JP5423938B2 - Game device control program - Google Patents

Description

  The present invention relates to a game device control program for controlling a game device that performs a battle process in which a player battles.

  2. Description of the Related Art Conventionally, there are game systems in which a plurality of players each operate a game device to perform a fighting game, a battle game, a battle game such as Go, and shogi.

  In recent years, a game system is known in which game devices installed in amusement facilities throughout the country are connected via the Internet and a battle game is played between players who are distant from each other.

  In such a game system, in order to increase the player's willingness to participate, points are given to the player by winning the battle game, and levels such as ranks and ranks representing the player's position in the battle game are given. Yes. As the points given to the player rise and fall, the player's class rises and falls.

  Based on the points and classes given in this way, the matching of players of the same rank is performed to further enhance the fun of the game.

As one type of such a game system, an IC card is used to manage points based on a player's win / loss result, and a play item using a card such as paper or plastic is known (Patent Document 1, Patent Document 2).
JP 2006-102390 A JP 2006-109936 A

  In such a game system, as a result of the battle game, points are awarded to the winning player, and points are deprived from the defeated player.

  As a method of giving points, for example, when a player's class is low so that more points are given to beginners, the points obtained at the time of victory are increased, but the points lost at the time of defeat are reduced, and the player's class is high Proposed a setting that reduces the number of points gained when winning, but increases the number of points lost when losing.

  However, although this proposed setting has the advantage of increasing the willingness to participate in the game for low-level beginners, in the end, the points of all players, including beginners and experts, come closer to a predetermined average value, There is an unfair feeling that it is disadvantageous for highly skilled players.

  Therefore, in order to accurately reflect the player's ability and to ensure the reliability of the points, it is usually desirable to have the same number of points given to the winning player and points taken away from the defeated player.

  However, when such a setting is made, at the beginning of participation in the game system, points are gained according to the player's ability, and the rank increases.

  However, the matching of the battle game is normally set so as to play against players of the same level. For this reason, when a player becomes a rank appropriate for his / her ability, the battle with the player of the same level will continue, and as a result, as long as the player plays normally without significant skill increase, etc. Is in a saturated state where the class moves up and down but the class does not rise.

  For this reason, if the period of participation in the game becomes longer, the player who has played the game a greater number of times can not be promoted from a certain stage earlier, and the resulting willingness to participate in the game tends to decline. It was.

  An object of the present invention is to provide a game apparatus for controlling a game apparatus that can maintain a player's willingness to participate in a game while preventing an unfair feeling of increase / decrease in class points based on the outcome of the game. It is to provide a control program.

A game apparatus control program according to an aspect of the present invention is a game apparatus control program for controlling a game apparatus having an operation unit operated by a player, a storage unit, and a control unit that performs a battle process by the player. In the storage unit, for each player, a class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class point corresponding to the class level A class point table indicating the relationship between the game device and the control unit of the game device, wherein the control unit of the game device selects one player for performing one battle process and another player based on the class point of the player; As a result of the one battle process, the class level of the one player is lower than the class level of the other player. Te, when the one player is determined to be winning, and steps to promote the class level of the one player in the class level of the other players, the result of the one competition process, the one player When the class level of the player is promoted to the class level of the other player, the class point of the one player is increased to a class point corresponding to the promoted class level based on the class point table. Let it run.

  In the game device control program described above, when the player's class points increase as a result of the battle process, the player's class level is promoted based on the class point table, and the player's class level is increased. If the class points decrease, the step of determining the player's class level may be further executed so as to maintain the player's class level without being demoted.

  In the above-described game device control program, the other player's class level is lower than the class level of the other player, and the points of the other player are based on the class point table. If it is determined that the one player has won on the condition that the points are less than the points corresponding to the player's class, the step of promoting the class level of the one player to the class level of the other player May be executed.

  In the game device control program described above, the class level of the one player is lower than the class level of the other player, and the points of the one player are more than the points of the other player. If it is determined that the one player has won, the step of promoting the class level of the one player to the class level of the other player may be executed.

  In the game device control program described above, the class level of the one player is lower than the class level of the other player, and the point of the one player is based on the class point table. If it is determined that the one player has won on the condition that the point corresponds to the player's class, the class level of the one player is promoted to the class level of the other player; May be executed.

A game device according to an aspect of the present invention is a game device including an operation unit operated by a player, a storage unit, and a control unit that performs a battle process by the player. A class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class point table indicating the relationship between the class points corresponding to the class level are stored. is, the control unit, based on the rank point of the player, and selecting the one player and another player performing one match process, the one match process result, the class level of the one player Is lower than the class level of the other player, and it is determined that the one player has won, the one player A step of promoting a class level to class level of the other players, the result of one match process, when the rank level of the one player is promoted to rank the level of the other players, the one player A step of increasing the class point to a class point corresponding to the promoted class level based on the class point table .

