KR20020033297A - Baduk game management unit for dynamical expansion of game field and Baduk game management method using the unit - Google Patents

Abstract

PURPOSE: A method and unit for managing a paduk game capable of extending game area are provided to adjust a size of a game area and a time required for the paduk game selectively in accordance with one's necessity by performing an extension from an initial game area of 7 X 7 size to a standard game area of 19 X 19 size. CONSTITUTION: A paduk game management unit(20) is installed in a software block(9) in an information processing device(10) as a PC or a mobile communication device. A graphic data module(22) performs a role for storing various graphic data necessary for progressing a paduk game, that is, a series of paduk stone graphic data and a plurality of game area data for defining a game area. A sound data module(23) performs a role for storing various sound data, that is, a background sound data and stone arrangement sound data. A game operation data module(24) performs a role for storing various command language data necessary for operating a game. A game control module(21) is linked with the graphic data module(22), the sound data module(23), and the game operation data module(24) in real time on condition that a series of communication relations is formed with a cursor input unit(4), a keyboard(5), and a mouse(6).

Description

Baduk game management unit for dynamical expansion of game field and Baduk game management method using the unit

The present invention relates to, for example, a game area extended Go game management unit that allows the size of a game area that is the basis of a Go game to be dynamically expanded, thereby maximizing the interest of the player with the Go game. Furthermore, the present invention relates to a game management method of Go using such a game area extended Go game management unit.

In recent years, as the public's desire to enjoy leisure life has increased, the Go population, which has a good interest in Go, has also increased rapidly.

Traditionally, the Go game was traditionally played face-to-face with each other, but in recent years, as the software industry develops rapidly, there is a widespread method of playing with given software or using the Internet or a mobile phone. It is becoming.

For example, Korean Patent Publication No. 85-5779, "Electronic Go", Korean Patent Publication No. 94-26774, "Method of Go Performance of Electronic Go Device", Korean Patent Publication No. 94-26784 "Electronic Go Device ", Korean Patent Publication No. 95-5344" Portable Go game machine "and the like are described in detail such a conventional example.

In general, the conventional Go game using an electronic device proceeds by displaying a virtual board having a shape similar to an offline board in a display unit of the electronic device, and playing a flag of the player in the virtual board. It is common to be.

However, the Go game using such a conventional electronic device only differs from the offline Go game in that the use of a virtual board is used, and the remaining matters, for example, the shape of the game area, the game rules, etc. Since it is almost the same as the game of Go, players playing the game of Go using electronic devices can feel almost the same discomforts when playing the Go game on the existing offline.

For example, the conventional Go game is generally played in a huge game area of 19 x 19 lines in width and length, so the player who plays the Go game is forced to bear the inconvenience that the overall game time is longer than necessary. For example, a player who plays a Go game, for example, has no choice but to end the game in the middle of the game, in the event that something else is to be done, without losing the game. There will be no.

As described above, the Go game using the electronic device is also not very different from the Go game played on the offline, so, after all, the inconvenience of the player playing the Go game using the electronic device also plays the Go game on the offline game. Is almost the same as

Another problem is that for beginners, Go is a very difficult object to learn systematically. For example, in a large area of 19 × 19 lines, the standard size of the board, paving stones can only give you the feeling of laying stones all over the place. As a result, the critical stage associated with the advanced operation of "finishing" is not reached, and the game is often over. Therefore, it is difficult for a beginner to systematically learn the organic relationship of each stage of "paving-mid-inverted-ending", and in most cases, the beginner's interest in Go goes to the intermediate level.

As described above, the Go game played offline or the Go game played using the electronic device have a problem that the entire game area is more than necessary. A nine-line checker board is also available for beginners. However, if you complete the game on such a small board, the small board will only help you learn some basic moves, but there is a limit to learning the basic concept of "balance of power and practicality".

Accordingly, an object of the present invention is to allow the game area, which is the basis of the Go game, to be flexibly expanded from the initial game area of 7 × 7 size to the standard game area of 19 × 19 size according to the progress of the game. By doing so, the player may induce the player to selectively adjust the size of the game area, the time used for the Go game, and the like according to his / her needs.

Another object of the present invention by allowing players to play a game of go and freely select the size of the game area and the direction of the expansion of the game area according to the intention of the player, to learn and use a high strategy between the players and the real power influx To induce it.

