KR20050009640A - Processing method for a game of making a particular number with dies and a servicing method of the game - Google Patents

Abstract

PURPOSE: A processing method and a servicing method for a game guessing numbers of dies in an online battle mode are provided to offer a game logic generating a special event, if a combination of the newly dropped die and the previously dropped dies makes the specified number by dropping a die block. CONSTITUTION: An initial game screen divided into game sections of the first and the second team by a start line, and having a dead line at the top of each game section is displayed to a game terminal of each player. The die blocks are sequentially generated/dropped from the top of each game section and are piled on the start line(S132). A path and a phase of the dropped die block are processed by manipulation of each player(S136). The dice are vanished if a sum of the piled die blocks neighboring with other dices is a predetermined value(S142). An attack point of the team is calculated by summing the points assigned to each vanished die(S144). A moving amount of the start line is calculated by using the attack point, and the start line and the die blocks piled on the both game section are moved to the game section of the team securing the attack point(S148).

Description

Processing method for a game of making a particular number with dies and a servicing method of the game}

The present invention relates to a game using an electronic device. More particularly, the present invention relates to an online game in which a plurality of players can enjoy interactively in a personal or team opposition. It is related to the implementation method of the dice number matching game and the service method of the game that has a game logic that adversely affects the opponent while acquiring a score by adjusting the sum of the numbers of the adjacent dice after landing to a specific number.

Tetris game is a representative game that scores by matching falling blocks. “The Tetris game is one of the most popular electronic entertainment games known worldwide since the 1970s. The game was developed as a version of a PCB game machine, which was later developed as a computer game version due to the expansion of personal computers.

1 shows a screen configuration of a conventional single player Tetris game. Blocks of various shapes fall from a top of the game window 10 in a random order and are stacked from below. If the bottom row is filled with blocks without empty space, the horizontal line is removed and the entire blocks stacked on top of it fall down one row. The game ends when the height of the stacked blocks reaches the deadline (generally the top of the game area 10). In addition to this basic concept, as shown, depending on the player's level 12, the drop speed of the block 11, the next block 16 to appear, or the number of rows of blocks currently stacked ( 18) or a change in the screen configuration may be attempted, such as displaying a score obtained so far.

However, because this game is a single game, the progress of the game is monotonous. Recently, a Tetris game has been introduced that can be enjoyed by several people. Figure 2 shows an example of the screen configuration of a multi-party Tetris game through a conventional separate game window. Multiple players can participate in a game room, and a separate game window is provided for each player. On the terminal screen of each player, his game window 20 is displayed large, and the game windows 22 of the other players are collected and displayed small so that the current game progress of other players can be known and the game progress is made. A button bar 24 for operation is provided. Furthermore, it is possible to use an item to influence the progress of the opponent's game, and also display the item usage status 26. In particular, various items and role-playing game elements were applied to increase fun and interest.

However, this game is not a multilateral game in the real sense. In other words, although it is a multi-party game in that several people participate in a game room and proceed with the game, each player has their own game window and the competition in the game window basically exists only between the game program and itself. However, there is no such competition that has a direct studio with other players. Of course, the use of items can affect other players' games, but this is only an aid. In particular, in the conventional multi-party Tetris game, there is no direct relationship setting whose game state directly affects the game state of the opponent. Such a game method has a limitation that the fierce workshop that pushes and pushes each other among game participants is relatively inferior in the game progress. In order to overcome the monotony of the block game like the existing Tetris game, if one of the players scores during the game, the performance of the opponent's game condition is adversely changed in real time. It is necessary to make it more thrilling.

It is a first object of the present invention to provide a new dice number matching game having a game logic that generates special events when a combination of newly falling dice and already dropped dice make a specific number by successively dropping the dice blocks. .

In particular, the present invention can play the dice number matching game, by dividing the same game window in the form of personal or team opposition, in which one team (or individual) makes the sum of the numbers of the falling dice and the adjacent dice make a specific number. If it succeeds, the second objective is to make the game environment of other teams (or individuals) adversely affected by the attack scores obtained by the team so that it can be more exciting and fun.

Another object of the present invention is to provide a game service method for allowing one or more people to enjoy the dice number matching game in the form of an online network and a short-range network game.

Detailed description of the embodiments of the present invention will be made with reference to the accompanying drawings, in which numerals designate corresponding parts in the drawings.

1 is a screen configuration example of a conventional single-player Tetris game.

2 is a screen configuration example of a multi-party Tetris game through a conventional separate game window.

3 is a block diagram of a game service system for servicing a dice number matching game according to the present invention in the form of a real-time online game.

4A and 4B are examples of game screens displayed on terminals of player 1 and player 2 when the dice digit matching game according to the present invention is executed in a personal counter game mode.

4C illustrates a state in which the progress of the game up to a certain point after the start of the game in the personal game mode is extended by two horizontal lines in which the player 1 plays the game better than the player 2.

5A and 5B are game screens of the first embodiment of the team-matching game mode of the dice number matching game according to the present invention. The former and the latter are examples of game screens displayed on the terminals of the players belonging to Team 1 and Team 2, respectively.

6A and 6B are game screens of the second embodiment of the game against the team of the dice number matching game according to the present invention. The former and the latter are examples of game screens displayed on terminals of players of teams A and B, respectively.

7A and 7B are diagrams for explaining the disappearance caused by the explosion of a seated dice block.

8A-8C illustrate various configurations of dice blocks applicable to the dice number matching game of the present invention.

9 is a flowchart showing a service providing procedure when the dice digit matching game of the present invention is serviced as one of the Internet online games.

10A to 10C are flowcharts illustrating game logic of the dice number matching game of the present invention.

11 shows an example of a game screen in the case of implementing the dice number matching game of the present invention for one person.

FIG. 12 shows an example of a game screen in the case where several people play the dice number matching game of the present invention together while the game is played in a fixed fixed game area.

FIG. 13A is an image capturing a game screen displayed on a game terminal of a first player, in particular, as a game screen in an individual game mode when a game program actually implemented in a computer is executed. FIG. 13B is a second image of a team game mode. As a game screen according to the embodiment, in particular, it is an image captured by the game screen displayed on the game terminal of the first player.

** Explanation of symbols for main parts of drawings **

30a: ~ 30d: Client computer 40: Server system

According to the present invention for achieving the first object, the player manipulates the fall path and / or phase by using the operation means of the game terminal while the dice block consisting of one or more dice fall from the top to the bottom of the game area In the case of the operation to change the fall path and / or phase of the dice block according to the operation details, if the falling dice block hit the dice stacked on or below the game area, the falling dice block falls Is completed and processed to be fixed at that position, and the condition that the sum of the number eyes created by combining with the predetermined number of dice already dropped and existing at the neighboring position is already equal to the predetermined value Check whether the predetermined event is generated when the above condition is satisfied. A processing method for a dice number matching game is provided.

In the method, the predetermined event includes extinguishing dice satisfying the condition, extinguishing dice adjoining a predetermined range to the dice satisfying the condition, and number of dice satisfying the condition. It can be any one or a combination of the same dies with the same eyes.