According to the present invention, in the storage unit of the game device, for each player, a class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class level And a class point table showing the relationship with the class point corresponding to, and the control unit of the game device selects one player who performs one battle process and another player based on the player's class point As a result of the step and one battle process, if it is determined that one player's class level is lower than the other player's class level and one player has won, the one player's class level a step of promoted to rank the level of other players, the result of one match process, the temperature class level of one player to rank the level of other players The case, the class points for one player, based on the class point table. Thus and a step of increasing the rank point corresponding to the class level promoted, rank points by the original outcome of the game It is possible to maintain the player's willingness to participate in the game while preventing the increase / decrease in feeling unfair.

[One Embodiment]
A game system according to an embodiment of the present invention will be described with reference to the drawings.

(Outline of the game system)
The game system of the present embodiment is one in which game devices installed in amusement facilities throughout the country are connected via the Internet. Even players who are distant from each other can play a battle game.

  Amusement facilities are located, for example, in each region of Japan. Each amusement facility is provided with a plurality of game devices for playing games.

  The player plays a battle game by inserting coins into the game device. The game apparatus is provided with an IC card reader / writer for reading a member's card which is an IC card.

  Each game device is connected to a LAN in the amusement facility and can communicate with other game devices in the amusement facility. In addition, the LAN of the amusement facility is connected to a network of virtual private lines called VPN, and can communicate with game devices in other amusement facilities. Therefore, even if the installation location is remote, it is configured such that a common battle game can be played by any game device.

(Configuration of game device)
A game device in the game system according to the present embodiment will be described with reference to FIGS. 1 and 2 are views showing an appearance of a game device in the game system according to the present embodiment. FIG. 3 is a block diagram of the game device in the game system according to the present embodiment. FIG. 4 is a diagram showing a configuration of an IC card used in the game system according to the present embodiment.

  In the present embodiment, a case where the game apparatus is applied to a battle battle game in which players battle each other will be described, but it goes without saying that the present invention can also be applied to other types of battle games.

  In this embodiment, a card is used as a play item. A code is printed on the back surface of the card, or a seal on which the code is printed is attached. Further, instead of a card, a figure or the like having a code printed on the bottom surface or a sticker on which a code is printed may be used.

  As shown in FIGS. 1 and 2, the game apparatus 10 communicates with the two large panel displays 12, a main control unit 14 that performs game control in a plurality of terminal devices 16 a to 16 h described later, and the main control unit 14. It consists of a plurality of terminal devices 16a to 16h that are connected to each other.

  The main control unit 14 functions as a control device that controls the plurality of terminal devices 16 a to 16 h in the game apparatus 10.

  The large-sized panel display 12 displays an image of the current power map that changes every moment, an introduction as a “historic emperor” of a player who achieved the unification of the world (high ranking in the game ranking on the network), an emperor ranking, etc. .

  A player who participates in the game for the first time first purchases a start set (item) necessary for the game and sits on a seat where the terminal devices 16a to 16h are installed.

  This start set includes an IC card 18 that is used as a recording medium for recording battle results, class points, and the like, and a card 20 that is a plurality of play items on which illustrations of military commanders leading each unit are printed. It is.

  The IC card 18 has characteristics of a military commander who is an appearance character in the game corresponding to the type and card data of the card 20 used by the player in the game (strong force and strong against “assault”, strong intelligence and “strategy”. Etc.) and past battle results, class points acquired in accordance with victory or defeat, etc. are stored. By reading the information stored in the IC card 18, data necessary for the game can be obtained, and it can be confirmed that the player is qualified to participate in the game.

  The card 20 is printed with illustrations of different military commanders on the front surface, and a data pattern (identification code) for identifying the military commander printed on the front surface is recorded on the back surface.

  Since the terminal devices 16a to 16h have the same configuration, the terminal device 16a will be described here.

  As shown in FIG. 2, the terminal device 16a includes a card placement panel 22 for placing cards 20 owned by the player, a monitor 24 on which images of battles are displayed, and an IC into which an IC card 18 is inserted. A card reader / writer 26 and a card issuing unit 28 for paying out a card after the game ends are provided.

  On the left side of the card placement panel 22, there is provided a select button 30 that is used to move the cursor when inputting a name or selecting a menu. On the right side of the card placement panel 22, "strategy", "assault", "striking", etc. are performed. An action button 32 to be pressed is provided.

  In the game apparatus 10 of the present embodiment, as shown in FIG. 3, the main control unit 14 is a large panel control unit for controlling display of the large panel display 12 via a LAN (Local Area Network) hub 34. 36 and the terminal devices 16a to 16h, and further connected to a virtual private line 38 called VPN.

  Although not shown, the main control unit 14 is provided with a CPU, a memory (RAM), a monitor, a keyboard, and the like.

  A large number of game apparatuses 10 installed in amusement facilities throughout the country are also connected to the virtual private line 38.

  A server 39 is provided to manage a large number of game apparatuses 10 installed in amusement facilities nationwide, and the server 39 is also connected to a virtual private line 38. Although not shown, the server 39 is provided with a CPU, a memory (RAM), a monitor, a keyboard, and the like.