Another object of the present invention is to maximize the advantages of the Go game using the electronic device by allowing the size of the game area to be dynamically changed according to the progress of the game, unlike the Go game that proceeds on the existing offline.

Still other objects of the present invention will become more apparent from the following detailed description and the accompanying drawings.

1 is a block diagram conceptually illustrating a game area extended Go game management unit according to the present invention;

Figure 2 is a flow chart showing a game area extended Go game management method according to the present invention in sequence.

3 to 9 are exemplary views illustrating a game screen display state of the display unit according to each embodiment of the present invention.

In order to achieve the above object, in the present invention, the game area extended Go is made up of a combination of a graphic data module installed in a part of an electronic device having an arbitrary input / output device and a game control module which is linked to the graphic data module in real time. Start the game management unit.

In this case, the graphic data module stores, for example, a series of Go graphic data and a plurality of game area graphic data for defining an arbitrary game area, and the game control module outputs a command signal output from an input device. By selectively extracting the above-mentioned Goggle graphic data, game area graphic data, processing the extracted Go egg graphic data, the game area graphic data through a series of operation process, go game play to advance the actual Go game It generates data and outputs Go game execution data that has been output to a writer. In this case, the game control module extracts the game area graphic data in a predetermined order in accordance with a required time so that the size of the above-described game area can be flexibly expanded according to the progress of the Go game.

In the case of the present invention, based on the interlocking action of the game control module and the graphic data module, the game area that is the basis of the Go game is, for example, 19 × 19 size from the 7 × 7 size game area depending on the progress of the game. Since the present invention is achieved, the player can selectively determine the size of the game area and the direction in which the game area is expanded according to his / her needs.

In this way, if the player can adjust the size of the game area, the player can also adjust the time required for the Go game, and eventually, the player can minimize the time and determine the game's win or lose. do.

In this case, since the size of the game area can be flexibly expanded, a beginner who enters Go for the first time can also easily taste, for example, a "finish number". Consequently, when the present invention is achieved, the beginner can conventionally In comparison, Go can be more convenient to learn.

Hereinafter, with reference to the accompanying drawings, a game area extended Go game management unit and a Go game management method using the same according to the present invention will be described in more detail.

As shown in Fig. 1, the game area expandable game management unit 20 according to the present invention is installed in a software block 9 of an information processing device 10 such as any electronic device, for example, a PC or a mobile phone communication device. do. In this case, various devices of the information processing apparatus 10, for example, the CD-ROM 1, the hard disk 2, the memory unit 3, etc., have a series of data connection relations with the Go game management unit 20 of the present invention. By forming the, it plays a role of assisting the progress of the overall game of Go by the game management unit 20 more smoothly. Of course, the game area extended Go game management unit 20 of the present invention may be installed in a software block of an electronic device other than the above-described information processing apparatus 10, for example, a portable game machine.

At this time, the information processing apparatus 10 having the Go game management unit 20 of the present invention is, for example, an input device such as a cursor input unit 4, a keyboard 5, a mouse 6, a speaker unit 8, a display, and the like. The output unit such as the unit (7) is additionally held, and the input / output unit serves to interface between the Go game management unit 20 and the player.

Here, as shown in the figure, the Go game management unit 20 of the present invention is largely the graphic data module 22, the sound data module 23, the game operation data module 24 and the game control module 21 It consists of a combination of these.

In this case, the graphic data module 22 stores various graphic data required for the game of Go, for example, a series of Go graphic data, a plurality of game area graphic data for defining a game area, and the like. The data module 23 stores various sound data, for example, background sound data, paving sound data, and the like. The game operation data module 24 stores various command data necessary for operating the game. Play a role. In this case, the aforementioned game control module 21 forms a series of communication relationships with the input device, for example, the cursor input unit 4, the keyboard 5, the mouse 6, and the like, and the preceding graphic data module 22. In addition, the sound data module 23, game operation data module 24, etc. are also linked in real time.

At this time, when the cursor input unit 4, the keyboard 5, the mouse 6, etc. are driven by operation of the player, and thus a series of command signals are input, the game control module 21 inputs the command signals. According to the above-mentioned various data, for example, Go graphic data, game area graphic data, background sound data, pavement sound data, command data, etc., the graphic data module 220, sound data module 23, game operation data module ( 24) After extracting from the data, etc., the data is processed through a series of operations to generate random game performance data for the actual game of Go games.

