KR101319253B1 - System for mahjong games involving cyber players - Google Patents

Abstract

In a dressing game including a cyber player, an online / offline dressing game system, which can exchange scores only between human players except for a cyber player, is disclosed according to a game win or lose. According to the present invention, in a dressing game including a cyber player, when the dressing game is advanced between the cyber player and the human player, and the cyber player wins or loses, the cyber player acquires or calculates the score according to the result of the player. The points to be paid are settled for transfer to human players.

Description

Dressage game system including cyber players {SYSTEM FOR MAHJONG GAMES INVOLVING CYBER PLAYERS}

The present invention relates to a dressing game including a cyber player, and more particularly, to a system for implementing a settlement method of exchanging points between human players (HP) except for a cyber player (CP) according to a game win or lose. It is about.

Dressages originate from China and are widely used around the world, including Japan, Taiwan, Hong Kong, Korea, the United States, and Europe. Such a dressing game requires a set of cards (136 types of 34 types), dice for locating players, score points, tables, and the like.

According to the basic rules of the horse market, the four players take their hand from the wall in order to declare WIN, KONG, REACH, or during the defeat. In order to win the match, the winners are matched by declaring WIN, PONG, KONG and CHEE. Thus, the player who is good at batting wins and the player must continuously make optimal decisions.

In addition to the actions according to the basic rules described above, in order to perform the dressing game, the process of the three-pack and the red-pack of mixing and stacking the paddles, and the paddle for distributing and arranging the paddles And demanding procedures that consume time and energy, such as the process of sorting and the process of calculating scores intricately.

Because of its unique fun and depth, the dressing market is gradually expanding as a tool for recreational sports as well as one of brain sports. However, the tricky game procedure described above is a great obstacle for the general public to learn the dressage, and even dressing lovers are uncomfortable. Moreover, in real dressing games, problems are frequently caused by unsportsmanlike behaviors such as ancestors (pre-order) and exchanges (change).

In 1995, a dressing table was developed in Japan to mechanically mix and stack the paddles to simplify the cumbersome process of losing and reds. In addition, according to the development of various computer game related technologies, some functions of the dressing are computer-programmed so that they can be executed in a video game machine or a personal computer. Thus, dressing games can be easily enjoyed without the existing dressing tools.

In addition, although the principle of dressing game is to have four people together, computer programs including cyber players have appeared so that the game can be played even if there are less than four human players. There is a doubt, especially in the off-line dressing game device, there is no way to activate the dressing game because there is no way to exchange scores between cyber players and human players.

Korean Laid-Open Patent Publication No. 10-2002-0050875 (published 06.28.2002)

An object of the present invention is to settle the transfer to the human player to the score to be obtained or paid by the cyber player in accordance with the game win or lose in the horse game including the cyber player, so as to exchange scores only between human players except the cyber player By doing so, the realistic and transparent dressage game can be activated.

According to an aspect of the present invention, an online / offline dressing game system is disclosed that can exchange scores only between human players except the cyber players in accordance with a game win or lose in a dressing game including a cyber player. According to the present invention, in a dressing game including a cyber player, when the dressing game is advanced between the cyber player and the human player, and the cyber player wins or loses, the cyber player acquires or calculates the score according to the result of the player. The points to be paid are settled for transfer to human players.

According to the present invention, in a dressing game including a cyber player, it is possible to send and receive scores only between human players except for the cyber player according to the victory or loss, thereby realizing the activation of a healthy and transparent dressing game. Since it is possible to proceed, the practicality of the apparatus to which it is applied is improved.