In order to further change the game progression, the dice placed on the destroyed dice are dropped to empty space occupied by the destroyed dice, and then further processed to destroy the dice that satisfy the above conditions. It may be repeatedly performed until this case does not occur.

In the above method, the dice block may be configured by arranging a plurality of dice having the same or different numbers of eyes adjacently arranged in a vertical direction, a horizontal direction, an oblique direction or a mixture thereof.

In addition, the game is in an environment in which a plurality of game terminals are connected to a wired or wireless communication network, two or more players to play a game together in an online game method using their own game terminal, but for each player The game area is given, and the game progress of one player is transmitted to the terminal of the other player in real time, so that each player's game terminal displays the game progress of all players participating in the game in real time. Do.

According to the present invention for achieving the second object, at least one of the dice placed in a specific position by dropping from the game area of each team by giving a common game area to each of the two teams half When the sum of the number eyes made with the at least one dice adjacent in the horizontal, vertical and / or diagonal direction among the dice is equal to the predetermined value, the dice combination which makes the sum of the number eyes is processed to be extinguished. Calculate the attack score according to the die extinction produced by each team, and expand the game area of the team that caused the die extinction by a variable amount of game area calculated using at least the calculated attack score, and reduce the game area of the opposing team. There is provided a processing method for a dice number matching game, characterized in that to perform a processing to make.

In the processing method for the game of the present invention, each team includes at least one player, and the game area of each team given at the start of the game is divided into two halves divided by the start line. Game area. The game area of each team consists of one game area per team or per player. In the game screen displayed on the game terminal of each team, the game area of his team is placed above the game area of the opposing team. Dice blocks created at the top of each game area are displayed to move from top to bottom in the game area of their team, but from bottom to top in the game area of the opposing team. As a result, a game screen in which a player of any team can see his or her team's game screen in a always upright state at a game terminal is provided, and a game screen in which both teams are comfortable is provided. Done.

Preferably, the expansion or contraction of the game area of each team by the attack score obtained during the game progress may be processed by moving the dice set in the starting line and the game area of each team by the variable amount of the game area. . As the game progresses, dice blocks composed of one or a plurality of dice are dropped in sequence in each game area. Each player's terminal monitors the falling path and / or the phase change operation of the falling dice block performed by the player using the input means of his terminal, and the falling path of the falling dice block according to the operation and / or Or handle phase changes.

Regarding the method of determining the extent to which the game area is enlarged or reduced, each team is assigned a defensive wall score equally or according to predetermined criteria. The variable amount of game area can be determined by comparing the attack score obtained by one team with the defense score of the opposing team.

In order to play the Dice Matching game, one player's game progress needs to be provided to the other players in real time. To this end, processing contents related to the creation and fall of dice blocks in each game area, the change of the fall path and / or phase of the falling dice blocks, the settlement and destruction of the falling dice blocks, the expansion and contraction of the game area, and / or The processing result is preferably processed to be shared in real time to the game terminals of all other players participating in the game.

The game of the present invention may be provided in the form of an online game. According to another aspect of the present invention, a game method that allows two teams to share the same game window using a plurality of terminals connected through a communication network, wherein the entire game area is a game of the first team by the start line. Displaying an initial game screen having a configuration in which a deadline is set at an upper end of the game area of each team and the game area of the second team, on the game terminal of each player; Processing a dice block composed of a combination of one or more dice to be sequentially generated at an upper end of each team's game area and descending toward the start line to be stacked on the start line; Processing a path and phase change of a falling dice block in response to an operation performed by each player using his terminal; If each dice in the dice block seated through the falling process is combined with at least one dice in the horizontal, vertical, and / or diagonal direction, the dice are processed so that the dice die. step; In the course of the game, calculating the attack score of the team by adding the points given to the extinguished dice; and calculating the movement amount of the starting line using at least the calculated attack score, and the starting line and the two teams There is provided a processing method for a dice number matching game, comprising the step of moving the dice blocks stacked in the game area toward the game area of the opposing team of the team securing the attack score.

Even in this case, the configuration of the game screen displayed on the game terminal of each team, real-time sharing of the game progress, etc. are applied in the same manner as in the previous case.

The method further includes determining a game win or lose. The condition for determining the outcome of the game may be determined by monitoring whether the starting line or the dice blocks stacked on the top of the deadline or the game area of the team in the course of the game has been defeated. Alternatively, it may be determined that the team with the narrow gap is lost by comparing the interval between the start line and the deadline of both teams or the top of the game area after the game time limit ends.

In order to make the game more gradual or more complex, the method involves placing the dice placed on the destroyed dice down to empty space occupied by the destroyed dice, and then performing the die extinction processing step again. The method may further include the step of continuing until the sum of the number squared does not produce the predetermined value.

The dice block may be configured in various ways. For example, a plurality of dice having the same or different numbers of eyes may be arranged adjacent to each other in a vertical direction, a horizontal direction, an oblique direction, or a mixed direction thereof to form one dice block.

In determining the moving amount of the starting line, in addition to the attack score, a variable called a barrier score may be introduced. As one way of calculating the attack score, the dice may be given a different weight depending on the number of dice and / or the color of the dice, and the attack score may be determined by adding all the weights of the dice that are extinguished. . Each team can be assigned a defensive wall score equally or on a predetermined basis. The movement amount toward the opponent team game area of the start line may be determined by comparing the attack score obtained by a specific team with the defense team score of the opponent team.

In order to service the above-mentioned dice number matching game of the present invention in the form of an online game, a system environment in which a server system and a plurality of terminals can be connected as a client to the server system through a wired and / or wireless communication network can be used. Should be In such a game system environment, loading a program for a client of the dice number matching game to a terminal of users who select the dice number matching game from a game menu; When the first user opens a game room as a leader player and the desired number of players participate in the game room, instructing the game start by determining a match type and a team; And in response to the game start instruction, the terminal of each player executing the client program to enable a participating player to play the dice digit matching game in an online game mode while being networked with the server system. Dice number matching game service method characterized in that provided is provided.

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

The dice number matching game of the present invention can be implemented in various types of game platforms such as arcade games, PC games, online games, video games, mobile games, and the like. The most representative of the applicable game platforms is online games using the Internet. Dice Number Matching A company that wants to provide a game in the form of an online game (hereinafter referred to as a 'service provider') needs to build a server system with various servers and databases necessary for providing game services. In addition, a game terminal (for example, a personal computer) and a server system used by a game user are connected to each other through a communication network to enable communication with each other. 3 shows an example of the configuration of a system for servicing a dice number matching game according to the present invention in the form of an online game on the Internet. The terminals 30a to 30d used by the player are personal computers. The service provider preferably has a server system 40 including a web server 40a, a DB server 40b, an FTP server 40c, a game server 40d, and the like. A plurality of client computers 30a to 30d used by game participants as game terminals are basically connected to a server system 40 that provides an internet online game service via the Internet 35 in a client-server relationship. These client computers 30a to 30d are also preferably connected to allow peer-to-peer communication with each other via the Internet 35. When adopting a so-called hybrid communication method that uses a client-server method and a peer-to-peer method, synchronization between games running on all client computers 30a to 30d running the same game is performed. And interaction can be made more smoothly.

