KR20120092841A - Method and system of recommending stone placement for baduk service - Google Patents

Abstract

PURPOSE: A method for recommending a placing location of a go stone in a go game service and a system thereof are provided to recommend a proper placing location which a user places a go stone, thereby enabling inert users to obtain a profitable placing location. CONSTITUTION: A recommendation command about a placing location is inputted from a user(S231). Placing possible locations which a go stone of current order is placed are extracted(S232). A result of total counted points are calculated when a go stone of current order is placed at the corresponding placing possible locations about the placing possible locations extracted(S233). Several placing possible locations are selected according to the result of total counted points calculated(S234). The placing possible location selected displays on a screen(S235). The placing possible location selected is set as default or by the user.

Description

Initiation position recommendation method in Go service, and Initiation position recommendation system in Go service {Method and System of Recommending Stone Placement for Baduk Service}

The present invention relates to a Go service made through a computer and a communication network, and in particular, it is possible to recommend an appropriate next start position to a user who proceeds to play Go or observes Go using a computer.

Various services related to Go, such as Go game and watching other people's game, are provided through communication network.

As is well known, Baduk is a way in which players play alternating with each other, placing black and white stones on the board.

The board consists of 19 rows each, horizontally and vertically, and a total of 361 intersections can place checkerboards. In addition, because every single point has a significant impact on the overall picture, low-power users may not be able to select the best launch position to place the board.

In addition, since Go can develop its skills through repetitive learning and experience, it may be helpful to recommend users the appropriate starting position to place the Go stones if necessary.

Accordingly, the present invention has been made in order to meet the above necessity, to provide a method for recommending the start position and the start position recommendation system in the Go service that can recommend the appropriate starting position to place the block in the future using automatic accounting Its purpose is to.

In order to achieve the above object, the start position recommendation method in the Go service according to the present invention is executed in the user's computer device to process the Go game provided by the communication network or the Go game between others The Go client program allows the user to recommend an embarkation location for the go.

Initiating position recommendation method in the Go service according to the present invention, the first step of receiving a recommendation command for the starting position from the user; A second step of extracting each launchable position at which the stones of the current order may be placed; A third step of calculating a result for each extracted startable position, when a checkerboard of the current order is placed at the startable position; And a fourth step of selecting a predetermined number of impingeable positions in the order of increasing the number of houses according to the calculated system. And a fifth step of displaying a startable position selected in the fourth step on the screen.

The method for recommending an initiation position in the Go service according to the present invention may be configured to recommend an initiation position in anticipation of two or more heads.

In this embodiment, the second to fourth steps are repeated two or more times in the order of initiation.

Then, from the second iteration execution, the steps 2 to 4 are executed on the assumption that the stones of the corresponding start order are placed at the corresponding startable positions, respectively, corresponding to the startable positions selected in the execution of the previous start order. do.

The Go client program may provide a user interface so that a user may set the number of times (information about how many times to predict) to repeat the second to fourth steps.

The number of embarkable positions selected in the fourth step may be set as a default, or may be configured to be set by a user.

In the latter case, the Go client program provides a user interface that allows a user to set the number of possible launch locations.

In the fifth step, the system when the checkerboard is placed at each of the selected embarkable positions may also display information on the result.

The system for recommending a starting position in the Go service according to the present invention is to execute the Go position to be placed in conjunction with a Go client program that runs on a user's computer device and processes Go game or another person's game of Go game. I recommend you.

Initiation position recommendation system in the Go service according to the present invention, the recommendation request receiving unit for receiving the initiation position recommendation request from the Go client program; An undertaking location extracting unit for extracting each undertaking location where a checkerboard of the current order may be placed according to the initiation location recommendation request; A counting processing unit for calculating the counting result when the blocks of the current order are placed in the corresponding starting position for each extracted starting position; A recommendation target position selector which selects a predetermined number of startable positions in order of the number of houses according to the calculated system; And a recommendation target location transmitter for transmitting the information about the selected startable location to the Go client program.

In the Go service according to the present invention, the start position recommendation system may be configured to repeat a predetermined number of additional predictions for the next start order using a predetermined number of startable positions through the recommendation target position selection unit. .

