KR20070098177A - Online game system and method - Google Patents

Abstract

An online game system and a method thereof are provided to reduce a part felt as an unfair part largely in an online go-stop game by dividing cases when a bonus card is dealt out, and dealing cards to generate each case by predetermined times during one round. A web server(110) provides an online game webpage and processes user authentication by a request from a plurality of game clients(300). A game server(140) classifies flower card data corresponding to flower cards including the bonus card into dealt card data, floor card data, and waiting card data. The game server divides the cases including the bonus card to the dealt card data, the floor card data, and the waiting card data, classifies the flower card data according to the cases, and transmits the dealt card data to each game client. The cases includes the case assigning the bonus card to a priority user more than a following user, the case assigning the bonus card to the following user more than one the priority user, and the case equally assigning or not assigning the bonus card to the priority user and the following user. The game server deals the flower card data to generate each case by the predetermined times during one round.

Description

Online game system and method {ONLINE GAME SYSTEM AND METHOD}

1 is a block diagram illustrating an online gostop game system according to an embodiment of the present invention.

2 is a block diagram of a game server according to an embodiment of the present invention.

3 is a diagram illustrating a fighting paddle to be used in an online GoStop game according to an embodiment of the present invention.

4 is a view showing the initial screen of the online go-stop game according to an embodiment of the present invention.

5A to 5B are schematic diagrams for explaining a method of distributing a bonus hand in an online gostop game according to an embodiment of the present invention.

<Explanation of symbols for main parts of the drawings>

100: game system, 110: web server,

120: channel list server, 130: database,

140: game server, 142: channel management module,

144: information transmission module, 146: game progress module,

148: scoring operation module, 200: network,

300: user terminal

The present invention relates to an online game system and method.

Recently, with the development of computer-related information and communication technology, the game industry is also rapidly developing. Conventional computer games mainly consisted of simple plot arcade games or video games, but with the development of multimedia and network technologies, games of a completely different dimension are being developed one after another. In particular, the spread of high-speed Internet has led to a revolutionary development of the game industry by creating a new game field called multi-user online games.

Online games have become very popular because unspecified people in remote locations can play them without any space restrictions. Among them, online GoStop game is an online game that many people enjoy because it uses the offline game method almost as it is user friendly and users can easily play the game on the client computer. Online GoStop games are also a big part of most game portals that offer online games.

These online GoStop or hit game cards usually include two bonus cards, with one bonus card playing the role of 2/3 cards and taking 1 opponent's hand. Therefore, the winning or losing of the game may vary depending on which user the bonus hand is distributed to. However, if the bonus card is overly crowded by one user, the other user may feel unfair, and thus the reliability of the game may be lowered, and the game may be considered to be manipulated even though the other hand is not operated.

Therefore, the technical problem to be achieved by the present invention is to provide an online game system and method that can reduce the portion that users think unfair or irrational.

An online game system according to an embodiment of the present invention for achieving the technical problem is an online game system for providing an online game through a network to a plurality of game clients corresponding to a plurality of users, respectively, the web page of the online game A web server for providing user authentication and processing user authentication in response to a request from the plurality of game clients, and the playing card data corresponding to the playing card including the bonus card into the plurality of distribution card data, the floor card data, and the standby card data. And classifying the bonus hand data corresponding to the bonus hand into a plurality of cases, wherein the bonus hand data belongs to the plurality of distribution hand data, the bottom hand data, and the standby hand data, and classifies the talk hand data according to the plurality of cases. User-input the plurality of distribution paddle data, And a game server each transmitting to the plurality of game clients that have been incremented.

The plurality of users includes a pre-user and at least one post-user, and in the plurality of cases, the at least one, when the pre-user decisively brings in a larger number of the bonus hand than the at least one post-user. Where the post-user definitely takes more bonus cards than the pre-user, and the pre-user and the at least one post-user definitely take the same number of bonus cards or The game server may classify the speech pad data such that each case occurs a predetermined number of times during one round.

