KR20100096605A - Method and system for providing game service by avatar motion editing - Google Patents

Abstract

The present invention relates to a method and system for providing a game service that enables a user to edit a motion of an avatar when providing a dance game using the avatar.

According to the present invention, a method of providing a service for editing a motion of an avatar in a dance game system, the method comprising: (a) receiving a motion editing request of a dance game avatar from a client terminal; (b) providing a plurality of division operations divided by a predetermined unit time to the client terminal, and setting a set of operations by arranging the selected division operations in order; (c) combining the set of motions with motion data of the avatar; And (d) outputting motion data of the combined avatars according to the selected music during game play, to provide a game service.

Description

Method and system for providing game service by avatar motion editing

The present invention relates to a method and a system for providing a game service, and more particularly, to a method and system for providing a game service for editing a motion of an avatar when providing a dance game using the avatar.

In the past, netizens mostly enjoyed participation through the anonymity of cyberspace, but recently, the trend is to try to express themselves as much as possible in cyberspace. As a result, netizens have recently needed a means of expressing themselves in cyberspace.

Avatar means an alter ego or an incarnation. It replaces a user's role in cyberspace, for example, an animated character. In ancient India, it was used to refer to the incarnation of a god who came down to the ground, but in the present age of the Internet, it is used as a graphic icon representing oneself in virtual reality.

The use of such avatars is very diverse, and in addition to chatting, e-mail, and online games, the use of the avatar is gradually expanding to a wide range such as cyber shopping mall, virtual education, and virtual office. Previously, avatars used in these fields were mostly two-dimensional images. Avatars appearing in mud games or online chats were rudimentary and did not reflect the three-dimensional reality but consisted of two-dimensional reality, which resulted in a drop in reality. Overcoming these problems, the use of 3D avatars with the development of 3D technology has become a reality, and a growing number of service providers are providing 3D avatars in cyberspace.

Among these examples, an example of applying a 3D avatar to a game is increasing. In other words, game services are being actively developed by applying 3D avatars to existing rhythm action games to more immerse themselves in the game and express one's own personality.

The rhythm action game using the avatar described above is generally called a dance game, in which the user's avatar dances to the music as the user progresses the game. If the user progresses well in the game, the avatar's dance is well represented, but if the game is not progressed well, the dance's point is that the dance is not well.

However, in the case of a dance game using an existing avatar, there is a problem in that it does not satisfy users' desire to express individuality by providing only a dance of a predetermined motion during game play. That is, each of the selected music is provided with only a dance of a predetermined motion, so that his avatar is not able to express various dances, and there is a lack of a method for satisfying a user's desire to express his own dance.

The present invention has been made to solve this problem, and provides a game service providing method and system that allows a user to express a unique dance by combining a variety of dance movements on their avatar when providing a dance game using the avatar. Its purpose is to.

In addition, it is possible to combine the motion of the avatar independently of the music provided in the game service, and the other purpose is to match the music edited by the user to the various music to enjoy the game.

Further objects and advantages of the present invention can be understood by the following description, and will be more clearly understood by the embodiments of the present invention. Also, it will be readily appreciated that the objects and advantages of the present invention may be realized by the means and combinations thereof indicated in the claims.

In order to achieve the above object, a method of providing a game service capable of editing motion of an avatar according to the present invention is a method of providing a service of editing motion of an avatar in a dance game system, the method comprising: (a) a dance game from a client terminal; Receiving a motion editing request of the avatar; (b) providing a plurality of division operations divided by a predetermined unit time to the client terminal, and setting a set of operations by arranging the selected division operations in order; (c) combining the set of motions with motion data of the avatar; And (d) providing a game service by outputting motion data of the combined avatar according to the selected music during game play.

According to another aspect of the present invention, a system for providing a service for editing the motion of the avatar in the dance game, comprising: a dance game providing means for providing a dance game service using the avatar to a client terminal connected through a wired or wireless communication network; Motion setting means for receiving a motion editing request of a dance game avatar from a client terminal, providing a plurality of division operations divided by a predetermined unit time to the client terminal, and arranging the selected division operations in order to set a set of operations. ; Motion combining means for combining the set of operations into motion data of the avatar; And a motion output means for outputting motion data of the combined avatar in accordance with the selected music during game play.