In such an embodiment, the additional prediction may include the embargoing position extracting unit, the counting processing unit, and the recommendation target position selecting unit corresponding to the embarking position selected at the time of execution for the previous embarking sequence, in the corresponding embarking position. This can be done by assuming that it is laid and playing its part.

The Go client program may provide a user interface for allowing a user to make the request for recommendation of initiation.

The number of embarkable locations selected by the recommendation target location selection unit may be set as a default or may be configured to be set by a user. In the latter case, the count information may be configured to be set by the user through a user interface provided by the Go client program.

The number of times to perform the additional prediction may be configured to be set by the user through a user interface provided by the Go client program.

The recommendation target position transmitting unit may transmit information on the result of counting when a checkerboard is placed at each of the selected embarkable positions.

The computer-readable recording medium according to the present invention records a computer program that can be executed in a computer device to implement the method of recommending a starting position in the Go service.

According to the present invention, it is possible to recommend a suitable starting position to place the Go block to the user using the Go service, the start possible position is selected based on the number of houses when assuming that the place is placed on the block.

Go should be carried out with comprehensive consideration of complex factors such as overall judgment and life and death.

Therefore, the recommendation of catchment based launch position may not always be the best option, but it is a reasonable choice because the winning or losing of Go is ultimately determined by catchment.

If a suitable starting position is recommended for the user to place the checkerboard, low-energy users can gain a good experience in which situation it is advantageous to undertake which position and can be helped to improve their energy.

In addition, high-energy users can also benefit from being able to review the launch location from various perspectives.

From the perspective of the provider of the Go service, it is possible to provide an advanced Go service or Go contents, and if necessary, a new revenue source may be generated through a fee.

1 is an overview of a system for providing a Go service,
2 is an example of a procedure using the Go game or watching service;
3 is an embodiment of a method for recommending an initiation position in a Go service according to the present invention;
4 is an example of a user interface that allows a user to request a recommendation of an undertaking location;
5 is an example of a user interface in which the initiation position and the system when a checkerboard is placed at each position recommend information on the result;
6 and 7 are examples for describing an embodiment of predicting two or more heads;
8 is a specific example of the Go service system,
9 is an embodiment of a system for recommending a starting position in a Go service according to the present invention.

Hereinafter, exemplary embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 shows an overview of a system in which a Go service is performed, wherein the Go service system 15 provides a Go service through a communication network 13.

The Go service system 15 may provide various services related to the Go, and in particular, provides a service that allows users to play Go games with each other or to watch Go games between others.

The communication network 13 in which the Go service system 15 provides the Go service may be various types of communication networks, such as a wired Internet network or a wireless Internet network.

The users use the Go service provided by the Go service system 15 using the computer device 11.

Examples of the computer device 11 may include a personal computer (PC), a notebook computer, a tablet computer, a smartphone, a personal digital assistant (PDA), and the like, but the computer device 11 may be connected through a communication network 13. It refers to any device that can connect to the Go service system 15 and use the Go service.

In the process of the users playing Go games with each other or watching Go games between others, the Go client program 12 is executed in the computer device 11, which requires that the Go client program 12 be installed in the computer device 11. It may be provided, or may be provided through the communication network 13 when using the service.

The Go client program 12 outputs the Go board on the screen when playing Go or watching games, allowing each user to start their own order, and displaying Go boards at the corresponding positions on the Go board according to each user's initiation. It also plays a role that needs to be performed on the user side for watching.

2 shows an example of a process in which a user uses a Go game or an observer service, and the user connects to the Go service system 15 (S211), and selects a counterpart counterpart or an interpersonal game to watch in the waiting room (S211). S212).

Accordingly, the Go client program 12 is executed in the user's computer device 11, and the board is output on the screen of the computer device 11 (S213).

Now, the user proceeds to the Go game while watching the Go board in order according to the rules of Go or observe the Go game between others (S214).

In step S214, the Go client program 12 performs various roles to be performed by the user, such as receiving the player's start information from the Go service system 15, displaying it on the board, or performing a read.

If the reason for termination occurs during the game or the game in step S214, the game of go or the game ends (S215, S216).