The plurality of users includes a pre-user and a post-user, and in the plurality of cases, when the pre-determinant takes two of the bonus cards, the pre-determined user takes the one-sided bonus card. When the first and second users decisively take one of the bonus cards, the second and second users take the two bonus cards decisively. And the case where none of the first and second users definitely take the bonus hand, and the game server may classify the fighting hand data such that each case comes out a predetermined number of times during a round.

Each of these cases can occur in a random order within one round.

The rate at which each case occurs may be constant every round.

At least one other case may occur between the same two cases within a round.

When the first user decisively takes the bonus hand, the bonus hand data may belong to the first hand's distribution hand data or the bottom hand data.

The round may be initialized when a game room is created that passes a predetermined number of editions or plays the online game.

The bonus hand may serve as at least one blood or take away the blood of at least one counterpart user.

An online game method according to another aspect of the present invention is an online game method provided through a network to a plurality of game clients respectively corresponding to a plurality of users, wherein the online game method includes a plurality of conversation card data corresponding to a conversation card including a bonus card. And divides into a plurality of cases where the bonus hand data corresponding to the bonus hand belongs to the plurality of distribution hand data, the bottom hand data and the standby hand data. Classifying the conversation hand data according to a plurality of cases, transmitting the plurality of distribution hand data to the plurality of game clients, respectively, receiving selection hand data among the distribution hand data from the game client, and Select pad data, the bottom pad data and the Converting the selected hand data into the acquired hand data or the bottom hand data based on the standby hand data, and calculating a game score based on the acquired hand data.

The plurality of users includes a pre-user and at least one post-user, and in the plurality of cases, the at least one, when the pre-user decisively brings in a larger number of the bonus hand than the at least one post-user. Where the post-user definitely takes more bonus cards than the pre-user, and the pre-user and the at least one post-user definitely take the same number of bonus cards or The classifying step may be a step of classifying the speech pad data such that each case occurs a predetermined number of times during a round.

The plurality of users includes a pre-user and a post-user, and in the plurality of cases, when the pre-determinant takes two of the bonus cards, the pre-determined user takes the one-sided bonus card. When the first and second users decisively take one of the bonus cards, the second and second users take the two bonus cards decisively. And a case in which none of the post-sales users can surely bring the bonus hand, and the sorting step may be a step of classifying the speech hand data such that each case is issued a predetermined number of times during a round.

A computer readable medium according to another aspect of the present invention records a program for causing a computer to execute any of the above methods.

DETAILED DESCRIPTION Embodiments of the present invention will be described in detail with reference to the accompanying drawings so that those skilled in the art may easily practice the present invention.

First, with reference to Figures 1 and 2 will be described in detail with respect to the online go-stop game system according to an embodiment of the present invention.

1 is a block diagram illustrating an online gostop game system according to an embodiment of the present invention, and FIG. 2 is a block diagram of a game server according to an embodiment of the present invention.

As shown in FIG. 1, a game system 100 according to an embodiment of the present invention includes a web server 110, a channel list server 120, a database 130, and a plurality of game servers 140. It is connected to the plurality of user terminals 300 through the network 200.

The user terminal 300 refers to an input / output device for the user to communicate with the game system 100 in order to play a game. For example, the user terminal 300 may be a laptop computer, a workstation, a palmtop computer, a personal portable device as well as a desktop computer. It may be implemented as a device capable of transmitting and receiving information by connecting to the network 200 by wire or wirelessly, such as a personal digital assistant (PDA), a web pad, a mobile communication terminal, or the like.

The user terminal 300 may include a web browser (not shown), a game client launching unit (not shown), and a game client (not shown).

The web browser is an application program used to retrieve web information. The web browser accesses the web server 110 and displays a game page provided by the web server 110 on the user terminal 300. When the user clicks the game start button displayed on the game page, the web browser launches the game client launching unit.

The game client launching unit executes the game client and may be implemented as an active X component. The game client launching unit receives various pieces of information necessary for executing the game client from the game system 100. Also, when the game client is an old version, the game client launching unit may download a new version of the game client from the game system 100.

The game client connects to the channel list server 120 to display the channel list provided by the channel list server 120, and when the user selects an arbitrary channel from the channel list, the game client connects to the game server 140 corresponding to the selected channel. Do your game. The game client receives data necessary for game play from the game server 140 and displays a game screen based on the game screen on the user terminal 300.