  The server 39 also functions as a control device that controls the terminal devices 16 a to 16 h in the game devices 10.

  The large panel control unit 36 includes a CPU 40, a memory (RAM) 41, an input / output interface 42, a sound circuit 44, and a graphic display circuit 46.

  The memory (RAM) 40 stores various image data displayed on the large-sized panel display 12 and a control program for selecting and sequentially displaying the various image data, determining the priority order.

  The input / output interface 42 is connected to the main control unit 14 via the hub 34 and is connected to switches 48 for operating the large panel display 12.

  The sound circuit 44 is connected to a sound amplifier 50 that outputs sound corresponding to various images displayed on the large panel display 12.

  The graphic display circuit 46 displays the image selected by the control signal from the CPU 38 on the large panel display 12.

  Each of the terminal devices 16a to 16h includes a CPU 52, a memory (RAM) 54, an input / output interface 56, a sound circuit 58, and a graphic display circuit 60.

  The memory (RAM) 54 stores various image data displayed on the monitor 24 and a control program.

  In addition to the main control unit 14, the input / output interface 56 is connected to an IC card reader / writer 26, an image sensor 62 for reading card data stored on the back side of the card 20, and switches 64 for operating the monitor 24. Has been.

  The sound circuit 58 is connected to sound amplifiers 66 that output sound corresponding to various images displayed on the monitor 24.

  The graphic display circuit 60 causes the monitor 24 to display an image selected by a control signal from the CPU 52.

(IC card data table)
The configuration of the IC card 18 used in the game system according to the present embodiment will be described with reference to FIG.

  In the game system of this embodiment, the player reads the IC card 18 that is a member's card and participates in the battle game. The IC card 18 stores the data shown in FIG.

The data of the IC card 18 is composed of the following columns.
1. 1. “Card ID” field for identifying an IC card 2. “Player registration name” column indicating the registered name of the player. 3. “Player achievement record” column indicating the player achievement record. 4. “Class points” column indicating the total number of points that change due to winning or losing in the competitive game. 5. “Class level (rank name)” column indicating the rank in the competitive game. 6. “Play History” column showing the play history of the player's battle game “Game information” field indicating the game information of the player (owned weapons for each character, number of consecutive wins, belonging teams, etc.) “Class point” is a numerical value called a point value, and “Class level” is a numerical value called a level value .

(Outline of the battle game rank system)
An overview of the rank system of a battle battle game that is a battle game in the game system according to the present embodiment will be described.

  As described in the configuration of the IC card, a player who participates in the game system of the present embodiment has a “class point” indicating the achievement in the battle game and a “class level (rank name)” indicating the rank in the battle game. Given.

  “Class points” are given according to the win or loss in the competitive game. The winning player is given a predetermined number of class points, for example, +50 class points based on the mode of victory. The defeated player is given a negative class point of a predetermined number of class points given to the winning player, for example, −50 class points.

  In the present embodiment, in order to secure the value of the class points, the total value of the class points given to the winning player and the class points given to the defeated player is determined to be zero.

  This prevents the player from feeling an unfair feeling that the risk at the time of defeat is low for a player with a low class level and that the risk at the time of defeat is high for a player with a high class level.

  The “class level (rank name)” is given based on the “class point” possessed by the player. FIG. 5 shows a class point table showing the relationship between class levels (rank names) and class points. Needless to say, the relationship between the class level (rank name) and the class point is not limited to the specific example of FIG.

  A player with a class point of 0 to 99 has a class level of “1” and a rank name of “general soldier”.

  A player with a class point of 100 to 199 has a class level of “2” and a rank name of “commander”.

  A player with a class point of 200 to 399 has a class level of “3” and a rank name of “platoon leader”.

  A player with a class point of 400 to 599 has a class level of “4” and a rank name of “community leader”.

  A player with a class point of 600 to 799 has a class level of “5” and a rank name of “battalion leader”.

  A player with a class point of 800 to 1099 has a class level of “6” and a rank name of “admiral”.

  A player with a class point of 1100 to 1399 has a class level of “7” and a rank name of “commander”.

  A player with a class point of 1400 to 1799 has a class level of “8” and a rank name of “general”.

  A player with a class point of 1800 to 2199 has a class level of “9” and a rank name of “Emperor”.

  A player with a class point of 2200 or more has a class level of “10” and a rank name of “Great Emperor”.

(Promotion / demotion of class level (rank name))
The class level (rank name) is set based on the class points possessed by the player in principle, but in this embodiment, when the player wins (when the class points increase) and when the player loses (the class points decrease). Change in different ways.

  When the player wins the competitive game and the rank points increase and exceeds the threshold between the rank levels (rank names), the player is promoted to a higher rank level (rank name).

