JP2006051250A - Shogi game server and shogi game provision system - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a player with the original joy of Shogi by providing the player with classified information classified for respective tactics adopted by the player. <P>SOLUTION: This Shogi game server for providing the player accessing by using a portable terminal with the Shogi game comprises: the Shogi game progress control means for controlling the progress of the Shogi game by making the player move a piece; a tactic judgement means for judging the tactic of the player playing the game on the basis of position information indicating the position of a specific piece on a Shogi board or movement information indicating the movement of the piece; a classified-information-for-respective-tactics generation means for generating the classified information classified for the respective tactics judged by the tactic judgement means; and a provision means for providing the player with the classified information for the respective tactics generated by the means. <P>COPYRIGHT: (C)2006,JPO&NCIPI

Description

  The present invention relates to a shogi game server and a shogi game providing system that provide a shogi game in which players play games or a shogi game in which players play opponents.

2. Description of the Related Art Conventionally, there is a shogi game providing system that provides a player who accesses from a mobile terminal connected via the Internet to a shogi game that is a player's opponent. In addition, some types of shogi game providing systems of this type determine a player's repulsive force based on game results (see, for example, Patent Document 1).
JP 2002-78843 A

The above-mentioned conventional shogi game providing system (hereinafter referred to as a conventional system) has performed a determination of repulsive force based on complicated analysis processing.
However, the conventional system has not taken into consideration any processing relating to a strategy such as determining a strategy adopted by a player. For this reason, some players who play shogi games are ignorant or unfamiliar with shogi tactics, so such players can only point to shogi and play their own strategy. There was a problem that it was not possible to enjoy the original way of playing shogi due to the shogi tactics such as playing against other players using the tactics and comparing the game results.

  Accordingly, the present invention has been made to solve the above-described problems, and provides a player with the tactics classification information classified by the tactics adopted by the player to provide the player with the original fun of shogi. An object is to provide a game server and a shogi game providing system.

In order to solve the above-described problems, the present invention provides a shogi game in which players play against each other or a shogi game in which players play against players who access using a mobile terminal connected via the Internet A shogi game server for controlling the progress of the shogi game by moving a piece placed on the shogi board to the player, and position information indicating the position of a specific piece on the shogi board or Based on the movement information indicating the movement of the piece, a strategy determination means for determining the strategy of the player performing the game, and a strategy-specific classification information generation means for generating strategy-specific classification information classified by the strategy determined by the strategy determination means; And providing means for providing the player with the strategy-specific classification information generated by the means.
This shogi game server determines the strategy of the player who plays the game, generates strategy-specific classification information, and provides the strategy-specific classification information to the player.

Further, the shogi game server described above includes numbering information generating means for determining the ranking of each player according to the strategy within the predetermined period using the classification information according to the strategy, and generating numbering information indicating the determined ranking by strategy. You may make it have further.
This shogi game server generates numbering information indicating the ranking by strategy.
The providing means may provide the numbering information generated by the numbering information generating means in response to the player's request.
Thus, the numbering information is provided to the player in response to the player's request.

  And this invention is provided with the portable terminal connected through the internet, and the shogi game server, and the player who accesses using a portable terminal makes the shogi game or player which a player plays against each other as an opponent. A shogi game providing system in which a shogi game server provides a shogi game to be played, and the shogi game server moves a piece placed on the shogi board to the player to control the progress of the shogi game Based on the position information indicating the position of a specific piece on the shogi board or the movement information indicating movement of the piece, the strategy determination means for determining the strategy of the player performing the game, and the strategy determined by the strategy determination means A tactical classification information generating means for generating the tactical classification information, and a providing means for providing the player with the tactical classification information generated by the means. To provide a Japanese chess game providing system, characterized in that.

Further, in this shogi game providing system, the shogi game server uses the strategy classification information to determine the ranking of the player according to the strategy within a predetermined period, and generates numbering information indicating the determined strategy ranking. It is preferable to further have numbering information generating means.
Moreover, it is preferable that the providing means of the shogi game server in the shogi game providing system provides the strategy-specific classification information generated by the strategy-specific classification information generating means in response to a player's request.

  According to the present invention, it is possible to provide the player with the strategy-specific classification information classified by the strategy adopted by the player who plays the shogi game, so that it is possible to provide the player with the original pleasure of shogi.