On the other hand, when the web server 110 displays a stadium consisting of a plurality of channels on the user terminal 300, when the user selects one stadium, the game client may access a random channel accessible from the selected stadium and perform a game. have. In this case, the game client omits the display of the channel list.

The web server 110 provides a game related web page to the user terminal 300 in order to provide an online GoStop game to the user. In the web page provided by the web server 110, an operation such as membership registration, user authentication processing, stadium selection, and game start may be performed. Since the online GoStop game is age-restricted, the user must authenticate the user so that he / she can access the channel list server 120 and the game server 140. In addition, the web server 110 provides information necessary for the game client to access the channel list server 120 and the game server 140, and if the game client is not installed in the user terminal 300, the game client is installed. If the game client is an old version, the game client is updated to the new version. Of course, the game client may be downloaded by a dedicated download server (not shown) rather than the web server 110.

The database 130 stores various kinds of information necessary to provide an online GoStop game to the user, and at the request of the web server 110, the channel list server 120, and the game server 140, they 110, 120, 140. ). Such information includes game client execution related information, channel related information, game room related information, user information, and game information.

The game client execution related information includes information necessary for executing the game client, such as the version of the game, the IP protocol (internet protocol address) of the game server 140, and the like. The channel related information includes a channel list, the maximum number of users who can access each channel, the number of users currently connected, and which user is currently connected to each channel. The game room related information includes a list of game rooms opened for each channel and information about which user enters each game room. The user information includes user identifier, nickname, avatar, age, gender, rating, personal information, game money information that the user possesses, user access information on which game server 140 the user is currently connected to, and the like. It includes. Here, the game money information is information used to perform an online high-stop game, and is used for user level, entrance channels, rewards for winning or losing games. The game information includes score information and weight information corresponding to the playing cards hand combination.

Although only one database 130 is shown in FIG. 1, a separate database may be constructed according to the stored information.

The channel list server 120 provides a game channel list to the game client by referring to the database 130 according to a stadium or channel change request in response to a high stop game service request received from the game client. In addition, the channel list server 120 may provide the game client with the number of users connected by each channel and the maximum number of accessible users by each channel.

Referring to FIG. 2, the game server 140 includes a channel management module 142, an information transmission module 144, a game progress module 146, and a score calculation module 148. Allows you to play online stop games.

The channel management module 142 notifies the database 130 when the user accesses the game server 140 so that the database 130 updates the user access information. The game server 140 refers to the database 130. Provides the game client with a list of the game rooms established at, and the current state of each game room, that is, the state in which users are playing the game, the state in which one or two users are waiting for the participation of other users, and the empty state. do. The game room refers to a cyber space where a high-stop game is independently performed, and one game channel corresponding to one game server 140 includes a plurality of game rooms. The user may create a game room or participate in the game room. Accordingly, the channel management module 142 reflects the information about the game room in the database 130.

In the present exemplary embodiment, the channel server module 142 is described as being included in the game server 140, but the channel server module 142 and the channel list server 120 of each game server 140 are collected to form one channel server. It may be implemented by (not shown).

When the game client accesses the game server 140, the information transmission module 144 provides the game client with information about a user who is connected to the game channel. Some of the user information, for example, a user identifier, an avatar, a gender, and a grade may be provided first, and the remaining detailed information may be provided when a user requests it separately. In addition, the information transmission module 144 may provide chat data to the game client so that users can chat with each other.

When the user enters the game room and requests to start the game, the game progress module 146 divides the card data corresponding to the Japanese hand in a predetermined manner, exchanges data with the game client based on the user's operation, and proceeds with an online go-stop game. do.

The score calculation module 148 calculates the score for the fighting card obtained by the user while playing the high-stop game by referring to the score information and the weight information of the database 130 and transmits the score to the game client and / or the game progress module 146. . In addition, when the game is finished, the score calculation module 148 subtracts the game money corresponding to the game end score from the game money held by the loser and adds it to the game money held by the winner, and the game money of each user stored in the database 130. Update the information.