  For example, as shown in FIG. 6, when a player whose class level having 1080 class points is “6” and whose rank is “admiral” wins the battle game and acquires 50 class points, 1130 class points are obtained. Since the class level (rank name) exceeds the class point “1100” which is a threshold value between “6 (admiral)” and “7 (commander)”, the player's class level (rank name) is “7 (commander)”. ) "

  On the other hand, even if the player loses the battle game and the class points decrease and exceeds the threshold between class levels (rank names), the class level (rank name) is not demoted and does not change.

  For example, as shown in FIG. 6, if a player whose class level having “1830” class level is “9” and whose rank is “Emperor” loses 50 class points after defeating the battle game, 1780 class points are obtained. However, the class level (rank name) remains “9 (Emperor)” and is not demoted to “8 (General)”.

  Further, a player whose class point (rank name) is 830 class points corresponding to “6 (admiral)” and whose class level (rank name) is “7 (commander)” If you lose 50 class points after defeating a competitive game, the class level (rank name) will be 780 class points corresponding to “6 (admiral)”, but the class level (rank name) will not be demoted and will be two steps higher No. 7 (commander).

  Furthermore, in such a system, when the class level (rank name) changes across the threshold, it is necessary to clear a special battle or event called “promotional battle”, but the higher class level ( You may be exempt from special battles and events as long as you hold the rank).

  For example, when a player whose class level (rank name) is 7 (commander) with 780 class points (equivalent to class level 6) wins the battle and reaches 830 points, class level 7 which is the higher class is Since it is held, the class level (rank name) may be exempt from special battles and events necessary for promotion to 7 (commander). As a result, the hurdle for returning to a higher rank is lowered, and the player's motivation to rematch the game can be increased.

  In this way, in this embodiment, the promotion of the class level (class name) occurs due to an increase across the threshold of class points, but the demote of the class level (class name) does not occur due to a decrease in class points. The demotion of the class level (rank name) occurs in the replacement battle described below.

  For this reason, there may be a player whose class points are lower than the class level (rank name). As a possibility, the class level (rank class name) is “10 (Great Emperor)” which is the highest rank, but the class point is equivalent to “1 (general soldier)”, for example, a class of 80 class points. There may be a player whose level (rank name) is 10 (the Emperor).

(Swapping battle)
In the battle game in the present embodiment, for example, players who operate game devices provided in amusement facilities in various parts of the country are matched to play a battle game.

  Various conditions are conceivable as conditions for matching the players, but it is desirable that players having the same ability compete against each other. It is because it is thought that it is not interesting to play if there is a difference in ability.

(Matching conditions)
In the present embodiment, players are matched with each other according to a predetermined matching condition. Matching players according to predetermined matching conditions based on “player results”, “class points”, “class level (rank name)”, “play history”, “game information”, etc. recorded on the IC card of the player To do.

The matching conditions of this embodiment are as follows.
(A) Class point The difference of the class point between players who play is within a predetermined number, for example, within 200 class points.

The ratio of the class points between the players to play is within a predetermined value range, for example, 0.9 to 1.1.
(B) Class level (rank name)
The difference of the class level (rank name) between the players to play is within a predetermined value, for example, within the second class level.

No conditions are set for the class level (rank name) between players in the battle.
(C) Player results The difference in the number of battles between players competing is within a predetermined number.

The ratio of the number of battles between the players to play is within a predetermined value range.
(D) Play history When there are a plurality of players as matching candidates, matching is selected with priority given to a combination with a small difference in the number of battles between players.
(E) Game information Matching is selected using unique settings for individual games. For example, in the case of a battle game in a plurality of countries, a matching partner is selected in preference to a player set in the army of another country instead of a player opponent set in the own country's army.

(Replacement war condition)
As a result of the matching, when the following conditions (a) to (c) are satisfied between the players A and B who are in a match, the battle game is set as a “replacement battle” for changing the class level (rank name).
(A) The player A's class level (rank name) Ga and the player B's class level (rank name) Gb are different.
(B) The class point Pb of the player B with the lower class level (rank name) Gb is higher than the class point Pa of the player A with the higher class level (rank name) Gb.
(C) The player A having a higher class level (rank name) Ga has less class points Pa than the class points originally corresponding to the class level (rank class) Ga.

Further, the following condition (d) may be added.
(D) The class point Pb of the player B whose class level (class name) Gb is lower is within the range of the class points originally corresponding to the class level (class name) Gb.

  The condition (b) is a condition provided for generating a replacement battle when the class point Pb battles with the upper player B.

  Condition (c) is that player A who is higher in class level (rank name) Ga, that is, player A who is demoted due to a replacement battle, has been defeated in the battle game and the class points have decreased in the past. This is a condition provided to limit the player who has fallen beyond the threshold between the names.

  Condition (d) is that a player who has a lower class level (rank name) Gb, that is, a player B who is promoted by a replacement battle, has been defeated by a battle game in the past and has received a lower class point. This is a condition provided in order not to include players who have exceeded the threshold value between the names.

  Note that all or any of the conditions (b), (c), and (d) may not be included in the replacement battle occurrence condition.

(Replacement battle end process)
As a result of the replacement battle, what kind of end processing is performed will be described.
(A) When player B who has a lower class level (rank name) wins The class level (rank name) is replaced.