The reason for the end of the game may be that the players agree on the termination of the game or that one side admits the defeat. The reason for the end of the game may be the termination of the game or the end of the game by the user.

2 is only for helping to understand the Go game or watching service made through the communication network 13, it can be configured in various ways depending on what procedure to play Go game or watching service.

The method for recommending a starting position in the Go service according to the present invention is a method for allowing the Go client program 12 to recommend the starting position to be placed at the request of the user in the process of playing the Go game or watching through step S214. It is about.

Referring to FIG. 3, an embodiment of a method for recommending an initiation position in a Go service according to the present invention will be described.

First, the user who plays the game or enters the recommendation command regarding the starting position if the user wants to recommend where to start advantageous, the Go client program 12 receives the corresponding command (S231).

The user interface (UI) for allowing a user to input a recommendation command regarding an initiation location may be variously configured.

For example, it may be configured to input a preset shortcut key, or may be configured to click a specific menu (starting position recommendation button 311) provided on the screen 310 as shown in FIG. 4.

The Go client program 12 extracts each possible start position where the Go stones in the current order may be placed as a recommendation command regarding the start position is input from the user (S232).

In step S232, which points on the board to extract to the embarkable position may be configured in various ways as necessary.

One example of the method of extracting the impingeable position in step S232 is to extract all the points except for the impossibility of embarking among the points on which the board is not yet placed on the board. An example of a location that cannot be undertaken here is that it belongs to an already formed house.

In the example shown in FIG. 4, if the user who grabbed the black stone in the current launch order requested the recommendation of the launchable position, 18 checkerboards are placed on the current board, so the number of launchable positions theoretically extracted is 343 (361-18). = 343) dogs.

When each startable position is extracted in step S232, the Go client program 12 corresponds to each of the extracted startable positions, and the system calculates a result when it is assumed that the stones of the current starting order are placed at the corresponding position (S233). ).

The result of the counting in step S233 refers to the number of catches, and the manner in which the Go client program 12 performs the automatic counting may be variously configured.

Then, the Go client program 12 selects a certain number of startable positions in the order of a large number of catchments according to the counting result at each startable position calculated in step S233 (S234).

The number of embarkable positions selected by the Go client program 12 in step S234 may be set as a default, or may be configured to be set to a number desired by the user.

In the latter case, the Go client program 12 provides a user interface for the user to set the number.

If a certain number of startable positions are selected in step S234, the Go client program 12 displays the selected startable positions on the screen (S235).

The method of displaying the starting position recommended in step S235 on the screen may be configured in various ways.

FIG. 5 shows an example in which the selected three embarkable positions 331, 332, 333 are displayed at corresponding positions on the board. At this time, the checkerboard displayed at the start position can be displayed so that it can be distinguished from the other checkerboard already started.

In addition, step S235 can also provide information on the counting result when the checkerboard is placed at each recommended starting position.

The way in which the system at the time of placing a checkerboard at each recommended starting point provides information about the result can be varied.

As an example, as shown in FIG. 5, information about counting results (information about collection, 335) may be displayed around the checkerboard placed at the recommended starting position of the checkerboard. In this case, when the user generates an event by moving the mouse cursor over the board of the corresponding position or clicking the right mouse button, the system may process information about the result.

If the starting positions are recommended through step S235, the user will see this information and decide for himself where to start.

The Go client program 12 removes the recommendation location recommendation mark of the board when the user starts at any position on the board, and treats that the user's board is started at the position at which the user has started.

On the other hand, Baduk is important not only for the current launch but also for the prediction of how many steps ahead will be. Therefore, the starting position recommendation method in the Go service according to the present invention may be configured to predict two or more heads.

In this embodiment, steps S232 to S234 of FIG. 3 are repeated more than once in the order of initiation.

In this case, from the second iteration execution, steps S232 to S234 are executed on the assumption that the stones of the corresponding start order are placed at the corresponding startable position, respectively, corresponding to the startable positions selected in the step S234 when the previous start order is executed.

Predict the number of k (k is an integer of 2 or more), and when the number of launchable positions selected as the recommendation target in step S234 is m (m is an integer of 1 or more), the number of the launch positions finally selected as the recommendation target y is equal to the following equation (1).