1 is a diagram showing the configuration of an online dressing game system according to an embodiment of the present invention.
2 is a diagram showing in detail the configuration of the client according to an embodiment of the present invention.
3 is a diagram illustrating an example screen of a waiting room (Lobby) for an online dressing game according to an embodiment of the present invention.
4 is a diagram showing the configuration of an off-line dressing game system according to an embodiment of the present invention.
5 is a diagram illustrating a configuration of an offline dressing game system viewed from above according to an embodiment of the present invention.
6 is a view showing the configuration of the off-line dressage game system viewed from the side according to an embodiment of the present invention.
7 is a view showing an example of the post-jamo action screen displayed on the display 121 of the player pad 120 in accordance with an embodiment of the present invention.
8 is a diagram illustrating an example of a corresponding behavior screen displayed on the display 121 of the player pad 120 according to an embodiment of the present invention.
9 is a diagram illustrating an example of an option selection screen displayed on the main display 116 according to one embodiment of the present invention.
10 is a diagram illustrating an example of a game progress screen displayed on the main display 116 according to one embodiment of the present invention.
FIG. 11 is a diagram illustrating a score settlement procedure when two human players and two cyber players play in a dressing game according to an embodiment of the present invention. FIG.
12 is a diagram illustrating a score settlement procedure when three human players and one cyber player play in a dressing game according to an exemplary embodiment of the present invention.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. In the following description, well-known functions or constructions will not be described in detail if they obscure the subject matter of the present invention.

1 is a diagram showing the configuration of an online dressing game system according to an embodiment of the present invention, Figure 2 is a diagram showing the configuration of the client in detail according to an embodiment of the present invention.

Since the dressing game is basically four people together, the play game dresser is defined as four players in the present invention, the point settlement process in the dressing game according to the present invention to be described later is preferably one to two cyber players ( It can be applied to the result of the match between CP) and the rest of the human players (HP) (2HP + 2CP or 3HP + 1CP).

As shown in FIG. 1, the online dressing game system 30 according to the present invention includes a web / web (WAP) server 40, a game server 50, and a storage device (DB) 60. can do.

The client 10 of the user who wants to proceed with the online dressing game communicates with the web / wap server 40 and the game server 50 through the network 20, where the network 20 includes the Internet, a dedicated line, and the like. It may include both a wired network and a wireless network including a wireless Internet, a mobile communication network and a satellite communication network.

The user client 10 may have a configuration as shown in FIG. 2 and may include a web / wap browser 11, a launch module 12, and a game application 13. The client 10 is a terminal of a user who plays a dressing game online. The client 10 is not only a PC but also a laptop, a hand-held PC, a PDA, a mobile communication terminal, a portable Internet terminal, a broadcast receiver, It can be replaced with a DMB phone, and it should be noted that online dressing game service is possible regardless of the type as long as possible through a wired / wireless network connection.

The web / wap browser 11 receives a web / wap page that allows a user login request or a game use request from a web / wap server 40 operated by a game service provider to display the user client 10 (shown in FIG. Not used). When the user requests to use the dress up game through the web / wap page, the web / wap browser 11 executes the launch module 12, and thus the launch module 12 launches the game application 13 To allow the game application 13 to connect to the game server 50.

The launch module 12 may be automatically downloaded to the user client 10 through an object tag in a web / wap page provided by the web / wap server 40. The ActiveX control It may be installed in the form, but is not limited thereto. The launch module 12 may check the version of the game application 13 in addition to executing the game application 13 as described above, when the user requests the use of a dress up game through a web / wap page. It also performs the update function.

The game application 13 is a program installed in the user client 10 to allow a user to actually use a dress up game. When the user requests to enter a channel and join a large room, the game application 13 enters from the game server 50. Receives information on the channel and established room information, and performs a function of transmitting and receiving a game packet for a dressing game when the game is in progress. However, the game application 13 is not necessarily installed in the user client 10, and the dressing game service may be provided through the web / wap browser 11 without a separate application.

Referring to FIG. 2, the configuration of the client 10 (200) of the general computing environment is described in detail, and includes a processor 210, a memory 220, and one or more drives 230.

Processor 210 controls a series of processes for the online dress up game.

Drive 230 may be configured to store computer readable instructions, data structures, program modules, content, and other data for client 200. Drive 230 may also include an operating system 232, a dress game program 234, and / or data 236.

Memory 220 may store dressage game program 234 and data 236 transmitted from drive 230 or other component of client 200.

In addition, the client 200 may further include an input interface 250, through which commands and data may be input. An input device may be connected to the input interface 250, which may be a pointing device or trackball, collectively referred to as an electronic digitizer, a microphone, a keyboard, or a mouse. ) Or a touch pad may be included. Other examples of the input device may include a joystick, a game pad, a satellite dish, a scanner, and the like.