When all of the process of generating the Go game execution data is completed, the game control module 21 outputs the completed Go game execution data to the aforementioned output device, for example, the speaker unit 8, the display unit 5, and the like. In this way, the game of go game by players can be made to be made more smoothly.

At this time, the game control module 21 does not extract game area graphic data stored in the graphic data module 22 at once, but extracts the game area graphic data in order according to a predetermined order, and thus, the size of the game area that is the base of the Go game. Can be expanded dynamically as the game progresses.

The operation of such a game control module constitutes the gist of the present invention, and of course, such a function is not given to the conventional game control module.

In the case of a Go game using a conventional electronic device, only the fact that the virtual game area is used is different from the Go game on the offline, and the remaining matters, for example, the shape of the game area, the game rules, etc. Since it was almost the same as the game of Go, players playing the game of Go using electronic devices had to feel almost the same inconveniences that they experienced when playing a game of Go on the existing offline.

However, in the case of the game control module 21 according to the present invention, an operation different from the conventional one, for example, "not extracting a series of game area graphic data at once, but extracting one after the other in a predetermined order" is added. Since the game player plays the Go game using the electronic device adopting the present invention, the game area that is the basis of the Go game is different from the effect that is felt when the Go game is played offline. Thus, for example, the effect of fluidly expanding from the basic game area of the size of 7 × 7 to the standard game area of the size of 19 × 19 can be tasted. In the end, when the present invention is achieved, the player may, according to his needs, By being able to selectively adjust the size of the game area, various inconveniences of playing Go games in the existing offline To be able to easily solved.

Here, as shown in the figure, a graphics rendering module 26, a sound output module 25, and the like are further disposed between the game control module 21 and the output unit, for example, the display unit 7 and the speaker unit 8. In this case, the graphics rendering module 26 renders the graphic data output from the game control module 21 in detail, thereby assisting the player to enjoy a more clear graphic screen, and outputs a sound output module ( 25 amplifies the sound data output from the game control module 21 at a predetermined ratio, thereby assisting the player to enjoy clear sound throughout the game play time.

Hereinafter, the Go game management method using the game area extended Go game management unit 20 according to the present invention having the above-described configuration will be described in detail.

First, the player who wants to enjoy the Go game using the Go game management unit 20 of the present invention boots the information processing apparatus 10, and then the cursor input unit 4, the keyboard 5, the mouse ( 6) By operating the input device, etc., a basic environment in which the Go game can be executed is provided.

In this state, as shown in FIG. 2, the game control module 21 closely observes the operating states of the cursor input unit 4, the keyboard 5, the mouse 6, and the like to execute a series of games for the game of Go. It is judged whether or not the command signal is input (step S1).

At this time, when a separate command signal for executing the Go game is not input from the cursor input unit 4, the keyboard 5, the mouse 6, or the like, the game control module 21 proceeds to the flow of step S1a to execute the series. Keep the standby state.

However, when a separate command signal for advancing the Go game is input from the cursor input unit 4, the keyboard 5, the mouse 6, etc., the game control module 21 immediately outputs a series of initial screen output processes. Proceed (step S2).

In this case, the game control module 21 first quickly controls the graphic data module 22, the sound data module 23, and the game operation data module 24 described above, and from these, a series of data, for example, After extracting background text data, background music data, command data, and the like, the data is processed through a series of operations to generate Go game execution data for the progress of the Go game, and the game play data mentioned above. A process of outputting to an output device, for example, the speaker unit 8 and the display unit 7, is performed.

At this time, the graphics rendering module 26, the sound output module 25 and the like plays a role of finely adjusting the graphics data, sound data, etc. output from the game control module 21, so that the player has better quality graphics Enjoy the picture, the sound, and so on.

When this process is short-circuited, as shown in FIG. 3, the display 7 quickly displays a series of initial screens 7a including a menu bar 101, a toolbar 102, and the like, in this case. The player may sequentially click menus posted on the initial screen 7a by using the mouse 6, the keyboard 5, and the like, for example, "game area, black and white, water supply, counterpart ...", and the like. The items in the order will be decided in order.

In this state, the game control module 21 observes whether or not the player has selected all items such as "game area, black and white, water supply, opponent ....", so that the player can proceed with the game. It is determined whether the final decision was made (step S3).

At this time, if it is determined that the player does not select all the items such as "game area, black and white, water supply, opponent ...", and has not finally determined the method of the game to be played, the game control module 21 flows. By proceeding to step S3a, a series of standby states are maintained.