Although the game server 140 has been described as including four modules 142, 144, 146, and 148 in the present embodiment, the four modules may be functionally integrated or separated from each other. May consist of one or more modules instead of four.

3 to 5 will be described in more detail with respect to the online go-stop game method according to an embodiment of the present invention.

FIG. 3 is a diagram illustrating a battle hand for use in an online GoStop game according to an embodiment of the present invention. FIG. 4 is a view showing an initial screen of the online GoStop game according to an embodiment of the present invention. A schematic diagram for explaining a method of distributing a bonus hand in an online GoStop game according to an embodiment of the present invention.

Referring to FIG. 3, a pair of cards has 12 different patterns and includes 48 cards each of 4 types. Each of the 12 patterns represents one month from January to December, and from January to December, Songhak, Maejo, Sakura, Black Prunus, Orchid, Peony, Red Prunus, Communist, National Jun, Autumn Leaves, Odong, Biro It is called. The Japanese hand is divided into 4 levels: Light, Soul, Strip, and Blood, depending on the shape added to the base pattern. Light is a card engraved with a 'light', one sheet in January, March, August, November, and December. It is a plaque with additional animals drawn on a clean basic pattern, one sheet in February, April to October, and December. A strip is a plaque with a stripe pattern on its basic pattern, one for each pattern except August and November. Blood is a plaque with two basic patterns, two from January to October, three in November and one in December. One blood in November and December acts as two bloods as double blood. As shown in gray in Fig. 3, it can also be used as a clean twin of September, which is used according to the user's choice.

And a pair of hand cards includes a certain number of bonus cards, for example two. The bonus hand plays 2 and 3 pieces of blood, depending on the number listed. And when a user acquires a bonus hand, it plays a role of taking one hand from another user. The number of bonus cards, the number written, etc. can be changed as necessary.

In order to perform the online high-stop game according to an embodiment of the present invention, a plurality of pairs of fighting cards may be included, and thus the number of bonus cards may be added or subtracted.

In the following description, for example, the first and second users play a game in an online GoStop game. Unlike this, three or more users may play the game, and in this case, various numerical information in the game progress may be changed, such as a division manner, score information, and weight information, depending on the number of users.

In the present embodiment, the game progress module 146 proceeds a high-stop game while exchanging data between the first game client and the second game client corresponding to the first and second users, respectively. A game screen is displayed on the user terminal 300 based on the data from 146, and each user performs a game by selecting a Japanese playing card while watching the game screen.

When the game progress module 146 receives a game start request from a single game client, the game progress module 146 transmits data corresponding to the playing cards (hereinafter, referred to as 'loss data') according to a predetermined method, based on a predetermined method, the first and second distribution pad data, the bottom loss data, The data is divided into standby pad data and stored in a predetermined storage module (not shown). And transmit the first and second distribution pad data to the first and second game clients, respectively. At this time, the bottom pad data is transmitted along with the first and second distribution pad data.

Each of the first and second game clients may include a distribution pad corresponding to the first and second distribution pad data received from the game progress module 146, a floor pad corresponding to the floor pad data, and a standby pad of the corresponding user terminal 300. Display on the game screen.

Referring to FIG. 4, an initial screen of the online gostop game is displayed on the user terminal 300. The bottom part of the game cards is placed in the center of the game screen. Each game client marks eight floor tiles with a pattern on the floor. The game client lays out 22 waiting cards invisible, placing the waiting card almost centered on the game screen and placing the floor card around it.

Each game client displays 10 distribution cards visible to the user and another user's distribution cards. That is, the game client displays the distribution pads of other users on the top of the game screen in an invisible state, and as the order progresses, the number of distribution pads that other users have not yet issued can be confirmed. The game client also displays its distribution card at the bottom of the game screen.

Next, a method of dividing hand data into distribution hand data, bottom hand data, and standby hand data by the on-line game system according to an embodiment of the present invention will be described in detail.

For convenience of explanation, suppose that a user who has the right to present a hand after the hand is distributed is called a 'line' and a user who is able to hand a hand later is a 'after'. And let each hand distributed to the good and after is called a pre-distribution hand and a post-distribution hand.