Hereinafter, embodiments of a shogi game server and a shogi game providing system according to the present invention will be described with reference to the drawings.
(Embodiment of shogi game server and shogi game providing system)
Here, FIG. 1 is a system configuration diagram of the entire shogi game providing system according to the present embodiment, and FIG. 2 is a block diagram showing a configuration of the shogi game server shown in FIG.
As shown in FIG. 1, a shogi game providing system (hereinafter referred to as “system”) 10 includes a mobile terminal 1 such as a mobile phone capable of executing i-mode (registered trademark), and the mobile terminal 1 via the Internet 9. A connected shogi game server (hereinafter referred to as “server”) 2 is provided.

  As shown in FIG. 2, the server 2 is configured around a CPU (Central Processing Unit) 2A, and includes a ROM (Read Only Memory) 2B and a RAM (Random Access Memory) 2C. A communication processing unit 2D that transmits and receives data to and from the hard disk drive (HDD) 2E as an auxiliary storage device.

The CPU 2A operates according to a program stored in the ROM 2B, reads / writes data from / to the HDD 2E, and controls the overall operation of the server 2. The ROM 2B stores a program executed by the CPU 2A and permanent data. In the case of the server 2, the ROM 2B stores a piece table 25, a strategy determination table 50, and the like which will be described later. The RAM 2C stores data and programs used when the CPU 2A operates. The communication processing unit 2D operates in accordance with an instruction from the CPU 2A to execute data transmission / reception.
Then, the server 2 provides the shogi game (hereinafter referred to as “personal game”) that the players play against each other using the mobile terminal 1 by the CPU 2A executing the program stored in the ROM 2B. Alternatively, the server 2 executes a process for providing a shogi game (hereinafter referred to as “game against server”) that is a player's opponent.

  The HDD 2 </ b> E stores a member master 11, a game data file 12, a piece position file 13, a game history master 14, a game-specific game performance master 15, and a number management master 16, and each master 11 excluding the game data file 12 is stored. , 14, 15, 16 or the file 13 is appropriately subjected to data update processing by the CPU 2A.

  The member master 11 is a master file that manages attributes relating to members of the system 10 (players who are allowed to provide shogi games by the system 10 and hereinafter referred to as “members”). In this embodiment, as shown in FIG. 3, items of a personal identification number 11a, a member ID 11b, a member name 11c, a member registration date 11d, an initial value 11e of a holding rate, and a repulsive force 11f are provided. The holding rate is a point that fluctuates depending on the game results, and returns to the point stored in the initial value 11e when a predetermined period elapses. The repulsive force ranks members by the names “dan” and “class” indicating the shogi grade, and the higher the higher the initial value of the holding rate.

The game data file 12 stores necessary data (for example, image data of a shogi piece, image data of a shogi board) for executing a process of providing a shogi game.
As shown in FIG. 9, the piece position file 13 stores data for managing the position of each piece on the shogi board using a piece position code.
The game history master 14 is a master file for managing the game history, and has items such as a game number, a game date and time, and a member ID that played the game.

  The strategy-based game achievement master 15 is a file in which the game achievements are tabulated by the strategy adopted by the member, and items such as shown in FIG. 4 are provided in each record. That is, it has items of the strategy type 15a, the number of adopted strategies 15b, the recruitment ratio 15c, the game results (wins, negatives, winning rate) 15d between the strategies, and the winning rate 15e when each strategy is adopted. In the strategy type 15a, each strategy ("Three-way flying system", "Four-way flying system", "Medium flying system", "Dwelling system", "Free") determined by the CPU 2A in the later-described strategy determination process is set. Has been.

  The numbering management master 16 is a file for grouping (classifying) the members registered in the member master 11 for each strategy and managing the ranking of the members by strategy within a predetermined period. In the numbering management master 16, the members are allocated to the strategy group most frequently adopted by each member within a predetermined period. FIG. 5 shows a file for managing the ranking in the three-way system, and each record has items of a ranking by strategy 17a, a member ID 17b, a holding rate 17c, and a title 17d. Similar files have been created for other tactics.

In the ranking by strategy 17a, the ranking of each member determined by the CPU 2A is stored such that the higher the point stored in the possession rate 17c is, the higher the points stored, the information indicating the determined ranking by strategy is the present invention. This is numbering information. The holding rate 17c stores points according to the game results.
The title 17d is a special name given to a member who satisfies a predetermined condition. For example, as shown in FIG. "," Higher brother "," disciple ".