However, the player selects all the items "Game Area, Black and White, Series, Opponents ..." such as "Black: Computer (Level 3), White: User (Level 3)", and the like. If it is determined that the final decision is made, the game control module 21 quickly records such a game method in, for example, the game operation data module 24 so that the decision of the player can be fully reflected in the ongoing game progress event. .

Subsequently, the game control module 21 determines whether or not the player has started the game by observing whether or not the player has clicked on the start button 30 (step S5).

At this time, if it is determined that the player has not yet clicked the start button 30 and the player has not started the game yet, the game control module 21 proceeds the flow to step S5a to maintain a series of standby states. .

However, if the player clicks on the start button 30 and it is determined that the player has started the game, the game control module 21 immediately proceeds with a series of basic game area output processes (step S6).

In this case, the game control module 21 quickly controls the graphic data module 22, the sound data module 23, and the game operation data module 24, as mentioned above, from which a series of data, For example, after extracting game area graphic data, background music data, command data, and the like, the data is processed through a series of operations to generate Go game execution data for the progress of the Go game, and the game play data A process of quickly outputting to the speaker unit 8, the display unit 7, and the like is performed.

When this process is short-circuited, as shown in FIG. 4, the display unit 7 displays a series of game screens 7b in which, for example, a basic game area 31 having a size of 7 × 7 is posted. In this case, the player may use menus posted on the game screen 7b by using the above-described cursor input unit 4, mouse 6, keyboard 5, or the like, for example, "finger cursor: 43". By operating "" quickly, you can play a full-fledged Go game.

Thus, when the player plays the full-fledged Go game by operating the finger cursor 43, the command signal generated by the player is immediately input to the game control module 21, and the game control module 21 As soon as such a command signal is input, the graphic data module 22, the sound data module 23, and the game operation data module 24 described above are quickly controlled, and from these, a series of data such as Go graphic data, After extracting paving sound data, command data, and the like, the data is processed through a series of operations to generate Go game execution data for the progress of the Go game, and the game play data described above is the speaker unit (8). ), And the process of outputting to the display unit 7 and the like.

In this case, as shown in the figure, for example, a white game ball 41 selected by the player is placed in the basic game area 31 of the game screen 7b, and then, in another part of the basic game area 31. For example, a black game egg 42 selected by the game control module 21 by a series of calculation processes is placed.

Thereafter, the game control module 21 continuously repeats the above-described process, so that a series of basic Go games can proceed quickly (step S7).

In the state where the basic game of Go is in progress, the game control module 21 continuously observes the menu click situation of the player, the progress of the game of Go, and determines whether the above-described basic game of Go is completed. (Step S8).

At this time, if it is determined that all of the basic Go game is not completed, the game control module 21 continues the flow of the basic Go game by continuing the flow to step S7 described above.

However, if it is determined that all the basic Go games are completed, the game control module 21 immediately proceeds to output a series of additional game progress selection messages (step S9).

In this case, the game control module quickly controls the graphic data module 22, the sound data module 23, the game operation data module 24, and the like, and from them, a series of data such as message data, voice data, The command data is extracted, and the process of outputting the data to the speaker unit 8, the display unit 7, and the like is performed.

When this process is short-circuited, as shown in FIG. 5, the display unit 7 may be, for example, "will you expand the size of the game board?" The game screen 7b on which an additional game progress selection message is posted is displayed, and in this case, the player can quickly determine whether to proceed with the additional game using the mouse 6, the keyboard 5, and the like.

In this state, the game control module 21 continuously observes the menu click situation of the player, and determines whether or not the player has decided whether to proceed with the game further (step S10).

At this time, if the player decides not to proceed with the additional game, the game control module 21 proceeds to step S19 to describe the flow later, and ends the game. In this case, the player may, unlike the conventional one, spend a minimum amount of time, and proceed to a series of "finishing processes", and eventually, the game may be fully determined.

However, when the player decides to proceed with the additional game, the game control module 21 proceeds with the process of outputting a series of additional game area direction selection messages after calculating the winning and losing weights so far (step S11).

In this case, the game control module 21 quickly controls the graphic data module 22, the sound data module 23, the game operation data module 24, and the like, and from them, a series of data, for example, message data, The process of extracting voice data, command data, and the like, and outputting the data to the speaker unit 8, the display unit 7, and the like is performed.