According to the present invention, when providing a dance game using an avatar, it is possible to edit various dances by combining various sorting operations, so that users can use various dances to game service users, and have their own personalities with the edited dance. Providing a means to express the results provides an effect to increase the elements of interest and satisfaction.

In addition, the dance edited by the user can be applied to a variety of music as motion data independent of the music to provide the effect of applying their dance to a variety of music to enjoy the game.

In addition, the part connected during the motion editing using the dance classification operation is subjected to the motion blending process, thereby providing an effect of enabling a natural dance operation.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings. Prior to this, terms or words used in the specification and claims should not be construed as having a conventional or dictionary meaning, and the inventors should properly explain the concept of terms in order to best explain their own invention. Based on the principle that can be defined, it should be interpreted as meaning and concept corresponding to the technical idea of the present invention. Therefore, the embodiments described in the specification and the drawings shown in the drawings are only the most preferred embodiment of the present invention and do not represent all of the technical idea of the present invention, various modifications that can be replaced at the time of the present application It should be understood that there may be equivalents and variations.

1 is a diagram showing a network configuration for implementing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

Referring to FIG. 1, a network configuration in which the present invention is implemented includes a client terminal 201 and 202 receiving a game service by accessing the game service providing system 100 through a game service providing system 100 and a wired / wireless communication network.

The wired / wireless communication network is a wired or wireless network connected to the game service providing system 100 so that the client terminals 201 and 202 can connect. The wired / wireless communication network may be a wired internet, a wireless internet, or a mobile communication network.

The client terminals 201 and 202 are terminal devices that receive a game service by accessing the game service providing system 100 through the wired / wireless communication network. The client terminals 201 and 202 include a fixed wired terminal 201 or a portable wireless terminal 202. The fixed wired terminal 201 may be, for example, a personal PC or a desktop computer. The portable wireless terminal 202 may be, for example, a laptop, a PDA, a mobile phone, or the like equipped with a wireless modem (LAN card). Game client programs provided by the game service providing system 100 may be installed in the client terminals 201 and 202.

The game service providing system 100 is a server system that provides a game service to the client terminals 201 and 202 connected through the wired / wireless communication network. The configuration of the game service providing system 100 will be described in more detail with reference to FIG. 2.

2 is a diagram showing the configuration of a game service providing system capable of motion editing of an avatar according to an embodiment of the present invention.

Referring to FIG. 2, the game service providing system 100 according to the present invention may include a dance game providing module 110, a motion setting module 120, a motion combining module 130, a motion output module 140, and a database ( 150) and the like.

The dance game providing module 110 performs a login and authentication process on the client terminals 201 and 202 connected to play a game, and provides a substantial game service. The dance game providing module 110 includes a user information processor 112, a game processor 114, and the like.

The user information processing unit 112 performs a subscription process of users who want to use a game service and stores and manages information of subscribed users. In addition, login processing and authentication processing of the connected client terminals 201 and 202 are performed. The user information at the time of service subscription is used for such login processing and authentication processing. In addition, the user information processing unit 112 stores and manages game information of a subscribed user. That is, it stores and manages the game progress information of the user and various information related to the game play of the user. For example, the user information processor 112 stores and manages game level information, item holding information, and the like of the user.

The game processor 114 performs a role of providing a substantial game service to a connected client terminal. To this end, a client program is installed in the client terminal so that the user can play the provided game service on the terminal. The game processor 114 provides a rhythm action game service, and more specifically, a dance game service using an avatar.

Explaining the progress of the dance game service as an example, the user creates his own avatar, selects music, and proceeds to a rhythm action game according to the selected music, where the avatar expresses a dance corresponding to the user's game play. do. Currently, the rhythm action game is known in the technical field to which the present invention belongs, such as audition, DJ Max, the basic game method is known to those skilled in the art, detailed description thereof will be omitted.

In addition, the game processor 114 may allow a plurality of users to participate together to enjoy the game. In other words, it supports multiplayer as well as single player. Through such multiplayer, users can enjoy the game by showing off their game play skills and dance skills through virtual avatars.

The motion setting module 120 serves to set the motion of the avatar provided to the user in the dance game play. In other words, the user can directly edit and set the dance that is expressed during game play. The motion setting module 120 includes a division operation providing unit 122, a user information linking unit 123, a division operation selecting unit 124, a division operation arranging unit 126, and a motion editing unit 128.