The roles of the server system 40 and the respective client computers 30a to 30d are roughly divided as follows. The main roles of the server system 40 are as follows. First, the client computer is always waiting for the connection of the client computer, and then the existing game program is automatically updated by providing the final game program to the client computer. Second, to store and manage the data (levels, scores, personal information, items, etc.) of users registered as members in the site serving the game of the present invention. Thirdly, it is a role of providing or relaying important information necessary for game play or generated during game play to related client computers. Fourth, the generation of dice blocks for each player may be mentioned. The role of the client computer 30a-30d is to play a dice number matching game, various inputs necessary for game play, such as changing the path and / or phase of a falling dice block (including changing the position of dice), using an item, and chatting. And input required for a game, various operations required in game progress, and relay of information (eg, chat) that is less important in game progress.

First, the dice number matching game of the present invention will be described. The dice matching game of the present invention is played in such a way that two teams interactively compete with each other in the same game window. The dice number matching game of the present invention is similar to the Tetris game in that the blocks are stacked toward the bottom, but are completely different from the Tetris game in terms of the configuration of the blocks used and the game logic. According to the dice number matching game of the present invention, by dividing the middle part of one game window into the starting line, each half is assigned to the game area of each player (in the case of the personal opponent mode) or each team (in the case of the team opponent mode) The principle of competition is introduced to narrow the opponent's game area. At the top of each game area is a deadline.

As the game progresses, a dice block in which a plurality of dice are combined adjacently in a horizontal, vertical and / or diagonal direction falls continuously from the top of each game area toward the start line. 8A-8C illustrate various configurations of dice blocks applicable to the dice number matching game of the present invention. One dice block consists of a combination of dice of different numbers (eyes) or the same number (eyes). The number of dice constituting one dice block is plural. For example, it is preferable to configure blocks using two, three, or four dice. In a real game, a method of generating only one specific type of dice blocks shown in FIGS. 8A to 8C or randomly mixing different types may be applied. The complexity of the dice blocks generated will depend on the difficulty of the game chosen by the player. Each game player can change the path and phase of a falling dice block by using an input device (eg, an arrow key or a space key in the case of a computer) of his game terminal. The rule of the game is to place a falling dice block in a position that satisfies the condition that the die dies, so that you can score points and push your opponent to the corner. More details regarding the game rules will be described later.

The dice number matching game of the present invention consists of two teams in which the two players play one-on-one game and each team consists of two teams so that a plurality of players belong to each team. Either `` team against game mode '' can be applied. In addition, as with the general online game features, several game rooms are opened at the same time so that each game room can have its own game.

4A and 4B show screen examples of the personal game mode. The illustrated game screen is a game screen in a case where Player 1 and Player 2 compete in a game window in a 1: 1 manner, and FIGS. 4A and 4B show screens displayed on the game terminals of Player 1 and Player 2, respectively. The entire game area has an approximately square shape defined by both side walls 52a and 52b and the deadlines 50a and 50b of each game area. A start line (SL) 54 is arranged at the midpoint of the entire game area, one of the two game areas divided by the start line 54 is assigned to the game area 59a of the player 1, and the other is the player. 2 is allocated to the game area 59b. The deadline DL 50a or 50b is not necessarily located at the top of each game area 59a or 59b and may be set at an appropriate height of the top of the game area. Between the first deadline 50a and the start line 54 is the game area given to the player 1, and between the second deadline 50b and the start line 54 is the game area given to the player 2. The game areas 59a and 59b given to each player may be expanded or contracted according to the score obtained by each player.

Since the two players play the game while watching different terminals, in order to allow the game to proceed in an equal condition, as shown in FIGS. 4A and 4B, the player's game at the terminal of the player 1 or at the terminal of the player 2 is shown. The screen needs to be displayed in the upright state. In one way, the game screen displayed on the terminal of a particular player is displayed such that the game area of the player is placed above the game area of the other player and the dice blocks to be processed fall from top to bottom. Of course, in the opponent's game area, the dice blocks he needs to deal with are displayed in the form of rising from bottom to top.

Expanding the concept of the individual player game mode as described above allows each team to develop into a team player game mode consisting of several players. The team game mode is similar to the sports doubles game. The game area may be provided separately for each player belonging to the same team. Alternatively, the game area may be implemented in a manner in which only one common game area is given to one team.

5A and 5B show the configuration of the game screen according to the first embodiment of the team-op game mode. In the illustrated game screen, team 1 is composed of player 1 and player 2, and team 2 is composed of player 3 and player 4 so that these two teams play a team-to-team game. FIG. 5A illustrates a game screen displayed on game terminals of players belonging to Team 1, and FIG. 5B illustrates a game screen displayed on game terminals of players belonging to Team 2. The game area 69a, 69b is allocated to each team by dividing the entire game area defined by the two deadlines 60a and 60b and the two side walls 62a and 62b into the start line 64a. Deadlines 60a and 60b are arranged at the upper end of each game area, and the entire game screen is established and displayed on the basis of his team as in the case of FIGS. 4A and 4B.

The team game of FIGS. 5A and 5B has a similar point in that the screen of the individual game mode shown in FIGS. 4A and 4B is further expanded and a game area is provided for each team. There are a few things to consider. First, one dice block generator is preferably assigned to each player, so in this case, two dice block generators are provided for each team. Dice blocks 68a, 68a ', 68b and 68b' are independently generated for each of the dice block generators 69a, 69a ', 69b and 69b'. In addition, the elements necessary for team play are carried out in a manner shared by players of the same team. For example, a Defense Point (DP) of a particular team is determined in association with all the players in that team, and the Attack Points (AP) acquired by players in the same team need to be added. This will be described later.

Next, examples of the game screen according to the second embodiment of the team-op game mode are shown in Figs. 6A and 6B. 6A and 6B illustrate a game mode in which 'Team A' composed of Player 1 and Player 2 and 'Team B' composed of Player 3 and Player 4 compete against each other in a team-to-team manner. An example of the game screen displayed on the screen, and the latter is an example of the game screen displayed on the game terminal of the team B players. The second embodiment of the team opposing game mode differs from the first embodiment in that the game areas of each team are divided by players and each player has its own game area. But the elements required for team play are common in that they are shared in the same way by players on the same team.

Referring to the configuration of the game screen of the second embodiment shown in Figs. 6A and 6B, the game area 79a of team A is the game area 72a of player 1 and the game area 72b of player 2 arranged adjacent to each other. The game area 79b of team B is also composed of a game area 72c of player 3 and a game area 72d of player 4 arranged adjacent to each other. A starting line 74 is disposed between the game areas 79a and 79b of the two teams, and the deadlines 70a and 70b of the teams A and B are placed on or near the top wall of each game area. Is placed. Since the game areas of each player are separated from each other, each player plays independently, and it is impossible to move or exchange dice blocks between different game areas.