When this process is short-circuited, as shown in FIG. 6, the display unit displays a game screen on which an additional game area direction selection message is posted, such as "Please select the direction of the additional game area". In this case, The player can freely select the direction of the additional game area by using the cursor input unit 4, the mouse 6, the keyboard 5 and the like. Since the choice of the additional area follows a predetermined rule, the option of the additional area may be the winner of the game or the loser of the game.

In this state, the game control module 21 continuously observes the menu click situation of the player, and determines whether or not the player has selected the direction of the additional game area (step S12).

At this time, if the player has not yet selected the direction of the additional game area, the game control module 21 advances the flow to step S12a, thereby maintaining a series of standby states.

However, if the player selects the direction of the additional game area in the right direction, for example, the game control module 21 displays the additional game area successively on the right outer side of the aforementioned basic game area so as to correspond to the selected direction, for example, the right side. The process of making the process proceeds (step S13).

In this case, the game control module 21 quickly controls the graphic data module 22, the sound data module 23, and the game operation data module 24, as described above, and from them, a series of data, for example, After extracting game area graphic data, background music data, command data, and the like, the data is processed through a series of operations to generate Go game execution data for the progress of the Go game, and the game play data for the Go game. The process of quickly outputting to the display unit or display unit is performed.

When this process is short-circuited, as shown in FIG. 7, the display unit includes a series of "for example, an additional game area 32 having a size of 7x7 is posted successively on the right outside of the basic game area 31". The game screen 7b is displayed.

In this state, the game control module 21 continuously observes the menu click situation of the player to determine whether or not the player has flagged the player (step S14).

At this time, since the player's flag is subject to a predetermined rule, the option of "who will first player the player in the additional game area 32" may be in the "player who has selected the direction of the game area", You may be from a player who has not chosen a direction. "

At this time, for example, when the rule is set such that "the player who has not selected the direction of the game area" has the right to flag the player, and the player has not yet player the player, the game control module 21 executes the flow. The flow advances to step S14a to maintain a series of standby states.

However, as mentioned above, in the state where the rule is set so that the player has the right to flag the player, "the player who has not selected the direction of the game area", the game control module 21 is described above. On the basis of the rule, it is determined whether or not the corresponding player who flags the player is "a player who has not selected the direction of the game area" in the above-described step S12 (step S15).

At this time, when the player "players who have selected the direction of the game area" has flagged the player, the game control module 21 proceeds to step S15a, for example, "You are the person who has already selected the direction of the game area, and thus the player is to be flagged." Error message, etc. ".

However, in the case where the player "players who have not selected the direction of the game area" flags the players, the game control module 21 immediately causes the aforementioned graphic data module 22, sound data module 23, and game operation data module. (24) is quickly controlled to extract a series of data such as Go graphic data, flagstone sound data, command data, and the like, and then process the data through a series of operations to proceed the game of Go. Go game execution data for the generation, and the process of outputting the Go game execution data to the aforementioned speaker unit 8, the display unit 7 and the like.

In this case, as shown in Fig. 8, the white game ball 41 selected by the player is placed in the additional game area 32 of the game screen 7b, and then another part of the basic game area 31 is placed. In this example, a black goggle 42 selected by the game control module 21 by a series of calculation processes is placed.

Thereafter, the game control module 21 continuously repeats the above-described process, so that a series of additional Go games can be continued (step S16).

In other words, in the case of the present invention, as mentioned above, the game area on which the game of Go is based can be flexibly changed from the basic game area of 7 × 7 size to the game area of larger size according to the progress of the game. Because of the expansion, when the present invention is achieved, the player can selectively adjust the size of the game area according to his or her needs, so that the time required for the Go game can be appropriately adjusted. While spending the cost, you can easily obtain the effect that can determine the game win or lose.

In this case, since the size of the game area can be flexibly expanded, a beginner who enters Go for the first time can also easily taste, for example, a "finish number". Consequently, when the present invention is achieved, the beginner can conventionally In comparison, Go can be more convenient to learn.

On the other hand, in the state that such an additional Go game is in progress, the game control module 21 continuously observes the menu click situation of the player, the progress of the Go game, and determines whether all the additional Go games are completed. (Step S17).

At this time, if it is determined that all the additional Go games are not completed, the game control module 21 proceeds to the above-described step S16, thereby continuously maintaining the progress state of the additional Go games.