The division operation providing unit 122 serves to provide a user with a plurality of division operations divided by a predetermined unit time. The division operation provider 122 provides a list of division operations stored in the database 150 to be described later. When providing the division operation, a list of division operations is provided, and the list is provided in a tree structure so that the user can easily recognize and recognize the division operation. In addition, the unit time of the division operation may be a variety of embodiments, such as 1 second, 5 seconds, 10 seconds, it may be provided with a different operation of the different unit time. Furthermore, the provided division operation is represented by a character through a list, and each division operation is linked or linked with the video data so as to check and play the video of the corresponding division operation at the user's request.

The user information interworking unit 123 plays a role of restricting the provision of the function in conjunction with the user information when providing the motion setting function to the user. That is, when the division operation providing unit 122 provides the division operations, the division operation providing unit 122 may provide the division operations differentiated according to each user in association with the user information. For example, when a user is a high level user by querying user information, a large number of classification operations may be provided, and a low level user may apply a restriction that provides a smaller number of classification operations. Here, it is apparent that the division operations provided to the user of a high level may include a relatively high difficulty and a graceful dance operation. This creates the effect of incentives to encourage users to achieve higher levels. In other words, when setting up a dance of their own, a large number of divisions provided to a high level of users are required because a large number of divisions provided to a high level user can be produced by using a variety of divisions to set up a dance. You can be envious of them.

The division operation selection unit 124 performs selection of division operations to be used for dance combination setting among division operations provided by a user. That is, a desired division operation is selected by the user from the division operation list provided through the division operation providing unit 122. In this case, the division operation selector 124 may limit the selection of the division operation when the division operation of the front and the rear may not be performed smoothly in time among the division operations selected by the user. For example, if you select a division action for the clerk clerk, and then select a division action that shakes both hands as a subsequent operation, an impossible dance operation may be produced. Therefore, in this case, the division operation selection unit 124 preferably provides an error message to the user that the division operation cannot be combined with the previously selected division operation. To this end, a category code (inappropriate category code) of a division operation that cannot be combined with a next dance operation is assigned to each division operation with an operation division code, and the division operation selection unit 124 selects a division operation. The inappropriate category code of the selected division operation may be compared with the category code of the selected division operation at the present time, and if the codes match, the error message may be output to the user.

The division operation arranging unit 126 serves to arrange the division operations selected according to a user's operation into a set of operations. That is, the division operations selected through the division operation selection unit 124 are arranged two-dimensionally (horizontally or vertically) so as to be visually recognized by receiving a sequence by a user's request or an operation input.

The motion editing unit 128 performs a process of changing a division operation or changing an arrangement of a set operation after the motion setting is completed or during the motion setting. That is, a reediting process such as a change of motion set by a user's request is processed. This is a configuration for easily modifying the set motion without resetting from the beginning when changing the once set motion again. The motion editing may be, for example, a change in the order of division operations, replacement of division operations, addition of division operations, or a combination thereof.

The motion combination module 130 connects the set motions and combines them into a single dance. That is, the motion setting module 120 generates and processes the divided motions as one dance motion data at the request of the user. The motion combination module 130 includes a blending processor 132 and the like. The blending processing unit 132 performs a motion blending process to lead to a natural connection operation in the combination processing of the connection portions of the arranged division operations. The motion blending process refers to a reprocessing process of performing an operation bending process to minimize breakage and awkwardness of an operation when successive operations are performed when combining them in a portion where division operations are continued.

The motion output module 140 outputs the combined motion data according to the intention of the user according to the selected music and the avatar of the user. That is, the matching process is performed so that the dance motion data generated by the motion combination module 130 is matched with the music and the avatar selected by the user during game play, and is adjusted to correspond to the output of the music. To this end, the motion output module 140 includes a music matching unit 142, an avatar matching unit 144, an output adjusting unit 146, and the like.

The music matching unit 142 performs a process of matching motion data to music selected by a user during game play. Since the various music provided in the game service has different playing time, time signature, and the like, it is a post-processing process for matching the motion data to the music selected by the user and optimizing it. That is, the output length of the motion data must be adjusted according to the length of each music, and the node of the motion data is adjusted in consideration of the beat of the music.