The input device or other input devices may be connected to the processor 210 via an input interface 250 connected to the system bus 260. These input devices may be connected to the processor 210 by a bus structure or other interface, such as a parallel port, game port, or universal serial bus (USB). In addition, client 200 may include other peripheral output devices, such as speakers and video displays, which may be connected via output interface 270.

Additionally, client 200 may communicate with other clients on network 280 via digital packet 240. The other client may be a personal computer (PC), server, router, network PC, mobile phone, peer device, or other type of network node, and may be a component of the components described above with respect to client 200. It may include some or all of them. The network 280 may be a wired or wireless network, a broadband network, or other form of ad hoc network, or a combination thereof. According to an embodiment, the client 200 may be connected to the network 280, and may be configured such that the processor 210 may execute the dress game game 234.

Referring back to FIG. 1, when the user requests a login, the web / wap server 40 of the dressing game system 30 performs a process of authenticating the corresponding user, so that the user may request to use the dressing game. The web / swap page is transmitted to the user client (10).

When the game is played by the user's request to open or join the game room, the microprocessor 51 of the game server 50 mediates game packets among the users who participated in the game room, mixes and stacks cards, In this process, the team distributes and arranges cards, arranges them, arranges their scores, and so forth.

That is, the microprocessor 51 of the game server 50 may transmit the game room information (refer to the lobby screen of FIG. 3) that is being prepared for the game to the user client 10. A user who wishes to play an online dressing game can select the type of player he / she wants (4HP, 2HP + 2CP, 3HP + 1CP, etc.) and participate as a human player (HP) in an empty space (“Empty” in FIG. 3). Here, each human player is a user who connects to the game server 50 through his client 20 to play an online dressing game, and the cyber player is a virtual player existing in the game server 50. In addition, the microprocessor 51 performs a dressing game (4HP) between human players, or a dressing game (2HP + 2CP or 3HP + 1CP, etc.) between a cyber player and a human player, and particularly a cyber player in a dressing game involving cyber players. Wins or loses, the rational settlement of the transfer (or quotient) that the cyber player must acquire or pay is given to the human player so that the settlement result is notified to the human player. Get it. In this case, the settlement result is a result of calculating the scores exchanged between the human players except the cyber players.

The score settlement procedure in the dressing game is executed by the microprocessor 51 of the game server 50, and may be implemented by some functions of the dressing game program. A detailed description of the dressing game method and the score settlement procedure will be described later.

4 is a diagram illustrating a configuration of an offline dressing game system according to an embodiment of the present invention, and shows a configuration including a main body 110 and a player pad 120.

As shown in FIG. 4, the main body 110 may include a storage device 112 that stores a dressage game program, a microprocessor 114 that reads and executes a dressage game program from the storage device 112, and relates to the progression of the dressage game. A main display 116 for displaying content, and a display driver 118 for driving the main display 116 under control of the microprocessor 114. The microprocessor 114 reads and executes a dressage game program and the like stored in the storage device 112, and displays the progress and steps of the dressage game on the main display 116 based on the execution result. 118).

On the other hand, the main display 116 may include a liquid crystal display (LCD) device capable of a touch, and may simultaneously serve as an output device and an input device. That is, as described above, the main display 116 may display a series of contents related to the progression of the dressing game as the microprocessor 114 executes the dressing game program, and the user inputs a command through a touch operation. Can display a graphical interface.

Player pad 120 is electrically connected to the main body 110 and cooperates with the main body 110 to execute the dressage game program stored in the main body 110, thereby relate to the user (or player) using the player pad 120 Allows you to display the progress and stages of the dressage game. The player pad 120 is installed to face the human player (HP), and displays the defeat of the human player, a display 121 for displaying the actions that the human player should perform as the game progresses, and a microprocessor ( And a display driver 122 for driving the display 121 under the control of 114. The display 121 installed to face the human player may have its position set so that the displayed contents are not exposed to other players positioned to face the display 121 of the other player pad 120 installed at another position. . In addition, when a dressing game (2HP + 2CP or 3HP + 1CP, etc.) including a cyber player, the player of the cyber player is not displayed on the display 121 of the player pad 120 of the cyber player. Do not expose to players.

On the display 121 of each player, a maximum of 14 players 12 (see Fig. 10) of the player are sequentially displayed from the left to the right, and a button indicating a corresponding action that the player should select according to the progress of the dressing game. Can be displayed.