Next, the rules of the dice number matching game of the present invention will be described. Since the personal game mode corresponds to an example of the team game mode, which can be viewed as a team game mode with one team member, the second embodiment of the team game mode will be described as an example.

When the game starts, dice blocks are randomly generated at the top of each game area 72a, 72b, 72c, and 72d and fall toward the start line 74. When the first dice block falls, the next dice block drops. It is created in such a way that it starts. This game allows each team to manipulate the falling point of the dice block so that many dice die and get more points than the opposing team to expand the game area of their team while reducing the opponent's game area by that amount. It is a game that has a rule that can take advantage of the later game environment to his team.

Expansion and contraction of the game area can be implemented, for example, by moving the start line 74. In other words, the start line 74 is designed to move its position according to the score obtained by each team. If the start line 74 moves to the game area of a particular team, the team has to play the game in a narrowed game area, which is a disadvantage. If a particular team continues to score more points than the opposing team, the start line 74 eventually reaches the opposing team's deadline 70a or 70b and ends with that particular team's victory.

The concept of Attack Point (AP) and Defense Point (DP) is introduced to determine the expansion and contraction of the game area. First, the attack score is calculated periodically as a score determined by how many dice each team has killed during the course of the game. Various items can be used to calculate the attack score, such as the number of dies destroyed, the color and / or weight, and the items placed within the sphere of impact. Appropriate combinations of these items can be used to calculate attack scores. As an example, a calculation method may be adopted in which the color of the dice is different for each number, the weight of the dice is different for each color, and the sum of the weights of the extinguished dice is calculated as the attack score. The defensive score is a score that indicates the ability of a particular team to defend against the attack score of an opposing team, and both teams may always have the same basic score, but each team may have a different score. In the former case, a score of 1 is the same as that without the concept of defensive wall score. In the latter case, the barrier scores can be differentially assigned by appropriately utilizing the scores of cyber money purchased by each team or team member, the score of items in possession, the odds of the team or team members, and the individual ability scores acquired individually by the team members. Can be. The barrier score is set before the start of the game once the team is formed, but it can also increase the barrier score by purchasing cyber money or items during the game. It is desirable to configure the logic such that the sum of the number eyes of the resulting dice blocks is always different from a certain value, such as 7, that the two-dice combinations extinguish.

During the game, if a dice block falling in each game area 72a, 72b, 72c, 72d is seated, then each time the dice block in the seated dice block is already seated vertically, horizontally and / or diagonally Calculate the sum of the number eyes of one or more 2 dice combinations composed of each neighboring dice. In FIG. 7A, suppose that two dice of 80a and 80b represent a newly seated dice block and a dice in which 80c to 80g are already seated. In this case, the two dice combinations for which the sum of the number eyes should be calculated are (80a, 80f), (80a, 80c), (80a, 80g) and (80b, 80c), (80b, 80d), (80b, 80e), (80b, 80f) and (80b, 80g). Then, the numerical sum of these two dice combinations is compared to a specific value, such as seven. As a result of the comparison, the two dice combinations whose sum is 7 is exploded and removed. In FIG. 7A, a combination of two dice formed of dice 80b and 80c is extinguished.

In constructing the game rules, the dice explosion can be stopped once in this way, but alternatively, the dice placed on the destroyed dice as shown in FIG. In this way, it finds the two-dice combination that the sum of the numbers makes seven, and extinguishes it as a second explosion, and this process can be continued until the number-two sum of the two-dice combinations cannot make seven. According to the latter method, in Fig. 7B, the sum of the numbers of the two dice combinations 80a and 80f is 7 so that these two dice 80a and 80f are extinguished, and the dice 80g are located to the left of the dice 80e. Done.

To add to the unexpectedness and fun of the game, the explosive range can be extended so that one or all adjacent dice are exploded with the exploding dice as two dice equal to the sum of seven are blown up, or You can also blow up the dice with the same number of eyes among adjacent dice in the exploding dice. Silk, as well as the explosive range, can be modified using various rules. Such a game of the present invention can be a very dynamic and exciting game progression because the competitive element that the game area is expanded or contracted by the skill of the game participant is introduced and acts as a large factor to determine the game.

On the other hand, when the die dies by explosion, the attack score of the team that exploded the die is calculated based on the die that was destroyed according to the method described above. The attack score for a particular team is the sum of all the attack scores acquired by the players on that team. When the attack score of a specific team is calculated, the moving amount of the start line 74 is calculated by comparing with the defense wall score of the opposing team. One way to calculate the amount of movement on the starting line is to divide the attack score of a particular team by the defense score of the opposing team, and then apply that share or the integer value of that share as the amount of movement on the starting line. In the former case, the movement amount may have a decimal value. In the latter case, the remaining attack scores which are not reflected in the movement amount of the starting line need to be added to the next attack points calculated. Of course, the movement amount calculation method of the start line described above is just an example, and any method different from the above method may be adopted. For example, it is also possible to calculate the moving amount of the starting line using only the attack score without introducing the concept of the defense wall score. It is also a matter of choice to decide what unit of movement of the starting line should be, and if the unit is set equal to the height of one die, the latter method may be more suitable.

After the movement amount of the start line 74 is calculated by the attack scores acquired by a specific team, for example, Team A, the game terminal of Team A moves the start line 74 to the game area of the opposing team, for example, Team B. Do the processing. Furthermore, the attack score of the team A or the movement amount calculated therefrom is transmitted in real time to the game terminal of the team B through the server system 40 so that the movement of the start line 74 is similarly performed. As a result, the game areas 72a and 72b of the team A are expanded by the amount of movement, while the game areas 72c and 72d of the team B are reduced. In addition, all dice blocks of both teams are processed to move by the same distance that the start line 74 moves. As a result, team B has not only reduced his game area 72c and 72d but also the highest point of the stacked dice more approaching the deadline 70b, so that the game conditions are more adversely changed. On the contrary, team A having expanded game areas 72a and 72b can have more time to proceed with the game, which is advantageous.

Whenever the dice block is seated, the above process is repeated repeatedly, and the team that fails to remove the stacked dice blocks quickly increases the height of the dice block and eventually reaches the deadline (70a or 70b) of his team. Will be. It is optional to decide what wins or loses. For example, when the top of the pile of dice stacked from the start line 74 touches the deadline 70a or 70b or the top of the game area, when the start line 74 touches the deadline 70a or 70b, Alternatively, if there is a limit in game time, whether the game progress result start line moves closer to the deadline until the time limit or the size of the score obtained by the time limit may be applicable. There will be.

Furthermore, in the case of team-based games, if a dice block accumulated in a game area of a player is raised to the deadline 70a or 70b or the upper wall, the player may not be able to play the game anymore, and as another solution, Even if the situation is that the start line 74 is not pushed to the deadline of the team to which the player belongs, the game does not end and the player may continue to participate in the game. In the latter case, all dice blocks in the player's game area are removed and initialized so that the game can continue.