The avatar matching unit 144 performs a process of matching motion data according to a target avatar to be gameplayed. That is, since one user may use a plurality of avatars, the motion data is matched to the avatar that the user plays the game. In addition, when presenting dance motion data that is combined by another user, the motion data may be matched to the avatar of the user.

The output controller 146 adjusts the output of the dance motion data in accordance with the speed and tempo of the music output during game play. The output controller 146 adjusts the output of the motion data to correspond to the speed, tempo, or beats per minute (BPM) of the music selected for game play. Furthermore, the output of the motion data may be adjusted according to the difficulty of the dance game.

The database 150 stores and manages user information and game data used in the dance game providing system.

3 is a diagram illustrating an example of a database configuration included in a dance game providing system according to an exemplary embodiment of the present invention.

As shown in FIG. 3, the database 150 stores and manages various data used when providing a dance game. Referring to the drawings, the dance game data 152, the segment motion data 154, the music data 156, the user information DB 158, and the like are database-stored and stored in the database 150, respectively. The dance game data 152 stores game content data provided to users substantially. In addition, client program data stored and installed on the client terminal side is also stored.

The division operation data 154 stores division operations for use in motion setting and editing, and provides a list of division operations stored in the client terminal. The division operation data 154 may be classified and stored in a plurality of operations, and the unit time of the operation may also be classified and stored for each of a plurality of times. In addition, the classification operations may be classified and stored according to the level of the user so as to provide a list of classification operations by differentiating them according to user information. Furthermore, the division operation data 154 is assigned to manage each division operation with an operation division code and a category code (inappropriate category code) of the division operation that cannot be combined into the next dance operation.

The music data 156 stores music data used for game play. The music data 156 is selected at the request of the user during game play. In addition, the music data 156 stores attribute information such as speed, tempo, and BPM information of each music.

The user information DB 158 is a database storing information of users who will provide a game service. The user's information is stored and received from the users at the time of joining the game service member, and user information related to the game progress is also stored. In addition, the information of the users is updated and stored with the game play of the users. Examples of user information related to the game progress include user level information and reserved item information.

4 is a flowchart illustrating a procedure of a method of providing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

First, when a client terminal connects to a game system via a wired / wireless communication network, user connection processing and login authentication processing are performed. The user connection process is a procedure of connecting to a program on the game server side through a program running on the client terminal. The login authentication process is a procedure for authenticating a user of a connected terminal through user information stored in a game system.

The procedure of providing the actual dance game service to the client terminal of the user who is connected and logged in is continued. In this case, the provided game is a rhythm action game. For example, a dance game service using an avatar is provided.

While providing a game service, a user receives an editing request for a motion (dance operation) used in a dance game service. In this case, the editing request is received using the motion editing request button provided through the user interface at the time of game service (S30).

When a motion editing request is received from the user, a procedure of providing a dance motion setting and editing service is performed. At this time, the interface and support functions are provided so that the user can set and edit the desired dance motion.

When the motion setting and editing is completed, a procedure for proceeding game play with the edited motion data is provided along with providing a game service. Through this, the game service user can direct his / her own unique dance, which he has set up and edited, during game play.

Here, the procedure of providing a motion editing service of step S40 will be described in detail with reference to the drawings.

5 is a flowchart illustrating a motion editing procedure in a method for providing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

As shown in FIG. 5, when a motion editing request is received from a user, a procedure of first extracting user information of the corresponding user is performed. At this time, the game progress information and game related information of the user is extracted from the user information. For example, user information such as game level information and reserved item information is extracted.

Next, a procedure of providing a list of division operations to be used for motion setting and editing is performed. In this case, a differentiated operation list may be provided according to the extracted user information. For example, it is possible to place a restriction on a division operation provided to a user of a lower level than a division operation provided to a user of a high level. In other words, a low level user is provided with a relatively small amount of segmentation.

After providing a list of division operations, a procedure of selecting a division operation from a user is performed. The user selects the division operation to be used for setting or editing from the list provided. In this case, it is possible to apply a restriction to the division operation that can be selected immediately after the division operation selected earlier.

Here, in addition to the division operation selection procedure, the division operation may be set according to a user's mistake in the note input during game play. The operation according to the user's miss during such game play is called a noise operation, and there is a method that the user presets or implements in advance the game with a default value. When the user misses a note input during game play, the dance motion output is temporarily stopped and the set noise operation is output. Of course, if the normal note input is resumed, the dance motion output is resumed.