In FIG. 4, four player pads 120 are illustrated, but this is for illustrative purposes. Four or more player pads 120 may be installed. Meanwhile, although the specific hardware configuration including the main body 110 and the player pad 120 has been described in the above embodiment, the present embodiment is not limited thereto. For example, the functions of the main body 110 and the player pad 120 may be implemented through computer executable software, firmware, or various combinations thereof. In addition, the functions of the main body 110 and the player pad 120 may be implemented as part of various computing devices such as a personal computer, a tablet computer, a mobile communication terminal, and the like. Hereinafter, an external configuration of the off-line dressing game system 100 including the main body 110 and the player pad 120 will be described in detail.

FIG. 5 is a diagram illustrating a configuration of an offline dressing game system viewed from above according to an embodiment of the present invention.

As illustrated in FIG. 5, the off-line dressing game system 100 includes a main body 110 arranged at the center of the dressing table T and four player pads 120 arranged at each side of the dressing table T. It includes. For example, in FIG. 5, the dressing table T is generally illustrated as having a rectangular planar shape, but the shape of the dressing game system 100 is not limited thereto, and other polygons such as circles, triangles, pentagons, hexagons, and octagons are illustrated. It may have a planar shape of.

As shown in FIG. 5, the player pad 120 may be integrally formed with the main body 110, and may be configured in a planar shape to face the player. In addition, as described above, the player pad 120 may include an LCD capable of touching a user (or player) and simultaneously perform a role as an output device and an input device. In addition, the player pad 120 may display a series of contents to be displayed to the player in relation to the progress of the dressing as the microprocessor 114 executes the dress game game, and the user inputs a command through a touch operation. Can display a graphical interface.

However, the configuration of the main body 110 and the player pad 120 is not limited to the above-described embodiment. For example, the display of the main body 110 and the player pad 120 may have other types of planes such as LEDs and OLEDs in addition to the LCD. Display technology can be used. In addition, the input to the display may be implemented using other types of input methods, such as a pen input and a keypad input, in addition to a user's touch operation. Meanwhile, the dressing table T may be made of various kinds of materials including plastic materials or wood materials.

6 is a view showing the configuration of the off-line dressing game system viewed from the side according to an embodiment of the present invention, showing a side configuration of the dressing table (T).

In one embodiment, the dressing table T includes an upper end U including an offline dressing game system 100 and a support S supporting the upper end U. For example, the total height A of the dressing table T including the upper end U and the supporting part S is 827 mm, and the height B + C only of the upper end U is 170 mm, and the supporting part S The height E of the bay may be 657 mm considering the average sitting height of an adult. However, the size and / or height of each component of the dressing table T of the present embodiment is not limited to the above-described example, the overall height (A) of the dressing table (T), the height (B + C) of the upper end (U) ) And the height (E) of the support (S) may be implemented in various sizes in consideration of the user's body features or other requirements.

FIG. 7 is a diagram illustrating an example of an after-jamo action screen displayed on the display 121 of the player pad 120 according to an embodiment of the present invention, and FIG. 8 is a player pad according to an embodiment of the present invention. FIG. 120 illustrates an example of a corresponding behavior screen displayed on the display 121 of FIG.

As shown in FIG. 7 and FIG. 8, the display 121 of the player pad 120 may display a hand display unit RD to include up to 14 players of the player, and the menu display unit MD may be used. According to the progress of the game, a button indicating a corresponding action that a player should select, and a clock W indicating a time limit for entering the action of the player may be displayed.

As shown in FIG. 7, the player may raise his hand in order from the wall, declaring WIN, KONG, REACH, or acting after throwing away one of the winners, or in FIG. 8. As shown in the figure, a player may act to declare a win (WIN), a PONG, a KONG, or a CHEE against a hand discarded by another player.

9 is a diagram illustrating an example of an option selection screen displayed on the main display 116 according to one embodiment of the present invention.