The game rules described above need to be understood as illustrative. For example, the method of expanding or contracting a game area of a specific team according to the acquired attack score is not a method of moving the start line 74 described above, but the deadline 70a of each team with the start line 74 fixed. , 70b) may be moved toward the start line 74. Various movement rules of the above-mentioned start line may be applied as it is or in a slightly modified form even in the case of the personal game mode described in FIGS. 4A and 4B or the team game mode according to the first embodiment described in FIGS. 5A and 5B. .

As an example of applying the above-described game rule to the personal game mode, the content to be processed by the game program engine will be briefly described. For example, suppose that the player 2 has changed the fall path of the dice block 58b falling from his game area 59b to the left and right. The CPU (not shown) of the terminal of the player 1 monitors whether there is an operation for changing the fall path that the player 1 made through the input device. It is preferable to calculate such coordinates every appropriate period. The CPU reads the player's input device operation amount every cycle to calculate the corresponding x-axis coordinate change amount, and at the same time, the y-axis coordinate of the falling dice block 58b is equal to a certain value (for example, one horizontal line height) every cycle. Calculate the scene coordinates by decreasing At this time, when the player 2 performs an operation for changing the path to the falling dice block 58b, the CPU reads the operation amount to calculate the change amount of the x coordinate, and then changes the change amount of the dice block 58b. The new coordinate is calculated by reflecting the existing coordinate. The calculated new coordinates are transmitted to the display controller (not shown) of the terminal so that the falling dice block 58b is displayed as moved to the newly calculated x and y coordinates.

The phase change processing of the falling dice block is performed as follows. For example, each time the right arrow key (or left arrow key) is pressed, the falling dice block 58a or 58b can rotate at a predetermined angle, for example, 90 ° clockwise (or counterclockwise). In FIG. 4A or 4B, the falling block 58a of the player 1 is seated as it is without phase change, and the falling block 58b of the player 2 is rotated 90 ° clockwise to indicate that there is a phase change. The phase change of the falling dice blocks 58a or 58b is also predominantly handled by the CPU (not shown) of the game terminal used by each player. If there is a player's input operation for changing the phase, the CPU of the game terminal reads the arrow key type and the number of operations and performs the coordinate conversion process of the image of the falling dice block based on the value, and converts the converted image coordinates to the display indicator. By passing, the falling dice block is marked with the changed phase.

Player 1 and Player 2 can adjust the fall path and phase of the falling dice block in the above manner to seat the dice block in the desired position in the desired position. If the lowest y-coordinate of the falling dice block is equal to the y-coordinate of the starting line 54 or the highest y-coordinates of the dice blocks stacked in the column immediately below the falling dice block, the value of the falling dice block is the same. The block stops further movement and sits at that location, ie on the starting line 54 or the already stacked falling dice blocks. When the seat of the dice block is made at the terminal of the specific player, the fact is notified to the server system 40, and a process of regenerating a new dice block is performed.

Dice blocks falling in each game area (59a or 59b) is stacked on top of the game area based on the start line (54). Each terminal of the player calculates the sum of a number of dice, for example, two dice, adjacent to the dice block horizontally, vertically or diagonally each time the falling dice block arrives at a specific position. It then checks to see if the calculated sum of numbers is a particular numeric value, e.g., 7, and if it is true, the dice, i.e. the two dice whose sum of numbers makes 7, are treated to be destroyed by the explosion. At this time, the dice on the extinguished dice fall to fill the disappeared empty space, fill the empty space and calculate the sum of the numbers again with the neighboring dice in the horizontal, vertical or oblique direction in the same manner as above. To add to the interest of the game, if there is a dice combination where the newly calculated sum of numbers is 7 again, the dice may explode secondarily and die. In the same way, the third and fourth explosions may occur in succession.

In addition, if there is an explosion of the dice, the points awarded for each die that is destroyed by the explosion are added to calculate the attack score (AP) of the player, and the calculated attack score is compared with the opponent's defense score (DP) to start the line ( The amount of movement of 54) is calculated. Then, all the dice in the starting line 54 and the opponent's game area beneath it are pushed toward the opponent's game area by the calculated movement amount. The game screen shown in FIG. 4C shows a state in which the game progress result up to a point in time is extended by two horizontal lines in which the game area 59a of the player 1 is played by the player 1 performing the game better than the player 2. FIG.

On the other hand, various required operations and processing related to an event such as generating a falling dice block, changing a fall path and phase, settling and exploding a falling dice block, moving a start line and a dice, etc., relating to one player, Whether to perform in the game terminal or the server system 40 may be appropriately determined in consideration of the content to be processed and the efficiency of the processing. And information about the content to be processed or the processing result need to be shared and shared in real time to all players participating in the game. In this case, the system may be configured to perform the server system 40 in the system environment of FIG. 3. By this sharing, the current game progress of the other players can also be displayed in real time on the terminal of each player. However, it is necessary to further consider that the game areas of both parties of the game have a 180 ° phase difference from each other. That is, in the terminal of either player (in private game mode) or team members (in team game mode), the opponent or the opposing team can create dice blocks, change the fall path and phase, settle and explode, and die. The processing is performed so that the display and the movement of the and start lines are displayed in the inverted state.

On the other hand, it will be readily appreciated by those skilled in the art that the dice number matching game of the present invention can be serviced not only on the wired Internet base but also on the wireless Internet base or the local area network base (for example, the case of a game room or an arcade game room). Can be. Further, with reference to the above description, a slight change may facilitate the construction of such a system. In the case of a wireless Internet-based, a game terminal used by a game participant will be a mobile phone supporting a wireless internet instead of a computer.

Fig. 9 is a flowchart showing a procedure related to providing a service of the dice digit matching game of the present invention when it is serviced as one of the Internet online games. In order to provide a variety of services, it is necessary to implement the above-described dice digit matching game of the present invention as a client program, and to provide a server program for providing various supplementary services by utilizing the characteristics of the online game. This will be described in detail.

When the person who wants to participate in the game makes a web connection to the game site operated by the service provider using his computer (S10), the web server 40a responds to provide the initial screen of the game site (S12). The game service can be operated on a membership basis, and in this case, check whether the accessor is a member, and if not, induce a user to log in after joining the membership (S14, S16, S18).

The game server 40b provides a selectable game menu for the terminal which has successfully logged in, and allows the visitor to select a desired game. If the game selected by the visitor is the dice number matching game of the present invention, it is checked whether the client program of the game is installed in the accessor's terminal. Then, if not already installed, the program is downloaded and installed on the accessor's terminal, and if it is already installed, the client program for the number matching game is executed on the accessor's terminal. . Thereby, the visitor terminal is connected to an environment in which this game can be enjoyed (S20, S22, S24, S26, S28). In addition, the FTP server 40c loads a patch file and game information necessary for this game in the accessor terminal connected to the dice number matching game (S30).