When the division operation is selected in this way, a procedure of arranging the selected division operations into a set of operations is performed. At this time, the array information is received from the user and processed in order. When changing the arrangement of the division operation according to the user's request, as in step (3), a combination may be applied to the combination between the preceding division operation and the immediately subsequent division operation.

In this way, when the selection and arrangement of the segmentation operation is completed, a set of operation settings for the corresponding user is completed.

At this time, when receiving the setting completion confirmation signal from the user finally proceeds to the next procedure, if receiving the re-edit request signal again to proceed with the re-editing procedure. This re-editing process consists of a process of changing the selection of division operations, a process of changing the arrangement order for a set of operations, and the like. After this re-editing process, go back to step (5). (6)

On the other hand, when the setting is completed and the confirmation signal is received from the user, the motion data combination processing procedure is performed. That is, in the arranged set of operations, a process of generating a motion data by naturally connecting the connection portions between the division operations is performed.

Next, a procedure of matching the thus-generated motion data with the avatar of the user is performed. In this case, the generated motion data is applied to the user's avatar and matched with the avatar's dance motion.

After the avatar matching procedure, a process of selecting music to be played by the game is performed by the user. The user selects music to be played while the game service is in progress.

When music is selected by the user, a procedure of applying motion data matched with the avatar to the selected corresponding music is performed. At this time, a process of matching motion data according to the length and time signature of the music is performed.

Here, an example of a process of matching the motion data to the music will be described. First, a general division operation is set based on a word of music. At this time, there may be a shorter segmentation operation than a word of music, but in this case, the shorter segmentation operations may be collected and treated as one node. Next, the speed when the BPM of the combined motion data and the BPM of music are the same is set to one. Through this, the ratio of the BPM of the combined motion data and the BPM of the music is calculated to calculate the speed of the entire dance. In other words, it is calculated by the formula " speed of total dance = BPM of combined motion data / BPM of corresponding music ". For example, when the BPM of the motion data is 120 and the BPM of the music is 180, the total dance speed is calculated as '120/180 = 0.666'. Finally, the procedure of calculating the reproduction time of the entire dance is performed by modifying the time at which the motion data is reproduced to the calculated total dance speed. That is, it is derived through a calculation formula of "play time of total dance = motion data play time * calculated speed of total dance". Through this processing, the user's combined motion data is matched with the selected music in consideration of the BPM and the playing time.

If the motion data matches the selected music, a procedure of adjusting and outputting the motion data according to the values set at the time of game play is performed. At this time, the output of the dance motion is adjusted according to the speed of music, tempo, BPM, difficulty, etc. during game play.

Therefore, the user can apply the dance motion set and edited by the user to various avatars, music, game play, etc. as needed to enjoy the game.

6 is a diagram illustrating a game screen during a motion editing service in a game service providing system capable of motion editing of an avatar according to an embodiment of the present invention.

As shown in the screen, various editing buttons and avatars are displayed on the example screen for providing a motion editing service in the game service system.

First, the motion setting button (a) at the top of the screen is a button for starting motion setting and editing. Clicking the motion setting button a starts motion setting.

The motion combination button (b) is a button for combining and processing the set motion into one motion data after the motion setting and editing is completed. If the motion combination button (b) is clicked, the motion combination process is performed.

The avatar matching button c is a button for matching the motion data generated by the motion combination process to the avatar selected by the user. Also, the music matching button d is a button for matching motion data with music selected by the user.

The division operation list button (e) located at the bottom of the motion setting button (a) is a button for outputting a list of division operations provided to the user when setting the motion. The next right music list button f is a button for outputting a list of music to be selected during game play. Also, the avatar setting button g on the right side is a button for selecting one of the prepared avatars or for setting the user's avatar. When the avatar setting button (g) is clicked, a procedure of selecting or generating an avatar of the user is performed.

An interruption of the screen is an area h in which a list of music appearing when the music list button f is clicked is output. The user can select the music he wants through the list of music outputs here.

On the right side of the screen, the user's avatar window (i) appears. An avatar created or selected by the user is output in the avatar window (i), and when the division motion playback and the motion data are played through the avatar, the avatar window (i) can be confirmed as a video.

The dance bar (j) and the music bar (k) at the bottom of the screen represent a station in which the selected motion can be arranged and time axis information of the selected music. Through this, the user can arrange the sorting operation and check how the music is matched.