As shown in FIG. 9, the option selection screen includes a language (eg, English, Japanese, Chinese, Korean, etc.) L to be used in a dressing game, and a type of card used by a player (eg, White (White). ), Blue, Green, etc. (C), Dressage rules (e.g., China Dressing Rules, Japanese Dressing Rules, World Dress Association Rules, etc.) (R), Players participating in the game This may include optional items of player designation (M) for selecting whether to adjust the human player or the cyber player to be adjusted according to the control of the microprocessor 114. At this time, the player designation (M) option, for example, it is possible to designate one to four human players, cyber players can designate from 0 to 3, depending on the number of human players.

In addition, the option selection screen is a game type (for example, round, 1 quarter, 2 quarter, 3 quarter, 4 quarter, etc.) (T), stake (eg, when using a green card). Set game money per score) (S), bonus (for example, set bonus score or game money if the game type is quarter) (B), time limit for entering the letter after the alphabet For example, various timeouts (A), such as 5 to 9 seconds) and a time limit for responding to discarded actions (e.g., 3 to 7 seconds), and a dressing energy level of cyber players (for example, 1). Stages 9 to 9) (L), avatars for each player (AV), whether the game can be extended (HS), the presence or absence of sound effects (S), and may include a variety of options items related to the dressing game. However, the type and number of option items displayed on the option selection screen are not limited to the above embodiments, and may be changed in various ways according to the requirements of the horse game implemented in the horse game program. The types of cards used by players are described later.

10 is a diagram illustrating an example of a game progress screen displayed on the main display 116 according to an embodiment of the present invention.

As shown in FIG. 10, the game progress screen displays the player 12 of each player in a hidden state up, down, left, and right, and a discarded pad 13 in an open state, centering on the remaining wall 11 in the hidden state in the center. , The player's avatar and name (14), the player's place (e.g., east, south, west, north) and the penalty 15 are displayed on the right side of each player's defeat 12, and the remaining wall tiles 11 are displayed. In the center adjacent to the current game progress 16 can be displayed. The revealed hand 12A among the winners 12 of the player 1 (E) represents the hand revealed after the player executes the countermeasure. The game progress screen according to the embodiment only shows an example of a dressage game progress screen executed under the control of the microprocessor 114 of the off-line dressage game system 100, and the game progresses according to the progress of the dressage game. The contents of the screen may be changed.

The option selection screen (see FIG. 9) and the game progress screen (see FIG. 10) displayed on the main display 116 of the offline dressing game system 100 may be equally applied to the online dressing game system 30.

The dressing game program executed by the microprocessors 51; 114 of the dressing game system 30; 100 relates to the settlement of scores according to the winning and losing of the game depending on the number of human players and cyber players participating in the dressing game. The procedure can be programmed (hereinafter referred to as "Settlement Excluding Cyber Players (SECS) procedure"). According to the SECS procedure, by default, the cyber player (CP) does not pay the human player (HP), nor does the human player (HP) pay the score to the cyber player (CP), but only between the human player (HP). Only the payment or acquisition of the score can be set to be made.

FIG. 11 and FIG. 12 are diagrams illustrating a score settlement procedure in a dressing game according to an exemplary embodiment of the present invention, which is performed by a microprocessor 51 (114) of an online / offline dressing game system (30; 100). Shows the SECS procedure.

11 shows two human players (HP) (first and second HP) and two cyber players (CP) through the option selection item of player designation (M) on the option selection screen. ) Shows the score settlement procedure when

As shown in FIG. 11, a dressing game program executes a dressing game under the control of the microprocessors 51 and 114 of the on / offline dressing game system 30; 100 (S110).

After the game is decided (S120), the cyber player (CP) wins with his or her winning hand (jamo), or if another cyber player loses his or her hand (or wins). It is set so that no score payment is settled (S140). That is, when any one of the first and second cyber players (first and second CP) wins the letter (winner), the score is not settled to the players. In addition, the first cyber player (first CP) wins (corresponds to) the loss discarded by the second cyber player (second CP), or the second cyber player (second CP) wins the first cyber player ( Even if the first CP wins the lost hand as a winning hand (correspondence), the player is set not to settle the point payment.