This dice number matching game is performed independently in one game room, and several game rooms are opened at a time so that each game room can play a game. The accessor may participate in the dice-matching game as the head of the game room or as a simple participant. The accessor who wants to become the owner selects a new game room, creates a game room, and gives conditions related to game participation or game progress for the dice number matching game played in the game room. Then, it may perform a role as a master such as commanding game execution (S32, S34, S36, S38).

A simple participant who participates in the game, selects a specific game room and decides to participate in the game room by referring to the information of the currently established game room, and if there is a game execution command of the owner of that game room, (S40, S42, S44).

The game logic is executed by the game player's game execution command (S46). When the game logic is executed, a client-server communication relationship is established between the terminals 30a, .., 30d of all players participating in the game and the game server 40d, and the terminals 30a, .., 30d of the players are established. A peer-to-peer communication relationship is established with each other.

When the game ends (S48), if you want to start a new game again, start again from the game room selection procedure (S32), otherwise log out. The logout fact is notified to the DB server 40b of the server system 40 so as to store and manage information on game results for each member.

More detailed procedures of the game logic of S46 are briefly summarized in the flowcharts of Figs. 10A to 10C. In particular, the game logic of FIGS. 10B and 10C is executed in one frame period in one terminal and is commonly executed in other terminals.

First, the terminal of the player 1 logs in to the game server 40d (S100), selects a channel according to the game difficulty, sets itself as the owner, and sets the maximum number of participants in the game room to a multiple of 2, for example, 2 or 4 people. Granted to open a game room (S102). Until all of the specified number of players participate, the terminal of the participants already receives the information of the new participants entering the game room from the game server 40d, or performs a transmission / reception process such as a chat message between the participants until the game starts. The process is performed (S104 to S116). When all of the specified number of players participate, the game starts (S118, S120). The game start is instructed by the master player P1, and the game start message of the master player P1 is transmitted to the game server 40d, and the game start message is transmitted to other participants through the game server 40d. In response to the game start message, the terminals of the game participants all start the game in synchronization under the same initial condition. In order to start the synchronized game, the first variables are initialized (S122). The falling speed of the dice block may be given a different value depending on the player's level. After the initialization process, the procedure of steps S130 to S160 is periodically performed through the synchronized execution of the client program as described above.

The game server 40d transmits dice block generation information such as the form and order of dice blocks to be generated for each player (S130). The terminal of each player generates a dice block to be generated every cycle based on the information provided from the game server 40d at the top of the game area of the player and drops it toward the start line (S132). If the player moves the falling dice block to the left or right using the input device of the game terminal or changes the phase of the falling dice block (rotation), the falling dice block is changed according to the operation. The fall path and phase change processing are performed. In addition, the processing result is transmitted to the game server 40d (S134). In this manner, the game server 40d collects the current position and phase information of each player's falling dice block transmitted by the terminal of each player. Position and phase information of the dice blocks of all the players collected in the game server 40d is transmitted to the terminal of each player again and displayed on the screen (S136). Thereby, the terminal of each player can grasp | ascertain the game progress state in the current cycle of all the players participating in a game in real time.

When the dice block falling from each game area touches the starting line or a pile of dice stacked on it, the dice block stops falling and is seated in place (S138). When the dice block is seated, the sum of the numbers with the neighboring dice is calculated and it is determined whether the sum is a specific value, for example, 7. If there is a dice having a sum of 7, the dice are destroyed by the explosion (S140, S142). As the game continues, if the total number of dice in the falling dice block and the neighboring dice reaches 7, the dice will be destroyed by the explosion, and each time there is an explosion of the dice, the attack score will be calculated as described above. Perform (S144). Each time the attack score increases, the amount of movement of the starting line is calculated by comparing with the opponent's defense score. The new y coordinate to which the start line is moved is calculated by reflecting the calculated movement amount, and the start line is moved to the calculated y coordinate. In addition, all dice stacked in the game area are moved by the same amount of movement. As a result, the game area of the opponent is reduced, and the game area of his team is expanded to the game area of the opponent team (S146, S148).

Based on game progress information such as dice block positions and phases of all the other players received from the game server 40d, the process of the opponent team's game area is performed in the same manner as described above (S150, S152, S154, S156, S158).

It is determined whether the state that has undergone such processing corresponds to a condition that determines whether the game is won or lost (S160). As a condition for determining a game's win or lose, at least one or a suitable combination of the aforementioned examples may be applied. For example, it is checked whether the state is reached when the logic is configured to end when the highest point of the dice blocks accumulated in each game area reaches the top of each game area or when the start line touches the deadline. As a result of the check, if the above condition is satisfied, the fact is reported to the game server 40d, and the game server 40d notifies the terminal of all players participating in the game room whether or not the game is won (S162). If the above conditions are not satisfied, the above procedures S130 to 160 are repeated again. Then, the points obtained in the game execution process and / or the contracted points are assigned to the winning team and the losing team, and the stored points are stored in the database and managed. If the above process is processed, the game is over (S166).

The inventors have actually implemented the dice number matching game of the present invention as a program based on the idea described above. FIG. 13A is a screen shot of a game screen in an individual game mode when executing the implemented game program. In particular, FIG. 13A is a game screen displayed on a game terminal of a first player named “heartplus2”. FIG. 13B is a screen shot of a game screen according to the second embodiment of the team opposing game mode. In particular, FIG. 13B is a game screen displayed on a game terminal of a first player named “comatose2”. The actual game screen is configured to display the game status of all players participating in the game, and in particular, personal information (90a, 90b, 90c, 90d) of each player's name, character, odds, etc. A dice block 92 and the like are displayed, and function buttons for progressing or controlling the game are also provided.

The game of the present invention described above may be implemented as a program for a server and a client, and installed in the server system 40 and game terminals 30a to 30d of each player, thereby serving as an online game. Those skilled in the art will be able to make various modifications to enhance the interest of the game based on the basic concepts described above. The dice of the present invention include variable control of the falling speed of the dice block, previewing the shape of the dice block to occur in the next cycle, leveling each player and introducing various game methods using each level, and introducing various game competitions. It may be possible to combine further with the number matching game.

On the other hand, it is natural that the above-mentioned dice number matching game can be implemented as a single player game. 11 shows an example of a game screen in the case of implementing the dice number matching game of the present invention for one person. Implementing a single-player game is much simpler to implement than a personal or team mode. If the player manipulates the drop path and / or the phase by using the operation means of the game terminal while the dice block composed of one or more dice falls from the top to the bottom of the game area 100, the dice block falls according to the operation contents. Process to change the path and / or phase, or if the falling dice block touches the dice stacked on or below the game area 100, the falling dice block completes the drop and is fixed at the position. The same thing is the same as the competitive mode game described above. In the single-player game mode, it is checked whether a predetermined number of dice that have been dropped currently meet with the condition that the sum of the number eyes made by combining with the predetermined number of dice already existing in the neighboring position is equal to the predetermined value, If such a condition is satisfied, a predetermined event may be processed. Examples of what may be considered as the predetermined event are as follows. a) destroying dice that meet the condition, b) destroying dice within a predetermined range of the dice that meet the condition, and c) having the same eye as the number of dice of the dice that meets the condition. It is to destroy the dice. Any one of these events or a combination thereof may be applied. These events can of course be applied to all kinds of games proposed in the present application.

