediary 510 through each of the mobile devices 530, 540 to each of the two users on each turn, And processes these instructions 531 and 541 in the mobile device 510 and returns the result values 532 and 542 to the mobile devices 530 and 540. [

The intermediary unit 510 of the server checks the HP of the characters of the two mobile devices 530 and 540 each time the game ends, and ends the game after determining the win or loss.

5 is a flow of a message during game execution, and shows a message flow of a portion of the loop of FIG.

The broker 510 of the server waits for an attack command from two mobile devices 530 and 540 every turn. If both of the commands 531 and 541 are issued, damage calculation is performed according to the character of the two mobile devices 530 and 540 and the type of the attack command, and then the HP of the character is changed. The calculated result 521 is transmitted to the main device 520 to be displayed and the result values 532 and 542 are transmitted to the two mobile devices 530 and 540 to display the result of one turn. If the HP of one of the mobile device characters becomes 0, the owner of the character is defeated, and this is also included in the game result and displayed on the screen of each mobile device 530, 540.

6 is a flowchart illustrating a game method using an augmented game character in a multi-screen environment according to an embodiment of the present invention.

In the proposed multi-screen environment, a game method using an augmented game character includes transmitting (610) data for game development stored in a storage unit of a server of a server to a PC client terminal application (610) A step 620 of receiving the game data developed through the application of the PC client terminal using the data and storing the received game data in the storage unit of the server 630, installing the developed game to a plurality of mobile client terminals 630, A step 640 of creating a game room in the intermediary of the server through the first mobile client terminal of the plurality of mobile client terminals, (650) to the web browser of the PC client terminal, And a step (660) of accessing the web server of the PC client terminal through the plurality of mobile client terminals to the established game room.

In step 610, the transmitting part of the server transmits data for game development stored in the storage part of the server to the application of the PC client terminal.

In step 620, the transmission unit of the server receives the game data developed through the application of the PC client terminal using the data for developing the game, and stores the received game data in the storage unit of the server. The game produced by the application is distributed to the web browser of the PC client terminal and the mobile client terminal, and the contents are stored in the storage section.

In step 630, the developed game is installed in a plurality of mobile client terminals.

In step 640, a game room is created in the intermediary of the server via the first of the plurality of mobile client terminals. The first mobile client terminal uses the unique code assigned to each game room to create and manage at least one game room through a request for game data to the server and to create at least one game room.

In step 650, the storage unit of the server transmits the game data requested from the web browser of the PC client terminal to the web browser of the PC client terminal through the transmission unit of the server. The web browser is a main device (that is, a PC client terminal) that executes the produced game. The PC client terminal is a screen for displaying the game room created in the brokerage, and information shared by a plurality of players using the mobile client terminal is displayed. The PC client terminal receives data (game, multimedia, object data) defined in the server from the transmission unit and outputs the data to the screen.

In step 660, the user accesses the game room created in the mediation unit through a plurality of mobile client terminals and a web browser of the PC client terminal. A unique code assigned to each game room is used to access the game room in which the PC client terminal and the mobile client terminal are created.

The PC client terminal and the plurality of mobile client terminals access the game room created in the mediation section to perform a game and register, recognize and track objects appearing in the game during the game to determine whether the PC client terminal and the plurality of mobile client terminals Interaction between game screens becomes possible.

For example, a plurality of mobile client terminals exist for each player who plays a game, and game data that can be confirmed only by the player can be displayed. In other words, the data shared among all the players is displayed on the web browser so that it can be viewed by a plurality of players, and the player's personal data is displayed on each mobile client terminal which can be viewed alone. The flow and sequence of information in the game system are as follows.

The transmission unit may receive the game data and the media data from the storage unit or may store the data received from the outside in the storage unit. The application receives data for game development from the transmission unit. The application completes the game development and stores the data on the server. A game (for example, apk file) that has been developed by the application is installed in a plurality of mobile client terminals. The first mobile client terminal creates a game room in the intermediary. And requests the server for desired game data from the web browser of the PC client terminal. The server sends the requested data to the web browser. A web browser and a plurality of mobile client terminals connect to the game room.

7 is a network flow diagram of a game produced according to an embodiment of the present invention.

Referring to FIG. 7A, two types of messages are defined in step (a). First, a message having a suffix of (G) is a message basically provided in the game development tool itself, and is a message that can be recycled even outside the game according to the embodiment of the present invention. It mainly consists of messages related to network connection, authentication and disconnection.

Next, the message with suffix (A) is a message defined by the need during game development. It consists mainly of messages related to the progress of the game or the information of objects to move between devices.

Steps S1 to S2 are a process of creating a game room accessible to a mobile device by the mobile device. In step S1, the mobile device 1 (14-1) transmits a message requesting the game server 12-3 to the game server 12-3, character information of the mobile device 1 (14-1), and VC. In step S2, the game server 12-3 delivers game data to be displayed on the mobile device 1 (14-1).