However, if it is determined that all the additional Go games are completed, the game control module 21 immediately retrieves the graphic data module 22, the game operation data module 24, and the like, so that the current additional Go game is added in its entirety. During the game of go, it is determined whether or not it is the "additional game of go of the last stage" (step S18).

At this time, if the current go game is not the "go game of the last stage", and another additional go game exists, the game control module 21 continuously repeats the above steps S9 to S16, Fig. 8 As shown in, for example, the basic game area 31 + additional game area 32 + additional game area 33 display a series of published "game screens" successively, and based on each of these game areas, Repeat the game of go.

However, as shown in FIG. 9, if the currently played additional Go game is an additional Go game of the last stage of the overall additional Go game, the game control module 21 proceeds to output a series of game end messages. (Step S19).

In this case, the game control module 21 quickly controls the graphic data module 22, the sound data module 23, the game operation data module 24, and the like, and from them, a series of data, for example, message data, The process of extracting voice data, command data, and the like, and outputting the data to the speaker unit 8, the display unit 7, and the like is performed.

When this process is short-circuited, as shown in the drawing, the display unit 7 outputs a game termination message such as, for example, "The game is finished. Through this game end message, you can easily check your victory.

As described above, in the present invention, the game area on which the game of Go is based is divided into, for example, a basic game area of 7 × 7 size to a standard game area of 19 × 19 size according to the progress of the game. Based on this, the player can selectively adjust the size of the game area according to his / her needs, so that the player can easily solve various inconveniences of playing the Go game on the offline. can do.

While specific embodiments of the invention have been described and illustrated above, it will be apparent that the invention may be embodied in various modifications by those skilled in the art.

Such modified embodiments should not be understood individually from the technical spirit or point of view of the present invention and such modified embodiments should fall within the scope of the appended claims of the present invention.

As described in detail above, in the game area extended Go game management unit and the Go game management method using the same according to the present invention, based on the interlocking action of the game control module and the graphic data module, the game area that is the base of the game of the game is the Depending on the progress, it may be flexibly expanded from, for example, a 7 × 7 basic game area to a 19 × 19 game area.

In this case, the player can selectively adjust the size of the game area in accordance with the promise with the opponent, so that the player can easily taste the intermediate result of the game even at a stage not reaching the standard game area.

Also, in this case, since the size of the game area can be flexibly expanded, even beginners who are new to Go for the first time can easily taste, for example, "the initial number of steps in a narrow area". If this is achieved, the beginners will be able to learn traditional Go more systematically than before.

Claims (3)

A graphic data module installed in a part of an electronic device having an input / output device and storing a series of Go graphic data and a plurality of game area graphic data for defining an arbitrary game area; It is linked with the graphic data module in real time, and selectively extracts the Go graphic data and the game area graphic data according to the command signal output from the input unit, and the Go graphic data and the game area graphic data through a series of calculation processes. And a game control module for generating predetermined Go game execution data and outputting the generated Go game execution data to the output device. And the game control module extracts the game area graphic data in order according to a predetermined order so that the size of the game area and the direction of expansion of the game area can be increased flexibly. A first step of determining whether a game has been started by any player; Displaying a basic game area when the game is started, and proceeding to play a game in a series of basic areas based on the basic game area; A third step of determining whether a game in the basic area is completed; A fourth step of outputting a series of game progress selection messages when a game in the basic area is completed; A fifth step of determining whether or not the game is decided by the corresponding player; A sixth step of outputting an extension direction selection message of a game area required for a series of additional games when the game progress is determined by the corresponding player; A seventh step of determining whether the expansion direction of the game area is selected by the corresponding player; If the expansion direction of the game area is selected by the player, extending the game area to the outside of the basic game area so as to correspond to the selected direction and displaying the fourth game area; A ninth step of judging whether or not a player is laid in the game area by the player; A tenth step of judging whether or not the player whose flag is the player is a player who has not selected the expansion direction of the game area; An eleventh step of advancing a series of additional games based on the expanded game area when the corresponding player playing the player is a player who has not selected the expansion direction of the game area; A twelfth step of determining whether the additional game is completed; Determining whether the additional game is the last additional game when the additional game is completed; And a fourteenth step of outputting a series of game termination messages when the additional game is the last additional game. The game area extended Go game management according to claim 2, wherein if it is determined that the additional game is not the last additional game by the progress of the thirteenth step, the fourth to twelfth steps are repeated. Way.