In the single-player game mode, as in the previous case, the dice placed on the destroyed dice are dropped to empty space occupied by the destroyed dice, and then further processed to destroy the dice satisfying the above conditions. The processing can be repeatedly performed until the case where the condition is satisfied does not occur.

On the other hand, if the single-player game is extended like the game method of FIG. 2, a single game screen can be implemented as a game in which several people play the single-player game in parallel and rank according to the scores obtained by each person. have. 12 shows an example of a game screen in this regard. In FIG. 12, the dice number matching game is performed by several people, but the game is progressed in its own fixed game area. It demonstrates more concretely. Game terminals of a plurality of players participating in the same game are connected to a wired communication network, a wireless communication network, or a local area network. In this environment, each player uses a game terminal to play a game together in an online game mode. In this case, separate game areas 110a to 110d are given to each player. The game progress of one player is transmitted to the terminal of the other player in real time, so that each player's game terminal displays the game progress of all players participating in the game in real time. Changes in the path and / or phase of the falling dice block, settling of the falling dice block, event generation and score processing when a certain number is matched are almost similar to the above descriptions, and thus the description thereof will be omitted.

On the other hand, the dice number matching game of the present invention can be applied to a variety of game platforms and services, it can be widely applied to commercial game services. That is, not only can it be made into an online game running on a personal computer or video game console (e.g., X-Box, PlayStation, Game Cube, etc.) connected to the Internet or an intranet, but also a mobile device connected to a wireless network such as a mobile phone. It can also be made into mobile games such as PDAs, tablet PCs, etc., and can also be applied to commercial arcade game machines connected to wired / wireless or local area networks, and can be applied to all game platforms known or newly developed.

Furthermore, the dice number matching game according to the present invention can be implemented not only as a 2D game but also as a 3D game. Although the present invention has been described above as a game played in a two-dimensional plane, those skilled in the art will be able to transform the dice number matching game that can be performed in the three-dimensional space with reference to the above description.

Dice number matching game of the present invention can give a real fun of the game in that it is oriented towards the way of confrontation between people. Existing block games are a competition between people and a computer or a ranking competition without a studio, and thus lack the dynamics and urgency of the game. However, the game of the present invention is interactively made while all players participate in a game and share the same game screen. The tension and dynamism of the game is much higher in that it can be played with an opponent. It can increase the game participants' interest in the game.

In addition, it is necessary to make the game conditions given to all players fair in that it is a game of confrontation. For this purpose, the game screens of all players are arranged so that the entire game area is arranged based on their perspective. In other words, any player can play a game in which their game area is always upright.

Although described above with reference to a preferred embodiment of the present invention, those skilled in the art various modifications and changes to the present invention without departing from the spirit and scope of the invention described in the claims below You can. Accordingly, all changes that come within the meaning or range of equivalency of the claims are to be embraced within their scope.

Claims (33)