The number of times to predict ahead is set by default or can be configured to be set by the user. In the latter case, the Go client program 12 may provide a user interface for the user to set this value.

Referring to Figure 6, when m = 2 and k = 3 will be described a specific process of making an impingement position recommendation in accordance with the present invention.

For convenience of explanation, it is assumed that the state in which the Go game or the game is currently performed is the same as the example shown in FIG. 4, and in step S232, it is assumed that all points except the place where the game is currently placed and the place where the game cannot be started are extracted (but The method of extracting the impingeable position in step S232 may be variously configured as necessary). Then, the user to put the current stone is the user with the black stone.

First, a recommendation command regarding an impingement position is input from the user (S231).

<First course>

In the first process, the possible location for black stone is predicted.

In step S232, 343 (361-18 = 343) launchable positions are extracted as each launchable position in which the 19th black stone, which is the current order, can be placed, and in step S233, a black stone is placed in each of the 343 launchable positions. The automatic counting is performed to calculate the counting result. In step S234, the two starting positions with the highest number of black spots are selected according to the counting result. The two impingement positions selected here will be referred to as α and β, respectively.

<Second Course>

In the second process, it is assumed that a black stone is placed at α or β, and a possible starting position with respect to the white stone is predicted correspondingly when a black stone is placed on α and a black stone is placed on β.

That is, since black stones are placed at α and black stones are placed at β, respectively, in step S232, it is assumed that 342 (one black stone has been placed) at each of the possible positions where the 20th white stone in the current order can be placed. Extract the startable positions, and in step S233, assume that the back stones are placed in each of the 342 startable positions, and perform an automatic counting to calculate the result of the counting. Select a possible location.

The two impingement positions respectively selected for the two cases will be referred to as α11, α12, β11, and β12.

<Third Course>

In the third process, assuming that black stones and white stones are placed at (α, α11), (α, α12), (β, β11), and (β, β12), respectively, the possible position for the black stone is predicted.

In other words, when black and white stones are placed in α and α11, respectively, black and white stones are placed in α and α12, respectively, black and white stones are placed in β and β11, respectively, and black and white stones are placed in β and β12, respectively. Correspondingly, in step S232, 341 embarkable positions (because it is assumed that one black stone and one white stone are placed) are extracted to each embarkable position in which the 21st black stone in the current order can be placed, and in step S233 341 Assuming that black stones are placed in each of the impermissible positions, automatic counting is performed to calculate the counting result. In step S234, the two countable starting positions are selected according to the result of the counting.

The two impingement positions respectively selected for the four cases will be referred to as α21, α22, α23, α24, β21, β22, β23, and β24.

Then, in step S235, as shown in FIG.

For example, when recommending the starting position of the first combination, black, white, and black stones can be displayed on α, α11, and α21, respectively, and the starting position can be indicated. When the starting position of the eighth combination is recommended, β, β12, and Black stones, white stones, and black stones can be displayed at? 24, respectively, to indicate a possible starting position.

The Go client program 12 may display the eight combinations on the screen in a format such as a reference diagram.

In addition, as described with reference to FIG. 5, the system at each impingeable position may also display information regarding the result.

Meanwhile, the Go service system 15 providing Go services through the communication network 13 may be configured in various ways depending on which Go services are provided in what manner. In particular, in connection with the present invention, the Go service system 15 provides a service that allows users to play a game of Go or a service that enables a game to be played by other users.

8 shows an example of the Go service system 15, which operates a wired Internet homepage or a wireless Internet homepage to provide various kinds of information related to Go, or receives a membership, and a user information currently connected. And a waiting room server 82 for providing information on the game room where the game is played and allowing each user to designate a user to enter the Go game or to enter the game room of other users. In conjunction with the Go client program (12) to be executed in the game server (83) proceeds to play Go, watch server (84) to watch the game of other users, various kinds of services for providing Go, such as member information And a database 85 for storing information.

In particular, the Go service system 15 comprises an initiation location recommendation system 87 in connection with the present invention, where the initiation location recommendation system 87 is executed on the user's computer device 11 to play Go games or others. The Go client program 12 that handles the game of Go game between the game and the communication network 13 through the recommendation of the starting position to place the Go stones.