The predetermined way of dividing a hand is determined based on which group of hand the bonus hand belongs to. The bonus hand may belong to one or both of the front and back handout hand, the bottom hand, and the standby hand. As mentioned above, the bonus hand itself plays the role of two or three pieces of blood, as well as the ability to take away the opponent's blood. If the bonus hand belongs to the distribution hand, the user can take advantage of the bonus hand and obtain it, which is advantageous to the user. If the bonus hand belongs to the bottom hand when initially distributing a fighting hand, the line takes advantage of the bonus hand as the line takes the bonus hand. If the bonus hand belongs to the waiting hand, the bonus hand is 50% more likely to come to the front and back when the player turns the waiting hand. Therefore, if the bonus hand belongs to the first hand and the bottom hand, the line is advantageous. If the bonus hand belongs to the later hand, then the back is advantageous. If the bonus hand belongs to the waiting hand, it is neutral.

As the game progresses, the good and bad can be decisively taken as follows.

If a line takes both bonus cards (hereinafter A), two bonus cards belong to the line distribution hand, two bonus cards belong to the bottom hand, or one bonus hand belongs to the line hand. If the remaining 1 bonus hand belongs to the bottom hand.

If a line takes one bonus hand (hereinafter referred to as "B"), one bonus hand belongs to the waiting hand and the remaining one bonus hand belongs to the line distribution hand or the bottom hand.

In the case where the first and second players take one bonus hand each (hereinafter referred to as "C"), one bonus hand belongs to the later distribution hand and the remaining one bonus hand belongs to the first hand or the bottom hand.

The latter takes one bonus hand (hereinafter referred to as D case) when one bonus hand belongs to the later distribution hand and the remaining one bonus hand belongs to the waiting hand.

If the latter takes 2 bonus cards (hereinafter E), the two bonus cards belong to the latter distribution hand.

If no one can decisively take a bonus hand (hereinafter referred to as F case), two bonus hands belong to the waiting hand.

The case where the line is favorable is the case of A and B, the case after which is the case of D and E, and the case of neutral where no one is advantageous is the case of C and F.

In the pad distributing method according to an embodiment of the present invention, the pads are distributed such that the A to F cases occur by a predetermined number during a predetermined number of plates (hereinafter, referred to as a 'round'). For example, if the reference number is 20, for a round, that is, 20 editions, the A case is twice, the B case is 6 times, the C case is 3 times, the D case is 4 times, the E case is 1 time, and the F case is Can be set to wake up four times.

As a method of selecting each case, there is a method in which a predetermined quantity of balls corresponding to each case are put in a bag and taken out one by one. As shown in Figure 5a, the A-F ball corresponding to the case of A to F are contained in the bag, two A balls, six B balls, three C balls, D according to the number of times in each case There are four balls, one E ball and four F balls. As shown in Fig. 5B, twenty balls are mixed in the bag so that it is unknown which ball is selected when the ball is taken out of the bag. Remove the balls one by one from the bag and do not put the balls back into the bag. For example, if two A balls and one E ball come out of the bag, the A and E balls can no longer come out. If you take out all 20 balls, put all the balls in your bag and take them out one by one. This process is repeated.

The game progress module 146 according to the embodiment of the present invention stores the data in the memory module as many times as the number of cases in each case in the same manner as taking the ball out of the bag. Randomly select one of the data. The game progress module 146 proceeds the game by dividing the hand data according to the case indicated by the data when selected, and marks it so that the data is not selected again when selected. If the game starts again after the game is over, if one is not selected, one of the data is selected, and the hand data is divided based on the game. This process continues in all cases until data is selected, that is, until the end of a round. At the end of a round, another round is initiated if data is reset again. In this way, a round is initialized when the standard number of boards is passed, and also when a game room is newly created. Rounds can also be initiated when the user changes.

If either case is selected, the hand may be actually distributed by randomly selecting any of the subdivisions subdivided in that case. That is, as described above, for example, in the case of A, if two bonus hands are the first hand, if two bonus hands are the bottom hand, one bonus hand is the first hand and the other bonus hand is the bottom hand. It can be subdivided into cases. Thus, if the A case is selected, one of these may be randomly selected to determine the actual hand distribution.