  The winning player B's class level is promoted from the class level (class name) Gb to the class level (class name) Ga, and the defeated player A's class level is from the class level (class name) Ga to the class level (class name). ) Demote to Gb.

  The winning player B's class point rises at a stretch to the class point range originally corresponding to the class level (rank name) Ga of the player A who has won the game, for example, to the lowest class point within the range.

  The class points of the defeated player A are reduced from the class point Pa by a predetermined number of class points based on the defeat, for example, 50 class points.

Note that the class level of the lost player A may be changed to a class level (rank name) corresponding to the player A's decreased class point (Pa-50).
(B) When the player A with the higher class level (rank name) wins The class level (rank name) is not replaced.

  A player A having a higher class level (rank name) Ga is given a predetermined number of class points based on the victory, for example, 50 class points, and a player B having a class level (rank name) Gb is determined based on a defeat. Several class points, for example 50 class points, are taken away.

  Player A remains at the class level (rank name) Ga, and player B remains at the class level (rank name) Gb.

(Specific example of replacement battle)
A specific example of the replacement battle will be described with reference to FIGS.
(I) Specific example 1 (refer FIG. 7)
Player A has a higher rank level (rank name) of rank 8 but has a lower rank point than player B, and player B has a lower rank level (rank name). Although it has a rank of level 6, the rank point is higher than the player A. It is assumed that the player B wins in the exchange battle and the exchange occurs.
-Swap battle occurrence Player A: Class level (rank name) = 8 (general), class point = 980
Player B: Class level (rank name) = 6 (admiral), class point = 1060
Replacement result Player A: Class level (rank name) = 6 (admiral), class point = 930
Player B: class level (rank name) = 8 (general), class point = 1400
・ Explanation Player B wins over Player A, whose class points have been lowered by two levels compared to the class level (rank name). As a result, the class level (rank name) has increased by two levels from the admiral to the general. Also, it rose from 1060 class points to 1400 class points, which is the minimum class point corresponding to generals. On the other hand, the player A is demoted from the general level to the admiral (class name), and the class point is lowered from the 980th class point to the 930th class point.
(Ii) Specific example 2 (see FIG. 8)
Player A is a player whose rank level (rank name) has a higher rank level 4, and player B is a player whose rank level (rank rank) has a lower rank level 5. It is assumed that the player A wins in the replacement battle and the replacement occurs.
-Swap battle occurrence Player A: Class level (rank name) = 4 (corporate commander), class point = 370
Player B: Class level (rank name) = 5 (battalion leader), class point = 220
Replacement result Player A: Class level (rank name) = 5 (battalion commander), class point = 600
Player B: class level (rank name) = 2 (commander), class point = 170
-Description As a result of the player A winning the player B whose class points are lowered by two stages with respect to the class level (rank name), the level 5 (class name) is the original class level of the player B. In response to this, it was raised to 600 rank points, which is the minimum rank point corresponding to level 5 (bat captain). On the other hand, as a result of losing, the player B has the class points reduced to 170 class points, and as a result, the rank has changed to the corresponding class level 2 (commander).
(Iii) Specific example 3 (see FIG. 9)
Player A is a player whose rank level (rank name) has a higher rank level 4, and player B is a player whose rank level (rank rank) has a lower rank level 5. It is assumed that the player A wins in the replacement battle and the replacement occurs.
-Swap battle occurrence Player A: Class level (rank name) = 4 (corporate commander), class point = 370
Player B: Class level (rank name) = 5 (battalion leader), class point = 220
Replacement result Player A: Class level (rank name) = 5 (battalion commander), class point = 600
Player B: class level (rank name) = 4 (corporate leader), class point = 400
-Description As a result of the player A winning the player B whose class points are lowered by two stages with respect to the class level (rank name), the level 5 (class name) is the original class level of the player B. In response to this, it was raised to 600 rank points, which is the minimum rank point corresponding to level 5 (bat captain).

  On the other hand, as a result of losing, the player B is set with the class level (rank rank) set to level 4 (the company commander), which is the original class level of the player A, and accordingly, the threshold value corresponding to the level 4 (the company commander) is set. The minimum class point was 400 class points. As a result of giving priority to the process of changing the class level, the losing player B also increased the class point.

  In this case, both players will receive a substantial increase in class points, and the entire player can be raised within the range of the basic rule in which the total points of class points are zero.

(Detailed flow of replacement game)
Details of the battle game in the game system according to the present embodiment will be described with reference to FIGS. FIG. 10 is a flowchart showing details of the battle game. FIG. 11 is a view showing a player data table in the battle game. 12 to 14 are diagrams showing game screens in the battle game.

  The flowchart of FIG. 10 is a flowchart when the player A who operates the first terminal device 16a and the player B who operates the second terminal device 16b are matched.