  Next, the operation procedure of the server 2 having the above configuration will be described with reference to the flowcharts shown in FIGS. Here, FIG. 15 is a flowchart showing an operation procedure of the main process of the server 2 when the shogi game is provided to the member by the server 2 and this shogi game is executed. FIG. 16 is a flowchart showing an operation procedure of the interpersonal game process of FIG. FIG. 17 is a flowchart showing the operation procedure of the first player game process of FIG. 15 to 17, the step is abbreviated as S.

  First, when a player plays a shogi game, he / she operates his / her mobile terminal 1 to access the server 2. At this time, the server 2 stands by until there is an access from the player in step 1 after the start of processing. Then, if there is an access, the process proceeds to step 2 in response to the player selecting a paid connection, and the server 2 activates the CPU 2A to determine whether or not the player is allowed to provide a shogi game (member or not). Check).

  In step 3, based on the check result in step 2, the server 2 performs a member registration process for registering a newly accessed player (nonmember) as a new member of the shogi game. In the member registration process, the server 2 acquires information about the non-member attribute from the non-member portable terminal 1, sets a new record in the member master 11, registers information about the non-member attribute, and proceeds to step 4.

  In step 4, in the server 2, the CPU 2A performs a repulsion recognition update process. That is, the CPU 2A determines conditions for recognizing repulsion and accesses the member master 11 to update the corresponding record. For example, when the player is a new member, the lowest repulsive force (for example, “10th class”) is set, and the initial value (for example, 500 points) corresponding to the repulsive force is used as the initial value of the holding rate of the member master 11. Do.

  On the other hand, when the player already has repulsive power, it is determined whether or not a predetermined condition is satisfied, and when it is satisfied, repulsive power update (promotion and promotion) processing is performed. For example, when the holding rate 17c (see FIG. 5) exceeds the initial value 11e (see FIG. 13) of the upper “class” holding rate, the CPU 2A sets the initial holding rate for the corresponding record of the member master 11. The value 11e and the repulsive force 11f are updated. Proceed to Step 5 after completion of the repulsion recognition update process.

  In step 5, the server 2 performs numbering information provision processing. Here, the CPU 2A operates as numbering information generating means in the present invention, and the communication processing unit 2D operates as providing means in the present invention. That is, the CPU 2A instructs the communication processing unit 2D to transmit data necessary for the member to select whether or not to obtain the numbering information to the mobile terminal 1. Based on the transmitted data, the member determines whether or not numbering information is necessary, selects whether or not the numbering information is necessary by a button operation, and transmits selection information indicating the selection from the portable terminal 1 to the server 2.

  On the other hand, in the server 2, based on the selection information from the member, the CPU 2A proceeds to step 6 if the numbering information is unnecessary, and accesses the numbering management master 16 (see FIG. 5) if the program information is requested. At the same time, the member ID is searched to search for the corresponding record, and the ranking stored in the ranking by strategy 17a of the member is acquired and generated as the numbering information in the present invention. Further, the CPU 2A instructs the communication processing unit 2D to transmit the numbering information to the mobile terminal 1 used by the member. By providing the numbering information according to the present embodiment, the member can obtain information such as which strategy he / she often employs and what order his / her ranking is in the strategy group. Increase.

  In the subsequent step 6, game selection processing is performed. In the server 2 in the game selection process, the CPU 2A instructs the communication processing unit 2D to transmit data necessary for display of the selection screen for the game mode of the shogi game (selection screen for the player game or the server game). 1 is transmitted. When the member makes a desired selection along the selection screen, the portable terminal 1 transmits selection information indicating the selection to the server 2. The server 2 proceeds to step 7 when the selection information is provided from the member.

In Step 7, the CPU 2A receives the selection information from the member and branches the process to two shogi game modes. In other words, if the member is selected as a game against the player, the process proceeds to step 8; if the member is selected as a game against the server, the process proceeds to step 9. In the player game process of step 8 or the server game process of step 9, the CPU 2A operates as the shogi game progress control means in the present invention, and the shogi game or the server 2 that the members play against each other becomes the player who plays the members. In the shogi game, the members move the pieces placed on the shogi board to control the progress of the shogi game.
When the player game process in step 8 or the server game process in step 9 ends, the main process of the shogi game ends. Hereinafter, the interpersonal game process in step 8 will be described first.