If the standard number of rounds is 20, one round corresponds to 5%. Therefore, in one round, it occupies 10% for A, 30% for B, 15% for C, 20% for D, 5% for E, and 20% for F. Percentages here do not mean that each case occurs as a probability for one round, but rather a rate that necessarily occurs during a round.

The standard number of rounds is not limited to 20 and can be increased or decreased. Increasing the number of references allows for more precise control of the rate at which each case occurs. However, if it is too large, it is difficult to experience the effect, so it needs to be adjusted to an appropriate level.

On the other hand, it is possible to prevent the case indicated by the data from being continuously selected. That is, the same case can be prevented from coming out continuously. In case of A, after data is selected, in case of A case, if data is selected, deselect and select data again. You can also make adjustments so that no data is left if they are the same at the end of a round. For example, if three editions of one round remain, and data remains for A, A, and D, the order of the three editions is preferably set to A, D, and A in turn. By avoiding repeating these same cases, the user can be more confident in hand distribution.

Then, unlike the present embodiment will be described with reference to [Table 1] to [Table 3] as a comparative example with respect to the conventional card hand distribution method of randomly distributing the hand.

When randomly distributing a fighting hand, the number of cases which one bonus hand belongs to is in the group, as shown in Table 1 above.

And when calculating the probability that the case A to F can be as shown in Table 2 above. In the second column of Table 1, the meanings of the line, after, bottom, and atmosphere in the second column are the line distribution pad, the back distribution pad, the bottom paddle, and the standby paddle, respectively, and the numbers are the numbers listed on the bonus pad. Means. For example, in the subcategory of the first line of case B, "line 2 + wait 3" means that bonus hand 2 belongs to the line distribution hand and bonus hand 3 belongs to the wait hand. When randomly distributing a fighting card hand, the probability that the bonus hand is applied to each case is described in the third to fifth columns.When randomly distributing the fighting hand, as in the comparative example, the bonus hand always belongs to each group. do.

Then, for each case, let's compare the examples and comparative examples of the present invention with reference to [Table 3]. As shown in Table 3, the cases A to F in the comparative examples occur at a probability of 12.49%, 32.33%, 14.69%, 17.96%, 3.67%, and 18.86%, respectively. However, as described above, according to the embodiments of the present invention, the cases A to F occur at 10%, 30%, 15%, 20%, 5%, and 20%, respectively. Therefore, the sum of the percentages of the case A and B where the line is advantageous is 44.82% in the comparative example, and 40% in the present example. The sum of the percentages in the case of D and E, which is favorable after, is 21.63% in the comparative example and 25% in the present example. Therefore, according to the present embodiment, the advantageous lines are slightly reduced, and the advantageous ones are slightly increased compared to the comparative examples. As described above, according to the present exemplary embodiment, it is possible to correct portions of the line, thereby reducing unfairness that users feel. The sum of the percentages of the neutral C case and the F case is 33.55% in the comparative example, and 35% in the present example. Increasing the rate at which neutral cases will occur can also help a fairer handout to users.

On the other hand, in the comparative example, since each case is a probable occurrence, in reality, a specific case may come out more frequently than a probability, and the user may feel that the hand distribution is not fair. However, as in this embodiment, if each case occurs a predetermined number of times during a round, the unfair side felt by the user can be greatly reduced.

When the Japanese hand pad is distributed by the paddle distributing method according to an embodiment of the present invention, the user may put one of his own distributing pads on the floor and obtain the hand pads and the bottom paddle according to the presence or absence of the same type of floor paddles. Then, the top one of the standby cards is automatically flipped over, and the user can acquire the flipped standby paddle and the bottom paddle according to the presence or absence of the same type of floor paddle.

Here, placing a hand on the floor means that the user selects a distribution hand to be released by clicking on the game screen with a mouse or the like. Instead of a mouse click, you can also select a distribution pad by pressing a key on the keyboard assigned to each distribution pad. If the user selects a distribution hand, the game client transmits the selection hand data corresponding to the hand selected by the user to the game progress module 146.