  The central flow shows the processing flow of the main control unit 14. The flow on the left side from the center shows the process flow of the first terminal device 16a operated by the player A, and the flow on the left side shows the operation of the player A. The flow on the right side from the center shows the processing flow of the second terminal device 16b operated by the player B, and the flow on the right side shows the operation of the player B.

  Note that all or part of the processing in the central flow executed by the main control unit 14 may be performed by the server 39 connected in the LAN round, or the first terminal device 16a and / or the second terminal. Device 16b may do this.

  Further, all or part of the processing in the left flow executed by the first terminal device 16a may be performed by the second terminal device 16b, the main control unit 14, or the server 39.

  Further, all or part of the processing in the right flow executed by the second terminal device 16b may be performed by the first terminal device 16b, the main control unit 14, or the server 39.

  When the player A inserts the IC card 18 into the first terminal device 16a (step A01), the first terminal device 16a reads the identification information of the IC card 18 and stores it in the memory 54 of the first terminal device 16a in FIG. A player data table 100 shown in (a) is stored. The first terminal device 16a searches for an opponent based on the player data table 100 (step B01).

  Similarly, when the player B inserts the IC card 18 into the second terminal device 16b (step E01), the second terminal device 16b reads the identification information of the IC card 18 and stores it in the memory 54 of the second terminal device 16b. A player data table 110 shown in FIG. 11B is stored. The second terminal device 16b searches for an opponent based on the player data table 110 (step D01).

  The main control unit 14 performs a matching process for matching players who operate the terminal devices 16a to 16h (step C01). The matching conditions are as described above.

  Assuming that player A and player B are matched as opponents by the matching process, the main control unit 14 transmits a matching signal indicating that the first terminal device 16a and the second terminal device 16b are matched (step C02). .

  The first terminal device 16a receives the matching signal from the main control unit 14 (step B02) and knows that the player B will be played.

  The second terminal device 16b receives the matching signal from the main control unit 14 (step D02) and knows that the player A will be played.

  Next, the main control unit 14 determines whether or not an exchange battle occurrence condition is satisfied between the matched player A and player B (step C03). The exchange battle occurrence conditions for exchanging the class level (rank name) are as described above.

  When it is determined that the replacement battle occurrence condition is not satisfied, the first terminal device 16a and the second terminal device 16b execute a normal battle game that is not a replacement battle between the player A and the player B ( Step B03, Step D03). Description of the details of the normal battle game process is omitted.

  When it is determined that the replacement battle generation condition is satisfied, the main control unit 14 performs the replacement battle in which the switching of the class level (rank name) occurs in the first terminal device 16a and the second terminal device 16b. A notification of execution is transmitted (step C04).

  Here, it is said that the player A's class level (rank name) Ga is higher than the player B's class level (rank name) Gb, and the player A's class point Pa is lower than the player B's class point Pb. Assume that a replacement battle has occurred and the conditions are met.

  The first terminal device 16a receives the replacement battle notification from the main control unit 14, and displays the replacement battle execution screen as shown in FIG. 12A on the monitor 24 (step B04).

  In the exchange battle execution screen shown in FIG. 12A, the player A, its class level (rank name), and class points are displayed on the upper left side, and the player B, its class level (rank name), and class points are displayed on the upper right side. It is displayed lightly, and the characters “replacement battle” and “if you lose it, you are demoted!” Are displayed in a dramatic manner.

  The second terminal device 16b receives the replacement battle notification from the main control unit 14, and displays the replacement battle execution screen as shown in FIG. 12B on the monitor 24 (step D04).

  In the exchange battle execution screen shown in FIG. 12B, player B, its class level (rank name), and class point are displayed on the upper left side, and player A, its class level (class name), and class point are displayed on the upper right side. It is displayed lightly, and the characters “replacement battle” and “promote if you win!” Are displayed in the middle.

  In the screen of FIG. 12B, both the class level (class name) and the class point are displayed, but information other than the class level (class name) may not necessarily be displayed.

  Next, the main control unit 14 executes a replacement battle (step C05).

  A battle game is executed based on the game operation (step A02) by the player A and the game operation (step E02) by the player B (step C05). The battle screen is displayed on the monitor 24 of the first terminal device 16a (step B05), and the battle screen is displayed on the monitor 24 of the second terminal device 16b (step B05).

  Next, the main control unit 14 determines whether one of the player A and the player B has won in the replacement game (step C06).

  When the player B with the lower class level (rank name) wins, the main control unit 14 generates a process of replacing the class level (rank name) (step C07).

  As a result of the exchange battle, the exchange screen as shown in FIG. 13A is displayed on the monitor 24 of the second terminal device 14b operated by the player B who has won (step D06). Subsequently, FIG. As shown in FIG. 13, a promotion display screen that displays the promotion of the class level (rank name) is displayed. Subsequently, as shown in FIG. 13C, the rank level (rank name) is promoted. The promoted execution screen is displayed (step D07).

  In the replacement screen shown in FIG. 13 (a), player A and its class level (rank name) are displayed at the upper center, player B and its class level (rank name) are displayed at the lower center, and “replace” in the center. Is displayed in a stunning manner. In the lower left part, the player B's class level (rank name) “admiral” and class point “980” are displayed.