Initiation position recommendation system 87 may be configured to play the role of the Go game or watching service, such as the game server 83 or watching server 84, or may be constructed as a separate system have.

Not all services provided by the Go service system 15 require membership. For example, the player service can be used only by a user who has registered as a member, and the watching service can be used by anyone.

The procedure for allowing users to watch the game of Go or other users can be variously configured as necessary.

As an example of the process in which a Go game is played, each user should request another player to designate another user who is displayed on the screen of the waiting room. If you agree to this game, you can process the users to enter the game.

When the game or game starts, the Go client program 12 is executed in the computer device 11 of each player or spectator, and the board is displayed on the screen of the computer device 11, and the board is displayed on the board according to the start.

In the process of playing or watching games, the user can receive recommendations of the procedure and review the next launch.

With reference to FIG. 9, an embodiment of an impingement position recommendation system 87 according to the present invention will be described.

Initiation position recommendation system 87 is linked with the Go client program 12, recommendation request receiving unit 87-1, embarkation possible position extraction unit 87-2, counting processing unit 87-3, recommendation target location selection The unit 87-4 and the recommendation target position transmitting unit 87-5 are included.

The recommendation request receiving unit 87-1 receives an initiation position recommendation request through the communication network 13 from the Go client program 12 executed in the computer apparatus 11 of the user (power player or spectator).

To this end, the Go client program 12 may provide a user interface that allows a user to request a recommendation regarding an initiation location, and the Go client program 12 may initiate a user's initiation location recommendation request to the initiation location recommendation system 87. To send.

The user interface may be configured in various ways. For example, the user interface may be configured to input a predetermined specific shortcut key or may be configured to click a specific menu 311 as shown in FIG. 4.

The impingement position extraction unit 87-2 extracts each impingement position where the blocks of the current order can be placed according to the impingement position recommendation request.

What points the embarkable position extraction unit 87-2 extracts to the embarkable position may be variously configured as necessary.

One example of a method for extracting an embarkable position is to extract all the points except for the impossibility of embarking among the points that are not yet placed on the board as the embarkable positions.

An example of a location that cannot be undertaken here is that it belongs to an already formed house.

In the example shown in FIG. 4, if the user who grabbed the black stone in the current launch order requested the recommendation of the launchable position, 18 checkerboards are placed on the current board, so the number of launchable positions theoretically extracted is 343 (361-18). = 343) dogs.

When the embarkable position extraction unit 87-2 extracts the embarkable position, the counting processing unit 87-3 corresponds to each of the extracted embarkable positions, and assumes that a checkerboard of the current embarking order is placed at the corresponding position. The system yields the result.

The result of the counting refers to the number of collections. The counting processing unit 87-3 may perform various types of automatic counting.

The recommendation target position selector 87-4 selects a predetermined number of impingeable positions in the order of the high count according to the count calculated by the count value processing unit 87-3.

The number of embarkable positions selected by the recommendation target position selector 87-4 may be set as a default, or may be configured to be set by the user as desired. In the latter case, the Go client program 12 may provide a user interface for the user to set the number, and transmit the information about the number set by the user to the starting position recommendation system 87.

The recommendation target position transmitter 87-5 transmits the information about the predetermined number of embarkable positions selected by the recommendation target position selector 87-4 to the Go client program 12.

In this case, the recommendation target position transmitting unit 87-5 may transmit information regarding the result of counting when the checkerboard is placed at each of the embarkable positions as well as information about the embarkable positions.

The Go client program 12 uses various methods as described with reference to FIG. 5 for information about the start position that the recommendation target position transmission unit 87-5 transmits and information about the counting result at each start position. Will be displayed on the screen.

On the other hand, Baduk is important not only for the current launch but also for the prediction of how many steps ahead will be. Therefore, the impingement position recommendation system 87 according to the present invention can predict and recommend two or more heads ahead.

In such an embodiment, the onset position recommendation system 87 is configured to repeat the additional prediction for the next onset order a certain number of times when a certain number of onset positions are selected through the recommendation target position selector 87-4. do.