  In the person-to-person game process of step 8, the process proceeds to step 20 of FIG. 16, and the server 2 performs a game start process. Here, the CPU 2A instructs the communication processing unit 2D to provide data necessary for starting the personal game (for example, data for displaying a shogi board or an image of a piece, data for displaying explanation information of the personal game, etc. ) Is transmitted to the mobile terminal 1 of the member.

  Thereafter, when information for starting a personal game is transmitted from the mobile terminal 1 to the server 2 by the member, the process proceeds to step 21, where the CPU 2A performs a game opponent determination process. That is, the CPU 2A determines the opponent from other members who have accessed, based on the conditions of the opponent that the member desires (for example, when a person with a higher repulsion is desired as the opponent). Further, the CPU 2A may determine the other party by lottery from other members who have accessed within a certain time. In addition, when the opponent is determined, the CPU 2A notifies the member that the opponent is the opponent or the front or back, with the earlier access time as the first and the later as the rear.

  Next, when proceeding to step 22, the CPU 2A performs a pre-player game process described later, and when proceeding to the subsequent step 23, the CPU 2A determines whether or not the end condition is satisfied. If the end condition is satisfied, the process proceeds to the game history master update process in step 26, and subsequently the game-specific game result master update process and the number management master update process in steps 27 and 28 are sequentially executed to finish the player game process. However, if the end condition is not satisfied, the process proceeds to step 24. The game history master update process, the strategy-specific game result master update process, and the numbering management master update process will be described in detail later.

  In step 24, the server 2 performs back player game processing. In the rear player game process, basically the same process as the first player game process described in detail later is performed. Thereafter, when proceeding to step 25, the CPU 2A determines whether or not the end condition is the same as in step 23. If the end condition is satisfied, the CPU 2A proceeds to the game history master update process of step 26; Returning to the first player game process, a series of processes are repeated. Hereinafter, the first player game process in step 22 will be described in detail.

  When the preceding player game process in step 22 is started, the process proceeds to step 30 in FIG. 17 and a piece position update information providing process is performed. Here, as information related to a new piece position on the shogi board after the rear player's move is performed (update information of the piece position), a later-described piece code that is a movement target and a later-mentioned shogi that is a movement destination Data relating to the board coordinate values is provided to the first player, and the first player is made to select and move the pieces. Here, the CPU 2A of the server 2 instructs the communication processing unit 2D to transmit the piece position update information to the portable terminal 1 of the previous player.

  Note that immediately after the start of the player game, the CPU 2A instructs the communication processing unit 2D to transmit data for displaying the game start image. FIG. 6 shows an example of the game start image. As shown in FIG. 6, the game start image includes a shogi board image 20 having 9 × 9 squares, and a plurality of pieces 21, 21 arranged in each square based on a predetermined shogi rule, .., And the index finger image 22 for the member to select the frame to be moved and the movement destination of the frame are displayed.

  .. Are associated with a piece code by the piece table shown in FIG. Here, the piece table 25 has a piece code area 26 that stores piece codes, a front piece type area 27 that stores the piece type corresponding to each piece code, and a rear piece type area 28. According to the piece table 25, for example, the “king general” on the front side and the rear side correspond to the piece codes “101” and “201”, respectively, and the “flying vehicle” on the front side and the rear side respectively correspond to the piece code “102”. "," 202 "corresponds.

  FIG. 8 is a diagram showing an example of the shogi board table 40. An array section 41 indicating each square of the shogi board with shogi board coordinate values (X, Y), an X coordinate corresponding section 42 representing X coordinate data, Y-coordinate corresponding unit 43 representing Y-coordinate data, a leading-hand piece part 44 indicating the shogi board coordinate value (0, 1) of the holding piece acquired by the first player, and a shogi board coordinate value of the holding piece obtained by the rear player ( And a rear hand holding piece portion 45 indicating 0, 2). FIG. 8 schematically shows the position of each piece in the initial state before the start of the shogi game. The X coordinate in FIG. 8 corresponds to “muscle”, which is a general term for shogi, and the Y coordinate corresponds to “dan”.