  In the promotion execution screen shown in FIG. 13 (c), the upper and lower sides of the replacement screen shown in FIG. 13 (a) are switched so that the player B and its class level (rank name) are displayed at the upper center, and the player A is displayed at the lower center. The class level (rank name) is displayed, and the word “replacement” is displayed in the center in a staging manner. In the lower left part, the changed player B's class level (rank name) “commander” and class point “1100” are displayed.

  As a result of the replacement battle, the replacement screen as shown in FIG. 14A is displayed on the monitor 24 of the first terminal device 14a operated by the player A who has lost the battle (step B06). Subsequently, FIG. As shown in FIG. 14, a demotion display screen that displays the demotion of the class level (rank name) is displayed, and subsequently, the demotion of the class level (rank name) is executed as shown in FIG. The demoted execution screen is displayed (step B07).

  In the replacement screen shown in FIG. 14A, player B and its class level (rank name) are displayed at the upper center, player A and its class level (rank name) are displayed at the lower center, and “change” is displayed in the center. Is displayed in a stunning manner. In the lower left part, the class level (rank name) “commander” and class point “910” of player A before replacement are displayed.

  In the demotion execution screen shown in FIG. 14C, the upper and lower sides of the replacement screen shown in FIG. 14A are switched, and the player A and its class level (rank name) are displayed at the upper center, and the player B is displayed at the lower center. The class level (rank name) is displayed, and the word “replacement” is displayed in the center in a staging manner. In the lower left part, the class level (rank name) “admiral” and class point “860” of the player A after replacement are displayed.

  Subsequently, the main control unit 14 instructs to record the game data of the players A and B (step C08), and based on this instruction, the first terminal device 16a determines the class level of the player A (rank name). ) And the class point are changed (step B08), and the second terminal device 16b changes the class level (rank name) and class point of the player B (step D08). The change mode of the class level (rank name) and class point by the replacement is as described above.

  Subsequently, the main control unit 14 performs a process of ending the battle (step C11).

  Based on the battle end instruction from the main control unit 14, the first terminal device 14a ejects the IC card 18 (step B11), and the player A receives the ejected IC card 18 (step A03).

  Based on the battle end instruction from the main control unit 14, the second terminal device 14b ejects the IC card 18 (step D11), and the player B receives the ejected IC card 18 (step E03).

  On the other hand, when the player A who is higher in the class level (rank name) wins in the swapping game, the main control unit 14 does not cause the class level (rank name) switching process to occur (step C09).

  As a result of the exchange battle, a normal end screen as shown in FIG. 14A is displayed on the monitor 24 of the first terminal device 14a operated by the player A who has won (step B09).

  As a result of the replacement battle, a normal end screen as shown in FIG. 14B is displayed on the monitor 24 of the second terminal device 14b operated by the player B who has lost the battle (step D09).

  Subsequently, the main control unit 14 instructs to record the game data of the player A and the player B (step C10), and based on this instruction, the first terminal device 16a changes the class point of the player A. (Step B10), the second terminal device 16b changes the class point of the player B (Step D10). The change mode of the class points when no replacement occurs is as described above. In this case, the class level (rank name) is not changed for both players, and therefore the class level (rank name) changing process is not performed.

  Subsequently, the main control unit 14 performs a process of ending the battle (step C11).

  Based on the battle end instruction from the main control unit 14, the first terminal device 14a ejects the IC card 18 (step B11), and the player A receives the ejected IC card 18 (step A03).

  Based on the battle end instruction from the main control unit 14, the second terminal device 14b ejects the IC card 18 (step D11), and the player B receives the ejected IC card 18 (step E03).

[Modified Embodiment]
The present invention is not limited to the above embodiment, and various modifications can be made.

For example, in the above-described embodiment, a game system in which game devices provided in an amusement facility are connected to be communicable via a network has been described as an example. However, the principle of the present invention is not limited to a game device for an amusement facility. ,
For example, a home game device provided with means for communicating with a server via a network, a personal computer, or a mobile phone such as a mobile phone, PHS, or PDA may be used.

  Also, not a game system connected by a network, but a single game device, for example, a single game device provided in an amusement facility, a home game device, a personal computer that functions as a game device, or a mobile phone Mobile phones such as PHS and PDA may also be used.

  In the above-described embodiment, a game system in which a player operates a separate game device and plays a battle has been described as an example. However, the control of the game device when two players play a battle by operating the same game device is described here. The invention may be applied. That is, the present invention may be applied to a case where a plurality of input units are provided in a single game device without using a server, or in a case where a plurality of game devices are directly connected for battle.

  In the above embodiment, an IC card is used for player identification. However, a magnetic card, a commuter pass, a Suica card, an Edy card, a mobile phone, or the like may be used. Furthermore, as long as it identifies a player, means for identifying an individual such as a fingerprint or an iris may be used.