The game progress module 146 compares the selected hand data, the bottom hand data and the waiting hand data of the corresponding order from the game client, and converts them into the acquired hand data or the bottom hand data according to the comparison result. The game progress module 146 then transmits the waiting hand data of the corresponding order to the game client so that the game client displays it on the game screen. In addition, the game progress module 146 updates the distribution card data, the floor card data, and the standby card data in the storage module, and stores the card data acquired by the two users.

In this way, the two users, in turn, present their own hand of distribution and can earn points based on their hand.

The score information according to the hand combination is stored in the database 130, and the game progress module 146 and the score calculation module 148 refer to the hand data acquired by the user and the score information of the database 130. Calculate the score. As the game progresses, the score calculation module 148 calculates the score obtained by the user with reference to the hand data acquired by the user in the memory module, and transmits the result to the game progress module 146. .

The game progress module 146 compares the user score obtained from the user with a reference score, for example, 7 points, and then continues the game if the user score is less than the reference score, and if the user score is equal to or greater than the reference score, the game screen of the user. Brings up a GoStop selection window allowing the user to choose either Go or Stop.

When the user selects stop, the game client sends the corresponding signal to the game progress module 146 and the score calculation module 148, and the score calculation module 148 obtains each user's acquisition panel based on the user score obtained by that user up to that point. The multiplier based on the data is multiplied to calculate the conversion score, and the game money corresponding to this score is calculated.

If the user selects Go, the game progress module 146 continues the game until the user gains a predetermined score, for example, one or more points or another user scores more than the reference score. Thereafter, when the user further obtains a predetermined score, the game progress module 146 repeats the above-described operation by allowing the user to select a high or a stop again. However, if another user scores above the reference score, the game progress module 146 pops up a high-stop selection window for the other user and gives them a chance to select either stop and then in the same way as described for that user. It works.

If the game is played while the user selects Go, the game ends when all cards are dealt or a stop is selected. The game progress module 146 and the score calculation module 148 calculate the game money corresponding to the converted score when the game is finished, reflect the user money in the winner and loser, and prepare for the next game.

Score information, including various conditions, effects and genealogy that can occur while playing games such as stiff, biting, panning, flanked, eating, bombs, blood, frenzy, jerks, shaking, bombs, missions, pushing, etc. Since it is substantially the same, description thereof is omitted.

In the embodiments described so far, the reference numbers, the numbers, the numbers, the weights, and the like are merely examples and may vary as necessary.

In the high-stop game according to the embodiment of the present invention, if the game server 140 does not necessarily perform operations and operations, it is preferable that the game client performs it, thereby reducing the burden on the game server 140. Such operations and operations will be readily apparent to those skilled in the art and will not be described separately.

The high-stop game according to an embodiment of the present invention is not limited to an online game via a network, and may play a game alone by facing only the game assistant of the above-described artificial intelligence. In particular, like a mobile game, it can be downloaded to a mobile phone to play a game.

Embodiments of the invention include a computer readable medium containing program instructions for performing various computer-implemented operations. This medium records a program for executing the online gostop game described above. The media may include, alone or in combination with the program instructions, data files, data structures, and the like. Examples of such media include magnetic media such as hard disks, floppy disks and magnetic tape, optical recording media such as CDs and DVDs, floppy disks and program commands such as magnetic-optical media, ROM, RAM, flash memory, and the like. Hardware devices configured to store and perform such operations. Alternatively, the medium may be a transmission medium such as an optical or metal wire, a waveguide, or the like including a carrier wave for transmitting a signal specifying a program command, a data structure, and the like. Examples of program instructions include not only machine code generated by a compiler, but also high-level language code that can be executed by a computer using an interpreter or the like.

Although the preferred embodiments of the present invention have been described in detail above, the scope of the present invention is not limited thereto, and various modifications and improvements of those skilled in the art using the basic concepts of the present invention defined in the following claims are also provided. It belongs to the scope of rights.

As described above, according to the present invention, by dividing the number of cases in which the bonus hand is distributed, and distributing the hand so that each case occurs a certain number of times during one round, it is possible to reduce a lot of unfairness that users can feel.