  The position of each piece on the shogi board is specified by the piece position code. The frame position code consists of a 5-digit number, the upper 3 digits correspond to the frame code, and the lower 2 digits correspond to the shogi board coordinate values (X, Y) shown in FIG. For example, according to FIG. 8, since the leading “king general” exists in the shogi board coordinate values (5, 9), the piece position code is “10159”. Similarly, the piece position code of “flying” on the front side is “10228”. In addition, since the possession piece acquired by each player on the front side and the back side exists in the shogi board coordinate values (0, 1) and (0, 2), the last two digits of the piece position code are “01”, respectively. "," 02 ".

  The piece position codes corresponding to all the pieces on the shogi board are stored in the piece position file 13 shown in FIG. 9, and the positions of all the pieces on the shogi board in the game are specified by referring to the piece position file 13. The CPU 2A updates the frame position file 13 every time each move is made. FIG. 9 is a diagram illustrating an example of the piece position file 13. The frame position file 13 has a frame code area 13a in which frame codes are stored, and a frame position code area 13b in which frame position codes corresponding to the frame codes are stored. FIG. 9 shows the arrangement of the pieces immediately after the start of the shogi game shown in FIG.

When the piece position update information providing process is completed, the process proceeds to step 31 (see FIG. 17), and the server 2 performs a strategy-specific classification information providing process. In the present embodiment, information based on the data stored in each record of the strategy record game master 15 and the number management master 16 is the strategy classification information in the present invention.
In the strategy-specific classification information providing process, the CPU 2A operates as the strategy-specific classification information generation means in the present invention, and the communication processing unit 2D operates as the provision means in the present invention according to an instruction from the CPU 2A. Here, first, the CPU 2A instructs the communication processing unit 2D to transmit to the portable terminal 1 data necessary for selection of the classification information classified by tactics that the first player wants to acquire and the tactical classification information desired. Based on the transmitted data, the first player selects necessary strategy-specific classification information by button operation, and transmits information indicating the selection from the portable terminal 1 to the server 2.

  On the other hand, the CPU 2A accesses the strategy-specific game performance master 15 to read the stored information, appropriately processes the information, executes the strategy-specific classification information generation program stored in the ROM 2B, and executes The classification information according to the strategy corresponding to the player's selection is generated. For example, as shown in FIG. 13, an image displaying the adoption ratio 15c (see FIG. 4) of each strategy as a pie chart, and as shown in FIG. Data necessary for displaying on the mobile terminal 1 an image that displays the game results and winning percentages between the mobile terminal 1 and the mobile terminal 1 is generated. Then, the communication processing unit 2D is instructed to transmit these data to the portable terminal 1 used by the preceding player. By providing the strategy-specific classification information in response to the member's request in this way, the game can be advanced with reference to the strategy-specific classification information provided by the member. In particular, in this embodiment, it points to a piece. Since the classification information according to the tactics can be acquired before, a very effective information source can be acquired when deciding the next move.

  When the first player finishes confirming the image displaying the information related to the strategy-specific classification information, the portable terminal 1 returns to the screen displaying the piece position update information provided in step 30. Then, the first player selects one of the pieces displayed on the mobile terminal 1 by a button operation, and moves the piece according to the rules of shogi. In this case, in FIG. 6, an image 22 indicating the index finger is displayed, and the leading player selects the piece to be moved and the movement destination (the square) of the piece based on this image 22, and determines them by button operation. Then, the finger information including the piece code corresponding to the piece to be moved and the data on the shogi board coordinates of the movement destination is transmitted from the portable terminal 1 to the server 2.

The server 2 stands by in step 32 until the finger information transmitted by the mobile terminal 1 is acquired. When the finger information is acquired as piece update information, the server 2 proceeds to step 33 and performs a piece position code update process. In the piece position code update process, the piece position file 13 is updated using the acquired finger information, and the process proceeds to step 34.
In step 34, the server 2 performs a number measurement process. Here, the CPU 2A operates as a hand counting means, counts up by adding 1 to the hand counter KT indicating the number of hands from the start of movement of the piece by the first player, and proceeds to the next step 35.

  In step 35, the server 2 performs a number determination process. In the server 2 in the number determination process, the CPU 2A operates as a number determination means, and determines whether the number counter KT has reached the predetermined number Y. If the predetermined number Y has been reached, the process proceeds to step 36. If not, the first player game process is terminated. In the present embodiment, since the predetermined number Y is set to “10”, when the number of hands is 10 since the movement of the piece by the first player is performed, the process proceeds to step 36, and when the number of hands is less than 10 The first player game process is terminated. The predetermined number Y is not limited to “10”, and may be other numbers.