In addition, when a cyber player (CP) wins by losing a hand discarded by a human player (HP), the human player who discards the hand (HP) gives 3 points to another human player (HP). To be settled (S160). That is, when either one of the first and second cyber players (first and second CP) wins by losing the hand discarded by the first human player (first HP), the first player who discards the hand. The human player (first HP) settles the third human player (second HP) for three points including the shares of the first and second cyber players (first and second CP). In addition, when any one of the first and second cyber players (first and second CP) wins by losing the hand discarded by the second human player (second HP), the second player who discards the hand The human player (second HP) settles to pay the first human player (first HP) three points including the shares of the first and second cyber players (first and second CP).

On the other hand, in the step (S130), if the human player (HP), not the cyber player (CP) wins, the other human player (HP) is paid to the winning human player (HP) to pay the score of three people (HP) S170). In other words, when the first human player (1 HP) wins with his hand, the first human player (1 HP) who wins the letter by the second human player (2 HP) wins the letter. Settle to pay 3 points. In addition, when the second human player (2nd HP) wins with his hand, the second human player (2nd HP) who wins the letter by the first human player (1st HP) Settle to pay 3 points. On the other hand, when the first human player (first HP) wins (corresponds to) the discarded hand by either one of the first and second cyber players (first and second CP), the second human player ( 2 HP) is settled to pay the 3 points for the first human player (1 HP) win. In addition, when the second human player (second HP) wins (corresponds to) the discarded hand by either one of the first and second cyber players (first and second CP), the first human player ( The first HP is settled to pay 3 points for the second human player (second HP) who won. On the other hand, when the first human player (first HP) wins by losing the hand discarded by the second human player (second HP), the second human player (second HP) who discards the hand. Settles 3 points for the first human player (1 HP) who wins. In addition, when the second human player (2nd HP) wins by losing the hand discarded by the first human player (1st HP), the second human who wins the hand wins by the second human player (1st HP). Settle to pay 3 players for the player (2nd HP).

12 shows three human players (HPs) and one cyber player (CP) selected as one (first CP) through the option selection item of player designation (M) on the option selection screen. It shows the score settlement procedure of the case.

As shown in FIG. 12, a dressing game program executes a dressing game under the control of the microprocessors 51 and 114 of the on / offline dressing game system 30; 100 (S210).

After the victory or defeat of the dressing game is determined (S220), when the cyber player (CP) wins the winning hand as the winning hand (jamo), it is set so that no point payment is settled (S240). In other words, when the cyber player (first CP) wins with his or her own hand as a winning hand, the player is set to not settle the point payment.

In addition, if the cyber player (CP) wins by defeating the human player (HP) as the victory hand, the human player (HP) who discards the hand is given to two different human player (HP). Settle to pay the score (S250). That is, when the cyber player (1st CP) wins by losing the hand discarded by the first human player (1 HP) as the winning hand, the first human player (1 HP) who discards the hand loses the 2nd and The third human player (second and third HP) is settled to pay 1.5 points each. In addition, when the cyber player (1st CP) wins by losing the hand discarded by the 2nd human player (2nd HP), the 2nd human player (2nd HP) who discards the hand loses the 1st and 2nd. The third human player (the first and the third HP) is settled to pay 1.5 points each. In addition, when the cyber player (1st CP) wins by losing the hand lost by the 3rd human player (3rd HP), the 3rd human player (3rd HP) who discards the hand loses the 1st and 2nd. The second human player (the first and the second HP) is settled to pay 1.5 points each.

On the other hand, in step S230, when the human player HP wins, in this case, if the human player HP wins with a handful of losses, the other two human players HP win each The human player (HP) is settled to pay the score of 1.5 people (S260). In other words, when the first human player (first HP) wins with his hand as a winning hand, the second and third human players (second and third HP) are the first human player (first). 1 HP) to pay 1.5 points. In addition, when the second human player (2nd HP) wins with his or her hand as a winning hand, the first and third human players (1st and 3rd HP) are respectively the second human player (1st). 2 HP) to pay 1.5 points. In addition, when the third human player (third HP) wins with his hand, the first and second human players (first and second HP) each win the third human player (first). 3 HP) to pay 1.5 points.