If the player manipulates the drop path and / or the phase by using the control means of the game terminal while the dice block composed of one or more dice falls from the upper part to the lower part of the game area, the falling path of the dice block according to the operation contents and And / or change the phase, and when the falling dice block touches the dice stacked on or below the game area, the falling dice block completes the drop and is fixed at that position, and the current drop is completed. When a predetermined number of dice meets the condition that the sum of the number eyes made by combining with the predetermined number of dice that already exist in the neighboring position and meets the same value is satisfied, the predetermined event occurs. To match the dice number matching game, Method. 2. The method of claim 1, wherein the predetermined event includes extinguishing dice that meet the condition, extinguishing dice that fall within a predetermined range to the dice that satisfy the condition, and the number of dice that satisfies the condition. The method for the number matching game dice, characterized in that any one or a combination of the extinguished dice having the same eyes. The method according to claim 1 or 2, wherein the dice placed on the extinguished dice are dropped to empty space occupied by the extinguished dice, and then further processed to destroy the dice satisfying the above conditions. A method for matching a dice number game, characterized by continuing to perform repeatedly until no condition is satisfied. 3. The dice according to claim 1 or 2, wherein the dice block is formed by arranging a plurality of dice having the same or different numbers of eyes, adjacently arranged in a vertical direction, a horizontal direction, a diagonal direction, or a mixture thereof. Action for number matching game. According to claim 1 or 2, In the environment where a plurality of game terminals are connected to a wired communication network or a wireless communication network, two or more players to play a game by using their own game terminal in an online game method, Each player is given a separate game area, and the game progress of one player is transmitted to the other player's terminal in real time, and each player's game terminal displays the game progress of all players participating in the game in real time. Process for a dice number matching game, characterized in that displayed. Give each team half a common game area, at least one of the dice falling from each team's game area and seated in a specific position is at least horizontally, vertically, and / or obliquely adjacent to each other. When the sum of the number eyes made with one dice is equal to the predetermined value, the dice combination which makes the sum of the number eyes is processed to be extinguished, and the attack score is calculated according to the extinction of dice generated by each team during the game. The dice number matching game is performed by expanding a game area of a team that caused die elimination by a variable amount of game area calculated using at least the calculated attack score and reducing the game area of an opposing team. Treatment method. 7. The game system of claim 6, wherein each team includes at least one player, and the game area of each team given at the start of the game is each half of the game area divided up and down by the start line. Each team's game area consists of one game area per team or player, and the game screen displayed on each team's game terminal is placed with the team's game area above the opponent's game area. The generated dice block moves from top to bottom in the game area of his team but moves from bottom to top in the game area of the opposing team. 8. The dice number matching game of claim 7, wherein the expansion or contraction of the game area of each team is performed by moving the dice seated on the starting line and the game area of each team by the variable amount of the game area. Treatment method. The method according to claim 6 or 7, wherein in each game area, dice blocks composed of one or a plurality of dice are dropped in sequence, and each player's terminal drops by the player using the input means of his terminal. And a step for monitoring a falling path and / or a phase change of the dice block being processed, and processing a falling path and / or a phase change of the falling dice block according to the operation. The method according to claim 6 or 7, wherein each team is equally or differentially assigned a defensive wall score, and the game area variable amount is determined based on the attack score of one team and the defensive wall score of the opposing team. A method for dice matching games, characterized in that determined by the comparison of. The method according to claim 6 or 7, wherein the creation and drop of the dice block in each game area, the change of the fall path and / or phase of the falling dice block, the seating and extinction of the falling dice block, the expansion and contraction of the game area And the processing contents and / or processing results related to the processor are processed to be shared and transmitted in real time to the game terminals of all other players participating in the game. As a game method in which two teams share the same game window using a plurality of terminals connected through a communication network, The entire game area is divided into the game area of the first team and the game area of the second team by the start line, and the initial game screen of the configuration where the deadline is set is displayed on the game terminal of each player at the upper end of the game area of each team. step; Processing a dice block consisting of a combination of one or more dice to be sequentially generated at an upper end of each team's game area and descending toward the start line to be stacked on the start line; Processing a path and phase change of a falling dice block in response to an operation performed by each player using his terminal; If each dice in the dice block seated through the falling process is combined with at least one dice in the horizontal, vertical, and / or diagonal direction, the dice are processed so that the dice die. step; In the course of the game, the sum of the points given to the extinguished dice to calculate the attack score of the corresponding team: And Calculating a moving amount of the starting line using at least the calculated attack score, and moving dice blocks accumulated in the starting line and the game areas of both teams toward the game area of the opposing team of the team having the attack score; Process for a dice number matching game, characterized in that. The game screen displayed on the game terminal of each team has a game area of its own team placed on top of the opponent's game area, and the dice block generated at the top of each game area is from top to bottom in its team's game area. But moving in the opponent's game area from the bottom to the top is displayed. The processing contents according to claim 12, wherein the processing contents related to the generation of the dice blocks made in each game area, the change of the fall path and / or the phase of the falling dice blocks, the settling and disappearing of the falling dice blocks, the movement of the starting line and the dice, Or the processing result is further provided to be shared in real time to the game terminals of all the other players participating in the game. The method according to claim 12, wherein in the course of the game, i) monitoring whether the starting line or the dice blocks stacked thereon have reached the deadline of the team or the top of the game area to determine that the team in which the situation occurred is lost, Or ii) determining the win or loss of the game by comparing the gap between the start line and the deadline of both teams or the top of the game area after the game time limit and determining that the team with the narrow gap is lost. How to play dice character matching game. 13. The method of claim 12, wherein the dice placed on the expired dice are seated in an empty space occupied by the destroyed dice, and then the die extinction processing step is performed again. The method for the dice number matching game, characterized in that it further comprises the step of continuing to perform until not made. The game area of each team is composed of one common game area irrespective of the number of players belonging to its team, and a separate dice block is generated for each player at an upper end of the common game area. A method for matching a dice number game, characterized in that the point is given. The dice according to claim 12 or 13, wherein the game area of each team includes game areas for each player as many as the number of players per team, and a separate dice block generation point is given to each game area for each player. Action for number matching game. 13. The dice number matching game of claim 12, wherein the dice block comprises a plurality of dice having the same or different numbers of eyes in a vertical direction, a horizontal direction, a diagonal direction, or a mixture thereof. Treatment method. According to claim 12 or 13, wherein the weight of the dice is given a different weight according to the value of the number of the dice and / or the color of the dice, and the attack score is set to the value of the weight of all dies extinguished Process for a dice number matching game, characterized in that. 15. The method according to claim 12 or 13, wherein the defense points are assigned to each team equally or differentially according to a predetermined criterion, and the movement amount toward the opposing team game area of the start line is determined by the attack score obtained by the specific team. A method for matching a dice number game, characterized in that determined by comparing the opponent's defense score. The method of claim 12 or 13, wherein at least one game terminal is provided to each team or each player, and each game terminal is connected to a game server through a wired or wireless communication network. Process for a dice number matching game, characterized in that. The method according to claim 12 or 13, wherein the shape and order of the dice blocks generated in the game area of each team are controlled by the game server determined by a separate generation logic for each player and provided to each player's terminal. Process for a dice number matching game, characterized in that. The method of claim 12 or 13, wherein the extinction has the same eye as the number eyes of the dice composing adjacent dice of the dice combination whose sum of numbers makes up the predetermined value, or constituting the dice combination. A method for matching dice games, characterized in that the dice die together. A game service providing method using a server system and a system environment in which a plurality of terminals can connect to the server system as a client through a wired and / or wireless communication network, Loading a program for a client of the dice number matching game on a terminal of users who select the dice number matching game from a game menu; When the first user opens a game room as a leader player and the desired number of players participate in the game room, instructing the game start by determining a match type and a team; And In response to the game start instruction, each player's terminal executes the client program to enable a participating player to play the dice number matching game in an online game mode in a networked state with the server system. , In the dice number matching game, both teams are given a common game area by half, and at least one of the dice falling from the game area of each team and seated at a specific position is first placed horizontally, vertically and When the sum of the number eyes made with at least one dice adjacent in diagonal direction is equal to the predetermined value, the dice combination which made the sum of the number eyes is treated to be extinguished, and the dice made by each team during the game are destroyed. Calculate the attack score according to the game score and at least the game area of the team that caused the die extinction by a variable amount of game area calculated using the size of the calculated attack score is expanded and the game area of the opposing team is provided with data processing. Featured dice number matching game service method. 26. The system of claim 25, wherein each team includes at least one player, and the game area of each team given at the start of the game is each half of the game area divided up and down by the start line. Each team's game area consists of one game area per team or player, and the game screen displayed on each team's game terminal is placed with the team's game area above the opponent's game area. The generated dice block moves from top to bottom in the game area of his team but moves from bottom to top in the game area of the opposing team. The dice block according to claim 25 or 26, wherein dice blocks composed of one or a plurality of dice in each game area are dropped in sequence, and each player's terminal drops by the player using an input means of his terminal. A dice number matching game, further comprising a function of monitoring an operation for changing the fall path and / or a phase of the dice block in progress and processing a falling path and / or phase change of the falling dice block according to the operation; Service method. 27. The method according to claim 25 or 26, wherein the teams assign the defense points to the teams equally or differentially according to predetermined criteria, and the game area variable amount is determined based on the attack scores of one team and the defense team scores of the opposing team. Dice number matching game service method, characterized in that determined by the comparison. 27. The method according to claim 25 or 26, wherein the creation and falling of dice blocks made in each game area, change of the fall path and / or phase of falling dice blocks, settling and disappearing of the falling dice blocks, expansion and contraction of the game area. And the processing contents and / or processing results related to the data, etc. are processed by the server system to be shared and transmitted in real time to the game terminals of all the other players participating in the game. 27. The dice number matching game service of claim 26, wherein the expansion or contraction of the game area of each team is performed by moving the dice seated on the start line and the game area of each team by the variable amount of the game area. Way. 31. The method according to claim 30, wherein in the course of the game, i) monitoring whether the starting line or the dice blocks stacked thereon have reached the deadline of the team or the top of the game area, thereby determining that the team in which the situation occurred is lost; Or ii) determining the win or loss of the game by comparing the gap between the start line and the deadline of both teams or the top of the game area after the game time limit and determining that the team with the narrow gap is lost. Featured dice number matching game service method. 26. The method of claim 25, wherein the dice placed on the expired dice are dropped to empty space occupied by the destroyed dice, and then checked again to see if there is a dice combination that satisfies the extinction condition. And continuing until the sum of numbers does not produce the predetermined value. 26. The method of claim 25, wherein the shape and order of the dice blocks generated in the game area of each team are controlled by the server system determined by a separate generation logic for each player and provided to each player's terminal. How To Match Dice Number Game Game.