  In step 36, the server 2 performs a piece information detection process. Here, the CPU 2A operates as a piece information detection means, and searches the above-described piece position file 13 to detect position information indicating the position of a specific piece on the shogi board. In this embodiment, since the “flying car” of the piece code “102” is set as a specific piece in the preceding player, the CPU 2A searches the piece position file 13 using the piece code “102” as a search key and sets the corresponding piece position code. get. In the present embodiment, the piece position code corresponding to the piece position code “102” is the position information in the present invention.

  In step 36, the CPU 2A may detect the above-described change in the frame position code as movement information in the present invention. For example, when the piece position code of the piece code “102” changes in the order of “10228”, “10226”, “10286”, information indicating the change from “10228” to “10226”, “10226” to “10286” Information indicating a change to "may be detected as movement information.

  Thereafter, when proceeding to step 37, the CPU 2A operates as a strategy determination means in the present invention, and determines the strategy of the member who plays the interpersonal game based on the position information or the movement information. That is, referring to the strategy determination table of FIG. 10 using the piece position code acquired in step 36 as a search key, the corresponding strategy is determined. The determined strategy is stored in the RAM 2C together with the member ID of the member who adopts the strategy. Here, as shown in FIG. 10, the strategy determination table 50 is a table having a piece position code area 51 for storing a piece position code and a strategy area 52 for storing a strategy corresponding to each piece position code.

In the present embodiment, since the specific piece is “flying”, various strategies stored in the strategy area 52 of the strategy determination table 50 are also associated with the position of “flying”. 11 and 12 show examples of the positions of the pieces on the shogi board that are determined to be “three-way flying system” and “four-way flying system”.
In the present embodiment, the “three-way flying system” when the “flying vehicle” is 7 lines (piece position codes “10271” to “10279”), and the “four-way flying system” is divided into five lines when there are 6 lines. It is set so that a case is determined as “medium-flying vehicle”, a case where there are two lines, “in-flight vehicle”, and a case other than that is determined as “universal”. Therefore, as shown in FIG. 11, when “flying” is in 7 lines and 8 steps, it is determined as “three-way flying system”, and when “flying” is in 6 lines and 8 steps as shown in FIG. It is determined as “Four-way flying system”.

  As described above, in the present embodiment, the case where the member's strategy is determined based on the position information of “flying vehicle” has been described. However, the determination of the tactics is not limited to the above case. For example, a specific piece may be a “king general” or a “silver general”, or two pieces of “king general” and “silver general” may be specified. It may be a piece. Also, the strategy to be determined may be “bar silver system”, “stool silver system”, “Yakura enclosure system”, “Mino enclosure system”, “silver crown system”, “ana bear system”, or the like.

Moreover, you may make it determine a specific strategy based on the movement information of a specific piece. For example, when the “flying car” is moved in three lines from the arrangement of the “flying car” called “floating car” (when the piece position code is changed from “10226” to “10276”), If it is determined that the strategy is "take-up" or if "flying" is moved to 7 or 8 lines from the "carriage" arrangement of "longitudinal walking", the strategy called "twisted-carriage" You may make it determine. In this case, it is possible to provide a strategy determination table that associates the change in the piece position code with various strategies, and determines various strategies by referring to the strategy determination table.
As described above, if the position of the piece or the movement of the piece can be associated with the tactics in shogi, they can be widely determined as tactics.

When the strategy determination process in step 37 is completed, the first player game process (see FIG. 16) in step 22 is terminated, and whether or not the termination condition in step 23 is satisfied is determined. Here, the CPU 2A determines whether the interpersonal game is jammed according to the shogi rules, and if so, the member ID of the winning member (hereinafter referred to as “winner”), the strategy adopted by the winner, the losing member ( The member ID of the loser) and the strategy adopted by the loser are stored in the RAM 2C, and the process proceeds to step 26.
In step 26, in the server 2, the CPU 2 </ b> A performs a game history master update process for adding a new game history record to the game history master 14, and proceeds to step 27.