  In the above embodiment, the game is a battle-type game in which two players battle one-on-one. Good. Further, a CPU player or a CPU team in which one of two players or a team is operated by a computer may be used.

  Moreover, in the said embodiment, although the card was used as a play item and it demonstrated as an example the battle battle game where a player fights, a fighting game, a battle game, Go, a shogi, chess, mahjong, a quiz, golf, darts, etc. It can also be applied to other types of battle games.

It is a figure which shows the external appearance of the game device in the game system by one Embodiment of this invention. It is a figure which shows the external appearance of the game device in the game system by one Embodiment of this invention. It is a block diagram of the game device in the game system by one Embodiment of this invention. It is a figure which shows the structure of the IC card used with the game system by one Embodiment of this invention. It is a figure which shows the class rank point table used with the game system by one Embodiment of this invention. It is a figure for demonstrating promotion / demotion of a class level (rank name) in the game system by one Embodiment of this invention. It is a figure for demonstrating the promotion / demotion of the class level (rank rank) in the exchange game (specific example 1). It is a figure for demonstrating promotion / demotion of a class level (rank rank) in an exchange game (specific example 2). It is a figure for demonstrating the promotion / demotion of a class level (rank rank) in a swap game (specific example 3). It is a flowchart which shows the detail of the competitive game in the game system by one Embodiment of this invention. It is a figure which shows the player data table in the competitive game in the game system by one Embodiment of this invention. It is a figure (the 1) which shows the game screen in the competitive game in the game system by one Embodiment of this invention. It is a figure (the 2) which shows the game screen in the competitive game in the game system by one Embodiment of this invention. It is FIG. (3) which shows the game screen in the battle | competition game in the game system by one Embodiment of this invention.

Explanation of symbols

DESCRIPTION OF SYMBOLS 10 ... Game apparatus 12 ... Large panel display 14 ... Main control part 16a-16h ... Terminal device 18 ... IC card 20 ... Card 22 ... Card arrangement panel 24 ... Monitor 26 ... IC card reader / writer 28 ... Card issuing part 30 ... Select button 32 ... Action button 34 ... Hub 36 ... Large panel control unit 38 ... Virtual private line 39 ... Server 40 ... CPU
41 ... Memory (RAM)
42 ... Input / output interface 44 ... Sound circuit 46 ... Graphic display circuit 48 ... Switches 50 ... Sound amplifiers 52 ... CPU
54 ... Memory (RAM)
56 ... I / O interface 58 ... Sound circuit 60 ... Graphic display circuit 62 ... Image sensor 64 ... Switches 66 ... Sound amplifiers 100, 110 ... Player data table

Claims (4)

A game device control program for controlling a game device having an operation unit operated by a player, a storage unit, and a control unit for performing a battle process by the player,
In the storage unit, for each player, a class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class point corresponding to the class level, And a class point table showing the relationship between
In the control unit of the game device,
Selecting one player who performs one battle process and another player based on the player's class points;
As a result of the one battle process, when it is determined that the class level of the one player is lower than the class level of the other player and the one player has won, the one player's class level is Promoting a class level to the class level of the other player ;
When the class level of the one player is promoted to the class level of the other player as a result of the one battle process, the class point of the one player is determined based on the class point table. A game device control program for executing a step of increasing to a class point corresponding to a level . In claim 1 Symbol placement game device control program,
In the control unit of the game device,
If the player's class points increase as a result of the battle process, the player's class level is promoted based on the class point table, and if the player's class points decrease, the player's class level is demoted. A game apparatus control program for further executing a step of determining a class level of the player so as to maintain without being performed. A game device control program for controlling a game device having an operation unit operated by a player, a storage unit, and a control unit for performing a battle process by the player,
In the storage unit, for each player, a class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class point corresponding to the class level, And a class point table showing the relationship between
In the control unit of the game device,
Selecting one player who performs one battle process and another player based on the player's class points;
As a result of the one battle process, when it is determined that the class level of the one player is lower than the class level of the other player and the one player has won, the one player's class level is Promoting a class level to the class level of the other player ;
When the class level of the one player is promoted to the class level of the other player as a result of the one battle process, the class point of the one player is determined based on the class point table. A computer-readable recording medium on which a game device control program for executing a step of increasing to a class point corresponding to a level is recorded. A game device having an operation unit operated by a player, a storage unit, and a control unit for performing a battle process by the player,
In the storage unit, for each player, a class level indicating the position in the battle process, a class point indicating the strength in the battle process, a class level indicating the position in the battle process, and a class point corresponding to the class level, And a class point table showing the relationship between
The controller is
Selecting one player who performs one battle process and another player based on the player's class points ;
As a result of the one battle process, when it is determined that the class level of the one player is lower than the class level of the other player and the one player has won, the one player's class level is Promoting a class level to the class level of the other player ;
When the class level of the one player is promoted to the class level of the other player as a result of the one battle process, the class point of the one player is determined based on the class point table. Steps to increase class points corresponding to levels
The game device characterized by performing .

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