Although the invention has been described above by means of limited embodiments and drawings, the invention is not limited thereto and will be described below by the person skilled in the art and the technical spirit of the invention. Of course, various modifications and variations are possible within the scope of the claims.

The following drawings, which are attached to this specification, illustrate exemplary embodiments of the present invention, and together with the detailed description of the present invention serve to further understand the technical spirit of the present invention, the present invention includes matters described in such drawings. It should not be construed as limited to.

1 is a diagram showing a network configuration for implementing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

2 is a diagram showing the configuration of a game service providing system capable of motion editing of an avatar according to an embodiment of the present invention.

3 is a diagram illustrating an example of a database configuration included in a dance game providing system according to an exemplary embodiment of the present invention.

4 is a flowchart illustrating a procedure of a method of providing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

5 is a flowchart illustrating a motion editing procedure in a method for providing a game service capable of motion editing of an avatar according to an embodiment of the present invention.

6 is a diagram illustrating a game screen during a motion editing service in a game service providing system capable of motion editing of an avatar according to an embodiment of the present invention.

<Explanation of symbols for the main parts of the drawings>

100: game service providing system 201: personal PC

202: wireless portable terminal

Claims (16)

A method of providing a service for editing a motion of an avatar in a dance game system, (a) receiving a motion editing request of a dance game avatar from a client terminal; (b) providing a plurality of division operations divided by a predetermined unit time to the client terminal, and setting a set of operations by arranging the selected division operations in order; (c) combining the set of motions with motion data of the avatar; And and (d) outputting motion data of the combined avatars according to the selected music during game play to provide a game service. The method of claim 1, In the motion data combination in step (c), In the set of operations, the connection portion between adjacent division operations is processed so that the operation is naturally performed. The method of claim 2, The connection process between the division operations is a motion blending process. The method of claim 1, Step (d) is, And controlling the output of the motion data to correspond to the speed or tempo of the selected music. The method of claim 4, wherein The speed or tempo of the music is a game service providing method of the motion editing of the avatar, characterized in that based on BPM (Beats Per Minute) set to the music. The method of claim 1, Step (b) is, (1) providing a plurality of division operations divided by a predetermined unit time to the client terminal; (2) receiving a selection operation from the client terminal; And And (3) setting a set of operations by receiving an arrangement order of the selected division operations from the client terminal. The method of claim 1, After step (b), And (4) editing the set of operations according to a request of the client terminal. The method of claim 7, wherein The method of claim 1, wherein the editing of the set of operations is a change processing of a division operation or a change of an arrangement order. The method of claim 1, In step (b), The division operations provided to the client terminal may provide differentiation according to the user information of the client terminal. The method of claim 1, In step (b), When the user selects a segmentation action, A method of providing a game service capable of editing motion of an avatar, wherein the selection is restricted so that a selection operation cannot be smoothly selected in time. The method of claim 10, Each division operation is assigned a category code (inappropriate category code) of a division operation that cannot be combined with the next dance operation together with the operation division code, and the selection is restricted when the category codes match. A game service providing method capable of motion editing of an avatar. A system for providing a service for editing a motion of an avatar in a dance game, Dance game providing means for providing a dance game service using an avatar to a client terminal connected through a wired or wireless communication network; Receiving a motion editing request of a dance game avatar from a client terminal, providing a plurality of segmented motions separated by a predetermined unit time to the client terminal, and setting a set of motions by arranging the selected segmented motions in order. Way; Motion combining means for combining the set of operations into motion data of the avatar; And And motion output means for outputting motion data of the combined avatar according to the selected music during game play. 13. The method of claim 12, The motion combining means, And a motion blending process of the connection portions between adjacent division operations in the set of operations when the motion data is combined, so that motions are naturally continued. 13. The method of claim 12, The motion output means, System for providing a motion editing of the avatar, characterized in that the output of the motion data is adjusted based on the speed, tempo of the selected music or the BPM set for the music. 13. The method of claim 12, The motion setting means, A game service providing system capable of motion editing of an avatar characterized in that differentiating and providing different operations according to user information of the client terminal. 13. The method of claim 12, The motion setting means, When the user selects a segmentation operation, the game service providing system for motion editing of the avatar, which restricts the selection so that the segmentation operation cannot be smoothly selected.

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