  In step 27, the CPU 2A accesses the strategy-specific game performance master 15 and reads out the strategy adopted by the winner and the strategy adopted by the loser from the RAM 2C, and updates the record of the strategy-specific game performance master 15 corresponding to the winner or loser. . That is, the CPU 2A obtains a new adoption number by adding to the value stored in the item of the adoption number 15b, and calculates the adoption number 15b of each strategy from all the strategy adoption numbers (from "Three Flying Systems" to "Free" Dividing by the “total” up to “system” to obtain the adoption ratio 15c. In addition, regarding the item of the competition result 15d, for example, if the strategy adopted by the winner is “Three-way system” and the strategy adopted by the loser is “four-way system”, the “win” of “Three-way system” Add “1” to the value of the item, subtract “1” from the value of the “negative” item in the “Vehicle-to-Four Transportation System” to obtain each new value, and further calculate the number of “Win” as “Win” Divide by the total number of “negative” to find a new “winning rate”. The corresponding record is updated so that the obtained value becomes a new value.

  When the strategy-based game performance update process ends, the process proceeds to step 28, and the CPU 2A performs the numbering management master update process. Here, the CPU 2A accesses the numbering management master 16, reads out the member IDs of the winners and losers from the RAM 2C, searches the corresponding records, and points about the points stored in the item of the holding rate 17c of the records. Is added, and the loser is subtracted and updated to a new holding rate. Also, the strategy adopted by each winner and loser is read out and aggregated for each member, and the strategy adopted most by each member within a given period is determined, and the decided strategy is different from the original strategy. When this happens, the corresponding record is deleted from the original strategy management file, and update processing is performed to add a record corresponding to the new strategy management file.

  In addition, about the update of the value memorize | stored in the item of the holding | maintenance rate 17c, the point to be adjusted according to the difference of the repulsive force (initial value 11e of a holding | maintenance rate) with a game partner is varied, for example, a 1st grade member Even if you win a member of the same class, only “10” points will be added, but if you win a two-tiered member, set it so that “50” points will be added, and add new points by adding or subtracting points according to that setting It may be possible to set the holding rate to a fixed value or to uniformly increase or decrease “10” points.

  When a predetermined period (for example, one month) set in advance elapses, the CPU 2A determines, based on the changed holding rate 17c, that the higher the points stored in the holding rate 17c, the higher the ranking 17a by strategy. , Memorize each tactics file. When a predetermined period elapses, the CPU 2A creates a new file for each strategy with the value of the holding rate 17c as a point corresponding to the initial value 11e of the holding value of the member master 11. When the numbering management master update process ends, the personal game process (FIG. 15) in step 8 ends, and the main process ends.

Next, the server-to-server game process shown in Step 9 of FIG. 15 will be described. The server-to-server game process is basically the same as the player-to-player process in step 8, and the server 2 plays the role of one member to play, and when the number of members reaches the predetermined number Y, the same strategy determination as above Perform processing and strategy information provision processing.
When the server 2 becomes a rear player, the CPU 2A of the server 2 in the rear player game process (step 24 in FIG. 11) in the player game process (step 6) optimizes according to the move of the front player player. Move the piece in search of a good finger.

As described above, according to the shogi game server 2 and the shogi game providing system 10 according to the present embodiment, the strategy taken by the member in the game of the shogi game is determined, and the classification information classified by strategy is classified according to the determined strategy. It can be provided to members. As a result, the members can enjoy the original way of playing shogi resulting from the shogi strategy.
In addition, in this embodiment, numbering information indicating the ranking by strategy is provided, so that the ranking of the members in the group adopting the same strategy becomes clear, and the competitiveness is beaten and the shogi game becomes more popular. It ’s easier to get into the heat and it ’s more fun.
Furthermore, in this embodiment, since the numbering information can be acquired before the start of the shogi game, the member can confirm the numbering information in advance. Also, in this embodiment, since the member can check the classification information for each tactic before the piece selection during the game, the next move can be determined with reference to the confirmed classification information for each tactic, and the shogi called the game according to the tactics It will be possible to further enjoy the original enjoyment.

  The shogi game server and the shogi game providing system according to the present invention have been described based on the embodiments. However, the present invention is not limited to the above embodiment. For example, in the above-described embodiment, the shogi game server and the shogi game providing system can provide both the player game and the server game, but it may be possible to provide either one of them. . In addition, even if both games can be provided, the strategy determination process is performed only in one game, and the classification information for each strategy is generated based on the result of the strategy determination process, or the numbering information is generated. It may be.

  In addition, the movement measurement process in the present embodiment starts the movement measurement from the start of movement of the piece by the first player or the second player, for example, when the number of movements pointed to by the first player reaches 10 Each processing such as processing is performed. However, the number measurement process may be the total number of movements pointed by both players.