In addition, when the human player (HP) wins, if the human player (HP) wins by defeating the hand discarded by the cyber player (first CP) (S270), the other two human players (HP) ) Is settled so as to pay a score of 1.5 people to each of the winning human player (HP) (S260). That is, when the first human player (first HP) wins (correspondence) by losing the hand discarded by the cyber player (first CP), the second and third human players (second and third HP) respectively. The first human player (first HP) is settled to pay 1.5 points. In addition, when the second human player (second HP) wins (corresponds to) the hand lost by the cyber player (first CP), the first and third human players (first and third HP) Each of them pays the second human player (second HP) for 1.5 points. In addition, when the third human player (the third HP) wins by using the hand discarded by the cyber player (the first CP), the first and the second human player (the first and the second HP) are respectively the third human player. Settle to pay (1.5 HP) for (Third HP).

On the other hand, when the human player (HP) wins, if the human player (HP) wins by losing the hand discarded by the other human player (HP) (S), the human player who discarded the hand (HP) ) Is settled to be paid to the human player (HP) who has won the score of three people (S280). In other words, when the first human player (first HP) wins by defeating the discard discarded by the second human player (second HP), the second human player (second HP) wins the first human player. Settle to pay (1 HP) three points. In addition, when the first human player (first HP) wins (corresponds to) the hand discarded by the third human player (third HP), the third human player (third HP) is the first human player (the third HP). The first HP) is settled to pay three points. As another example, when the second human player (2nd HP) wins (corresponds to) the loss discarded by the first human player (1st HP), the first human player (1st HP) wins the second. Settle three human points for the second player. In addition, when the 2nd human player (2nd HP) wins by defeating the loss discarded by the 3rd human player (3rd HP), the 3rd human player (3rd HP) wins the 2nd human player. Settle (3 HP) to pay 3 points. As another example, when the third human player (the third HP) wins by defeating the discard discarded by the first human player (the first HP), the first human player (the first HP) 3 Settle 3 human points to be paid to the third player. In addition, when the third human player (third HP) wins by defeating the discard discarded by the second human player (second HP), the second human player (second HP) wins the third human player. Settle (3 HP) to pay 3 points.

The microprocessor 51 (114) of the dressing game system (30; 100) limits the amount of time that a player who participates in the game can spend the execution of each action. It can be set to automatically execute, and the action that requires the judgment of the player can be set to penalize or penalize the player when the time limit elapses. In addition, it is configured to give the player, not the microprocessor (51; 114), the time to determine whether or not to execute the response to the discarded game, and select whether or not to execute the response according to the judgment of the player. The game system 30 (100) may manage the running time of the entire dressage game. Accordingly, the dressing game system 30 (100) according to the present embodiment can prevent the dressing game from being delayed by delaying input of the action after the player plays the letter.

On the other hand, the off-line dressing game system 100 can also generate revenue by introducing a card payment system. In one embodiment, the card used in the offline card payment system may include a white card, a blue card and a green card. A white card is a free card for one day, and a blue card is a card that can be recharged by the time when a dressing game can be used, and a green card is charged by the score (or game money) used in the dress game. Possible cards. A user who wants to use the offline dressing game system 100 may use one of the white dressing cards, the blue card, or the green card at the time of entry to use the offline dressing game system 100.

Although the method has been described through particular embodiments, the method may also be implemented as computer readable code on a computer readable recording medium. A computer-readable recording medium includes all kinds of recording apparatuses in which data that can be read by a computer system is stored. Examples of the computer-readable recording medium include a ROM, a RAM, a CD-ROM, a magnetic tape, a floppy disk, an optical data storage device, and the like, and may be implemented in the form of a carrier wave (for example, transmission over the Internet) . In addition, the computer-readable recording medium may be distributed over network-connected computer systems so that computer readable codes can be stored and executed in a distributed manner. In addition, functional programs, codes, and code segments for implementing the above embodiments can be easily inferred by programmers in the art to which the present invention belongs.

Although the present invention has been described in connection with some embodiments thereof, it should be understood that various changes and modifications may be made therein without departing from the spirit and scope of the invention as understood by those skilled in the art. something to do. It is also contemplated that such variations and modifications are within the scope of the claims appended hereto.