Claims (13)

An online game system for providing an online game through a network to a plurality of game clients corresponding to a plurality of users, respectively. A web server for providing a web page of the online game and processing user authentication in response to requests from the plurality of game clients, and The Japanese hand pad data corresponding to the Japanese hand pad including bonus paddles is classified into a plurality of distribution paddle data, bottom paddle data, and standby paddle data, and bonus pad data corresponding to the bonus paddle includes the plurality of distribution paddle data and the bottom paddle paddle. A game for dividing the data and the standby pad data into a plurality of cases, classifying the conversation hand data according to the plurality of cases, and transmitting the plurality of distribution pad data to the plurality of game clients authenticated by the user, respectively. server Online game system that includes. In claim 1, The plurality of users includes a pre-user and at least one post-user, In the plurality of cases, when the first user determinately takes more bonus cards than the at least one later user, the at least one subsequent user determinates more numbers of the bonus cards than the first user. And when the pre-user and the at least one subsequent user do not take the same number of bonus hands decisively or fail to take the bonus hands decisively, The game server classifies the card game data such that each case is a predetermined number of times during a round. Online game system. In claim 1, The plurality of users includes a pre-user and a post-user, In the plurality of cases, when the first user takes two of the bonus cards decisively, when the first user takes one of the bonus cards decisively, the first and second users each determinately take the bonus hand. In case of taking one by one, when the user takes the bonus card decisively, after the user takes two pieces of the bonus card decisively, and when the first and second users take the bonus card decisively, Include cases that cannot be taken by The game server classifies the card game data such that each case is a predetermined number of times during a round. Online game system. The method of claim 2 or 3, Each of these cases is an online game system that takes place in a random order within a round. The method of claim 2 or 3, The rate at which each case occurs is constant every round. The method of claim 2 or 3, Online gaming system where at least one other case occurs between two identical cases within a round. The method of claim 2 or 3, And the bonus hand data is a case in which the bonus hand data belongs to the distribution hand data of the first user or the bottom hand data. The method of claim 2 or 3, And the round is initialized when a game room for playing the online game is generated or a predetermined number of boards is generated. The method of claim 2 or 3, The bonus hand is an online game system that serves to at least one blood or take away the blood of at least one opponent user. An online game method provided through a network to a plurality of game clients respectively corresponding to a plurality of users, The Japanese hand pad data corresponding to the Japanese hand pad including bonus paddles is classified into a plurality of distribution paddle data, bottom paddle data, and standby paddle data, and bonus pad data corresponding to the bonus paddle includes the plurality of distribution paddle data and the bottom paddle paddle. Dividing the data and the standby pad data into a plurality of cases and classifying the conversation pad data according to the plurality of cases; Transmitting the plurality of distribution pad data to the plurality of game clients, respectively; Receiving selection pad data among the distribution pad data from the game client; Converting the selection hand data into acquisition hand data or the bottom hand data based on the selection hand data, the bottom hand data and the standby hand data; and Calculating a game score based on the acquired hand data Online game method that includes. In claim 10, The plurality of users includes a pre-user and at least one post-user, In the plurality of cases, when the first user determinately takes more bonus cards than the at least one later user, the at least one subsequent user determinates more numbers of the bonus cards than the first user. And when the pre-user and the at least one subsequent user do not take the same number of bonus hands decisively or fail to take the bonus hands decisively, The classifying step is to classify the speech pad data such that each case is a predetermined number of times during a round. How to play online. In claim 10, The plurality of users includes a pre-user and a post-user, In the plurality of cases, when the first user takes two of the bonus cards decisively, when the first user takes one of the bonus cards decisively, the first and second users each determinately take the bonus hand. In case of taking one by one, after the user takes the bonus card decisively, when the user takes two pieces of the bonus card decisively, and after the above-mentioned user, none of the above-mentioned users decisively take the bonus card. Including the case where it cannot be taken, The classifying step is to classify the speech pad data such that each case is a predetermined number of times during a round. How to play online. A computer readable medium having recorded thereon a program for causing a computer to execute the method of claim 10.

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