In this case, the additional prediction may be performed at the impingement position selected by the impingement position extraction unit 87-2, the counting processing unit 87-3, and the recommendation target position selection unit 87-4 at the time of execution for the previous impingement order. Correspondingly, it assumes that the stones of the start order are placed at the start position, and plays its role.

Predict the number of k (k is an integer of 2 or more), and when the number of startable positions that the recommendation target position selector 87-4 selects as the recommendation object is m (m is an integer of 1 or more), it is recommended. The number y of combinations with respect to the impingeable position finally selected as

The number of times to predict ahead is set by default or can be configured to be set by the user.

In the latter case, the Go client program 12 may provide a user interface for the user to set this value, and the Go client program 12 transmits the value input by the user to the starting position recommendation system 87.

Referring to FIG. 6, a detailed process of the impingement position recommendation system 87 performing an impingement position recommendation when m = 2 and k = 3 will be described.

For convenience of explanation, the state of the current Go game or watching the progress is the same as the example shown in Figure 4, the startable position extraction unit 87-2 is except for the current place where the go stones are placed and everything is impossible to start. Let's assume you want to extract. Then, the user to put the current stone is the user with the black stone.

First, the recommendation request receiving unit 87-1 receives a recommendation command relating to the starting position from the Go client program 12 of the user computer device 11.

<First course>

In the first process, the possible location for black stone is predicted.

The launchable position extraction unit 87-2 extracts 343 launchable positions into each of the launchable positions on which the 19th black stone in the current order can be placed, and the counting processing unit 87-3. Assuming that black stones are placed at each of the 343 launchable positions, an automatic counting is performed to calculate the counting result. The recommendation target position selector 87-4 selects two launching positions having the most black spots according to the counting result. Choose. The two impingement positions selected here will be referred to as α and β, respectively.

<Second Course>

In the second process, it is assumed that a black stone is placed at α or β, and a possible starting position with respect to the white stone is predicted correspondingly when a black stone is placed on α and a black stone is placed on β.

That is, when black stones are placed at α and black stones are placed at β, respectively, the embarkable position extraction unit 87-2 has 342 pieces of embarkable positions in which the 20th white stone in the current order can be placed. Extract the startable position of the black stone, and the counting processing unit 87-3 assumes that the white stone is placed at each of the 342 possible starting positions and performs the automatic counting to calculate the result of the counting. The target position selector 87-4 selects the two embarkable positions having the largest number of white colonies according to the result of the system.

The two impingement positions respectively selected for the two cases will be referred to as α11, α12, β11, and β12.

<Third Course>

In the third process, assuming that black stones and white stones are placed at (α, α11), (α, α12), (β, β11), and (β, β12), respectively, the possible position for the black stone is predicted.

In other words, when black stones and white stones are placed at α and α11 respectively, black stones and white stones are placed at α and α12 respectively, black stones and white stones are placed at β and β11 respectively, and black stones and white stones are placed on β and β12 respectively Corresponding to each, the embarkable position extraction unit 87-2 selects 341 embarkable positions (because it is assumed that one black stone and one white stone are placed) as each possible embarkable position where the 21st black stone in the current order can be placed. Extracting, the presumption processing unit 87-3 assumes that black stones are placed in each of the 341 embarkable positions, and performs automatic presumption to calculate the presumption result. Choose the two embarkable locations with the most black spots.

The two impingement positions respectively selected for the four cases will be referred to as α21, α22, α23, α24, β21, β22, β23, and β24.

Then, as shown in Fig. 7, the recommendation target position transmitting unit 87-5 transmits a total of eight sets of initiation positions as recommendation targets.

The Go client program 12 may receive the information about the eight combinations transmitted by the recommendation target position transmitter 87-5 and display the information on the screen in various ways. For example, it can be displayed on the screen in the form of a reference map.

That is, when recommending the starting position of the first combination of FIG. 7, black, white, and black stones may be displayed on α, α11, and α21, respectively, and the starting position may be indicated. When recommending the starting position of the eighth combination, β is recommended. Black stones, white stones, and black stones can be displayed at, β12, and β24, respectively, to indicate a possible starting position.

When embarkable locations are displayed on the screen, the user can view this information and decide for himself where to embark.