10: Client 11: Web / Wap Browser
12: Launch Module 13: Game Application
20: Network 30: Online Dressage Game System
40: web / wap server 50: game server
51: microprocessor 60: storage device (DB)
100: offline dressage game system 110: main body
112: storage device 114: microprocessor
116: main display 118: display driver
120: player pad 121: display
122: display driver 200: computer system
210: processor 220: memory
230: drive 232: operating system
234: Dressage Game Program 236: Data
240: digital packet 250: input interface
260: system bus 270: output interface
280: network

Claims (7)

In a dressing game system including a cyber player, a method for calculating scores between human players except the cyber player according to the result of the match between the cyber player and the human player by the microprocessor,
a) proceeding a dressing game between the cyber player and the human player;
b) if the cyber player wins or loses, setting up the transfer to the human player a score to be obtained or paid by the cyber player;
c) displaying the settlement result.
An online dressing game system for performing dressing games involving cyber players,
Includes servers that connect to clients over a network,
The server includes a storage device storing a dressage game program, and a microprocessor for executing the dressage game program in the storage device.
The microprocessor executes the dressing game program in the storage device, thereby displaying the progress of the dressing game for a total of four players including a human player and a cyber player on the display of the client, and according to the selection action of the human player. Receiving information, and if the cyber player wins or loses, settles the transfer to the human player a score that the cyber player must acquire or pay.
3. The method of claim 2,
The microprocessor executes the dressage game program,
When there are two human players and two cyber players,
a) If the first or second cyber player wins by winning a hand, or if the first or second cyber player wins by losing another cyber player, the score is not settled.
b) if the first or second cyber player wins by losing the hand discarded by the first human player, the first human player pays three points for the second human player,
c) if the first human player wins with a hand that loses his / her own hand, the second human player pays three points for the first human player,
d) if the first human player wins by losing the first or second cyber player as a winning hand, the second human player pays the first human player for three points;
e) an online dressing game system in which the second human player pays the first human player for three points when the first human player wins by losing the second human player. .
3. The method of claim 2,
The microprocessor executes the dressage game program,
When there are three human players and one cyber player,
a) If the cyber player wins with his / her own hand as a winning hand, the score is not settled;
b) when the cyber player wins by losing the first human player's hand as a winning hand, the first human player pays the second and third human player players for 1.5 points, respectively,
c) if the first human player wins with a hand that loses his / her own hand, the second and third human players settle to pay 1.5 points for the first human player, respectively,
d) when the first human player wins by losing the cyber player as a winning hand, the second and third human players pay the first human player points for 1.5, respectively,
e) an online dressing game system in which the second human player pays the first human player for three points when the first human player wins by losing the second human player. .
An offline dressing game system for playing dressing games including cyber players,
A storage device for storing a dressing game program,
A microprocessor for executing a dressage game program in the storage device;
A main body including a main display for displaying the contents related to the progress of the game, and four player pads connected to the main body,
Each of the four player pads includes a handout display unit for displaying the defeat of the corresponding human player, and a menu display unit for displaying buttons indicating corresponding actions that the human player should select as the dressing game progresses.
And the microprocessor executes the dressing game program to settle the transfer to the human player a score to be obtained or paid by the cyber player when the cyber player wins or loses.
The method of claim 5,
The microprocessor executes the dressage game program,
When there are two human players and two cyber players,
a) If the first or second cyber player wins by winning a hand, or if the first or second cyber player wins by losing another cyber player, the score is not settled.
b) if the first or second cyber player wins by losing the hand discarded by the first human player, the first human player pays three points for the second human player,
c) if the first human player wins with a hand that loses his / her own hand, the second human player pays three points for the first human player,
d) if the first human player wins by losing the first or second cyber player as a winning hand, the second human player pays the first human player for three points;
e) when the first human player wins by losing the hand discarded by the second human player, the second human player settles the third human player to pay three points for the first human player. .
The method of claim 5,
The microprocessor executes the dressage game program,
When there are three human players and one cyber player,
a) If the cyber player wins with his / her own hand as a winning hand, the score is not settled;
b) when the cyber player wins by losing the first human player's hand as a winning hand, the first human player pays the second and third human player players for 1.5 points, respectively,
c) if the first human player wins with a hand that loses his / her own hand, the second and third human players settle to pay 1.5 points for the first human player, respectively,
d) when the first human player wins by losing the cyber player as a winning hand, the second and third human players pay the first human player points for 1.5, respectively,
e) when the first human player wins by losing the hand discarded by the second human player, the second human player settles the third human player to pay three points for the first human player. .

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