Steps S3 to S9 are procedures in which the main device 13-2 and the mobile device 2 (14-2) are connected to the game room established in the game server 12-3.

Here, the game server 12-3 compares the codes VC of the main device 13-2 and the mobile devices 14-1 and 14-2, and assigns the mobile devices to the appropriate rooms.

In step S3, the main device 13-2 transfers the connection request message and VC to the game server 12-3. In step S4, the game server 12-3 delivers the user list to the mobile device 1 (14-1). In S5, the game server 12-3 delivers game data and a user list to the main device 13-2. In step S6, the mobile device 2 (14-2) transmits the connection request message, the character information of the mobile device 2 (14-2), and VC to the game server 12-3. In step S7, the game server 12-3 delivers the game data and the user list to the mobile device 2 (14-2). In steps S8 and S9, the game server 12-3 delivers the user list to the main device 13-2 and the mobile device 1 14-1.

Steps S10 to S13 are a process in which when the mobile device 1 (14-1) sends a game start message, the game server 12-3 starts the game and delivers the game data to all the devices.

In step S10, the mobile device 1 (14-1) forwards the game start message to the game server 12-3. In step S11, the game server 12-3 delivers the game data to the mobile device 1 (14-1). In step S12, the game server 12-3 delivers the game data to the main device 13-2. In step S13, the game server 12-3 delivers the game data to the mobile device 2 (14-2).

Steps S14 to S22 are one turn of the game. Steps S14 to S16 are a process in which all connected mobile devices transmit an attack command to the game server 12-3.

In step (b), the game server 12-3 waits until all the connected mobile devices receive an attack command message.

In step S14, the mobile device 1 (14-1) transmits an attack message to the game server 12-3. In step S15, the game server 12-3 delivers the reception completion message to the mobile device 1 (14-1) for the step S14. In step S16, the mobile device 2 (14-2) transmits an attack message to the game server 12-3.

Steps S17 to S22 are a process in which the attack message delivery ends and the result is processed by the game server 12-3 and each mobile device.

In step (c), the game server 12-3, which receives the attack command message from all mobile devices, calculates the attack priority, damage, and HP of the final character of each character. This is the game result data and is transmitted to each mobile device. Also, if either of the two characters is 0, the game end flag is sent as true, otherwise it is false.

In step S17, the game server 12-3 delivers the reception completion message, the game result data, and the game end flag to step S16 to the mobile device 2 (14-2). In step S18, the game server 12-3 transmits the game result data and the game end flag to the mobile device 1 (14-1). In step S19, the game server 12-3 delivers game result data and a game end flag to the main device 13-2. In step S20, the main device 13-2 delivers a processing completion message to the game server 12-3. In step S21, the mobile device 1 (14-1) transmits a processing completion message to the game server 12-3. In step S22, the mobile device 2 (14-2) transmits a process completion message to the game server 12-3.

The game server 12-3, which has received the processing completion message from all mobile devices connected in step (d), determines whether to continue the loop or to exit the loop according to the value of the game end flag calculated in step (c). If the value of the game end flag is true, the program exits the loop and moves to step (e). On the other hand, if false, the process returns to step (b) and the process is repeated.

Referring to FIG. 7B, steps S23 to S28 are processes for ending the game. In steps S23 to S25, the game server 12-3 delivers the game end data to the mobile device 1 (14-1), the mobile device 2 (14-2), and the main device 13-2.

In steps S26 to S28, the mobile device 1 (14-1), the mobile device 2 (14-2), and the main device 13-2 transmit a process completion message and a socket close message to the game server 12-3 .

The platform system and method for authoring the proposed vision-based augmented reality game can enjoy outdoor games using a main screen (for example, smart TV) and a personal smartphone under a multi-screen environment in indoor and outdoor have. Famous characters in the game can be tracked, engage in ads with interaction and capture, and double the effect. In addition, a game played outdoors can be watched indoors on a TV, and a smart phone can be used in an extension of an outdoor game.

The apparatus described above may be implemented as a hardware component, a software component, and / or a combination of hardware components and software components. For example, the apparatus and components described in the embodiments may be implemented within a computer system, such as, for example, a processor, a controller, an arithmetic logic unit (ALU), a digital signal processor, a microcomputer, a field programmable array (FPA) A programmable logic unit (PLU), a microprocessor, or any other device capable of executing and responding to instructions. The processing device may execute an operating system (OS) and one or more software applications running on the operating system. The processing device may also access, store, manipulate, process, and generate data in response to execution of the software. For ease of understanding, the processing apparatus may be described as being used singly, but those skilled in the art will recognize that the processing apparatus may have a plurality of processing elements and / As shown in FIG. For example, the processing unit may comprise a plurality of processors or one processor and one controller. Other processing configurations are also possible, such as a parallel processor.