  Further, in the present embodiment, the predetermined number Y is set to one, but a plurality of integers may be set as the predetermined number, and the strategy may be determined for each number of moves corresponding to the integer. In this case, for example, the predetermined number is an integer of 5 to 10, and when the number of the first player is between the fifth and the tenth, the strategy determination processing is performed, and the strategy information based on the determination result is obtained every time the determination is made. Providing to the mobile terminal used by the member, or determining the tactics with the largest number of judgment results among all judgment results as regular tactics and providing the tactic information to the mobile terminal used by the member You can also.

  In addition, the timing of provision of information classified by strategy or numbering information is not limited to the above case, and can be freely performed according to the request of the member, for example, providing numbering information in the middle of the game, shogi Classification information for each tactic can be provided before the game starts.

1 is a system configuration diagram of an entire shogi game providing system according to an embodiment of the present invention. It is a block diagram which shows the structure of the shogi game server shown in FIG. It is a figure which shows the data item of a member master. It is a figure which shows the data item of a strategy management master. It is a figure which shows the data item of a numbering management master (Three-way flying system). It is a figure which shows an example of a game start image. It is a figure which shows an example of a piece table. It is a figure which shows an example of a shogi board table. It is a figure which shows an example of a frame position file. It is a figure which shows an example of the strategy determination table. It is a schematic diagram which illustrates the position of the piece on the shogi board determined to be “Three-way flying system”. It is a schematic diagram which illustrates the position of the piece on the shogi board determined to be a “four-way flying system”. It is the figure which showed the image which displays the employment ratio of each strategy with a pie chart. It is the figure which showed the image which displays the game performance and the winning rate between the member who employ | adopted the "Three-way flying system" strategy, and the member which adopted another strategy. It is a flowchart which shows the operation | movement procedure of the main process of the shogi game server when a shogi game is provided to a player by the shogi game server and this shogi game is executed. It is a flowchart which shows the operation | movement procedure of the personal game process of FIG. It is a flowchart which shows the operation | movement procedure of the front player player game process of FIG.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 ... Portable terminal, 2 ... Shogi game server 2A ... CPU, 2B ... ROM, 2C ... RAM
2E ... HDD, 9 ... Internet 10 ... Shogi game providing system 11 ... Member master, 15 ... Strategic management master, 16 ... Numbering management master

Claims (6)

A shogi game server that provides a player who accesses a player using a mobile terminal connected via the Internet, or a shogi game that the players play against each other, or a shogi game that is the opponent of the player,
A shogi game progress control means for controlling the progress of the shogi game by moving pieces placed on the shogi board to the player;
Based on position information indicating the position of a specific piece on the shogi board or movement information indicating movement of the piece, a strategy determination means for determining a strategy of the player performing the game,
Method-specific classification information generating means for generating method-specific classification information classified by the strategy determined by the strategy determination unit;
A shogi game server, comprising: providing means for providing the player with the strategy-specific classification information generated by the means.   The game system further comprises numbering information generating means for determining the ranking of the player according to the strategy within the predetermined period using the classification information by strategy, and generating numbering information indicating the determined ranking by strategy. The shogi game server according to claim 1.   The shogi game server according to claim 2, wherein the providing means provides the numbering information generated by the numbering information generating means in response to a request from the player. A Shogi game comprising a mobile terminal connected via the Internet and a shogi game server, and a player accessing the player using the mobile terminal, or a shogi game played by a player as a opponent A shogi game providing system provided by a shogi game server,
The shogi game server
A shogi game progress control means for controlling the progress of the shogi game by moving pieces placed on the shogi board to the player;
Based on position information indicating the position of a specific piece on the shogi board or movement information indicating movement of the piece, a strategy determination means for determining a strategy of the player performing the game,
Method-specific classification information generating means for generating method-specific classification information classified by the strategy determined by the strategy determination unit;
A shogi game providing system comprising: providing means for providing the player with the strategy classification information generated by the means.   The shogi game server uses the tactical classification information to determine the ranking of the player according to the tactics within a predetermined period, and numbering information generating means for generating numbering information indicating the determined ranking of the tactics 5. The shogi game providing system according to claim 4, further comprising: 6. The shogi game providing system according to claim 5, wherein the providing means in the shogi game server provides the numbering information generated by the numbering information generating means in response to a request from the player.

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