It is to be understood that the present invention is not limited to the above-described embodiment, and various changes and modifications may be made by those skilled in the art without departing from the technical spirit of the present invention. to be.

11: computer device 12: Go client program
13: Network 15: Go Service System
81: web server 82: waiting room server
83: play server 84: watch server
85: database 87: initiation location recommendation system
87-1: recommendation request receiving unit 87-2: launchable position extraction unit
87-3: counting processing unit 87-4: recommendation target position selecting unit
87-5: recommendation target position transmitter

Claims (14)

As a method of recommending the starting position where the Go will be placed by the Go client program running on the user's computer device to process the Go Go service provided by the network or the Go Go play service between others,
A first step of receiving a recommendation command regarding an initiation position from a user;
A second step of extracting an embarkable position where the blocks of the current order may be placed;
A third step of calculating a result for each extracted startable position, when a checkerboard of the current order is placed at the startable position; And
A fourth step of selecting a predetermined number of embarkable positions in the order of the high number of houses according to the calculated system; And
Initiating position recommendation method in the Go service comprising a fifth step of displaying the startable position selected in the fourth step on the screen. The method of claim 1,
The second to fourth steps are repeated two or more times in the order of initiation,
From the second iterative execution, it is assumed that the steps 2 to 4 are executed by assuming that the stones of the corresponding start order are placed at the corresponding startable positions, respectively, corresponding to the startable positions selected in the execution of the previous start order. Initiation position recommendation method in Go service characterized by. The method according to claim 1 or 2,
The starting position recommendation method of the Go service, characterized in that the number of the startable position selected in the fourth step is set as a default or can be set by the user. The method of claim 3, wherein
The Go client program is a start position recommendation method for a Go service, characterized in that to provide a user interface that allows the user to set the number of possible start position selected in the fourth step. The method according to claim 1 or 2,
The fifth step is a start position recommendation method for a Go service, characterized in that the system when the check is placed in each of the selected start position is further displayed information about the result. The method of claim 2,
The Go client program is a start position recommendation method for a Go service, characterized in that the user interface to set the number of times the user repeats the second to fourth steps. A system for recommending the starting position to place the Go stones in conjunction with the Go client program running on the user's computer device to handle Go game services or watching games between people through a communication network,
A recommendation request receiver for receiving an initiation location recommendation request from the Go client program;
An embarkable location extracting unit for extracting a embarkable location in which the blocks of the current order may be placed according to the embarkation position recommendation request;
A counting processing unit for calculating the counting result when the blocks of the current order are placed in the corresponding starting position for each extracted starting position;
A recommendation target position selector which selects a predetermined number of startable positions in order of the number of houses according to the calculated system; And
An on-going position recommendation system in a Go service comprising a recommendation target location transmission unit for transmitting the information about the startable location selected by the recommendation target location selection unit to the Go client program. The method of claim 7, wherein
When the start position recommendation system in the Go service is selected a predetermined number of startable positions through the recommendation target position selection unit, it is configured to repeat the additional prediction for the next start order using the predetermined number of times,
The further prediction assumes that the embarkation position extractor, the counting unit and the recommendation target position selector have placed the stones of the embarkation order at the embarkable positions corresponding to the embarkation positions selected at the time of execution for the previous embarkation sequence. Starting position recommendation system in the Go service, characterized in that made by performing its role. 9. The method according to claim 7 or 8,
The Go client program is a start position recommendation system in the Go service, characterized in that for providing a user interface that allows the user to request the start position recommendation. 9. The method according to claim 7 or 8,
The number of embarkable locations selected by the recommendation target location selection unit is set as a default, or configured to be set by a user. 11. The method of claim 10,
Wherein the number is configured to be set by the user through a user interface provided by the Go client program. The method of claim 8,
The start position recommendation system of the Go service, characterized in that the number of execution of the additional prediction is configured to be set by the user through the user interface provided by the Go client program. 9. The method according to claim 7 or 8,
The Go client program is a start position recommendation system in the Go service, characterized in that receiving the information about the start position that the recommendation target location transmission unit transmits on the board. 9. The method according to claim 7 or 8,
And the recommendation target position transmitting unit further transmits information on the result of the system when the board is placed at each of the selected embarkable positions.

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