The software may include a computer program, code, instructions, or a combination of one or more of the foregoing, and may be configured to configure the processing device to operate as desired or to process it collectively or collectively Device can be commanded. The software and / or data may be in the form of any type of machine, component, physical device, virtual equipment, computer storage media, or device As shown in FIG. The software may be distributed over a networked computer system and stored or executed in a distributed manner. The software and data may be stored on one or more computer readable recording media.

The method according to an embodiment may be implemented in the form of a program command that can be executed through various computer means and recorded in a computer-readable medium. The computer-readable medium may include program instructions, data files, data structures, and the like, alone or in combination. The program instructions to be recorded on the medium may be those specially designed and configured for the embodiments or may be available to those skilled in the art of computer software. Examples of computer-readable media include magnetic media such as hard disks, floppy disks and magnetic tape; optical media such as CD-ROMs and DVDs; magnetic media such as floppy disks; Magneto-optical media, and hardware devices specifically configured to store and execute program instructions such as ROM, RAM, flash memory, and the like. Examples of program instructions include machine language code such as those produced by a compiler, as well as high-level language code that can be executed by a computer using an interpreter or the like.

While the present invention has been particularly shown and described with reference to exemplary embodiments thereof, it is to be understood that the invention is not limited to the disclosed exemplary embodiments. For example, it is to be understood that the techniques described may be performed in a different order than the described methods, and / or that components of the described systems, structures, devices, circuits, Lt; / RTI > or equivalents, even if it is replaced or replaced.

Therefore, other implementations, other embodiments, and equivalents to the claims are also within the scope of the following claims.

Claims (8)

A server for transmitting game development data and developed game data to a PC client terminal and a plurality of mobile client terminals, and mediating the game between a PC client terminal and a plurality of mobile client terminals;
A PC client terminal for receiving game development data from a server to develop a game, and storing the developed game data in a server; And
A plurality of mobile client terminals for creating a game room in which a developed game is installed,
/ RTI >
The first mobile client terminal of the plurality of mobile client terminals generates and manages at least one game room through a request for game data to the server, and the PC client terminal and the mobile client terminal transmit the game data to each game Use the unique code assigned to each room,
The PC client terminal and the plurality of mobile client terminals access the game room created in the mediation section to perform a game and register, recognize and track objects appearing in the game during the game to determine whether the PC client terminal and the plurality of mobile client terminals Interaction between game screens,
In a multi-screen environment, a plurality of mobile client terminals are displayed on a screen of a PC client terminal using an actuator, and the game rules and the movements of the augmented objects, the movements of the actuators, the actuators and the augmented objects, And executes the game through the interaction with the augmenting object using the actuator
A game system that utilizes an augmented game character. The method according to claim 1,
The server comprises:
A storage unit for storing data for game development;
A transmitting unit for transmitting data to a PC client terminal and a plurality of mobile client terminals; And
A mediation part for mediating a game between a PC client terminal and a plurality of mobile client terminals
A game system using an augmented game character. The method according to claim 1,
The PC client terminal,
An application for receiving game development data from a server to develop a game, and storing the developed game data in a server; And
A web browser for requesting game data to a server and accessing a game room created on the server together with a plurality of mobile client terminals
A game system using an augmented game character. delete Transmitting data for game development stored in a storage unit of a server of a server to an application of a PC client terminal;
Receiving the game data developed through the application of the PC client terminal using the data for developing the transferred game, and storing the received game data in the storage unit of the server;
Installing a developed game on a plurality of mobile client terminals;
Creating a game room in a broker of a server through a first one of a plurality of mobile client terminals;
Transmitting the game data requested from the web browser of the PC client terminal to the web browser of the PC client terminal through the transmission unit of the storage unit server of the server; And
A step of accessing a game room created in the intermediary unit through a plurality of mobile client terminals and a web browser of a PC client terminal
Lt; / RTI >
The step of accessing the game room created in the intermediary unit through the plurality of mobile client terminals and the web browser of the PC client terminal,
The PC client terminal and the plurality of mobile client terminals access the game room created in the mediation section to perform a game and register, recognize and track objects appearing in the game during the game to determine whether the PC client terminal and the plurality of mobile client terminals Interaction between game screens,
In a multi-screen environment, a plurality of mobile client terminals are displayed on a screen of a PC client terminal using an actuator, and the game rules and the movements of the augmented objects, the movements of the actuators, the actuators and the augmented objects, And executes the game through the interaction with the augmenting object using the actuator
A game method that utilizes an augmented game character. 6. The method of claim 5,
Wherein the step of creating a game room in the intermediary of the server through the first mobile client terminal of the plurality of mobile client terminals comprises:
The first mobile client terminal generates and manages at least one game room through a request for game data to the server and uses the unique code assigned to each game room to create at least one game room
A game method that utilizes an augmented game character. 6. The method of claim 5,
The step of accessing the game room created in the intermediary unit through the plurality of mobile client terminals and the web browser of the PC client terminal,
A unique code allocated to each game room is used to access the game room in which the PC client terminal and the mobile client terminal are created
A game method that utilizes an augmented game character. delete

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