JP2014131539A - Game program and game system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a game program and a game system capable of increasing a degree of freedom for a player's choice concerning the movement of a player object while suppressing an amount of data of a game map.SOLUTION: The game program causes a computer to function as: stage generation means 31 for generating a game stage G with a grid-like movement area R; moving item acquisition means 32 for acquiring moving items Cn and Cs; moving item holding means 33 that can hold a plurality of moving items Cn and Cs; game stage moving means 34 for moving a player object P in the movement area R on the basis of the content of the moving item that a player has selected from the plurality of moving items Cn and Cs; and parameter management means 35 for managing predetermined parameters. The parameter management means 35 decreases the value of the parameters by a predetermined amount when the player acquires the moving items Cn and Cs, and restores it according to the lapse of time.

Description

  The present invention relates to a game program and a game system for causing a game to progress on a game stage having a grid-like moving area.

  Conventionally, a table game in which a player object such as a player character moves along a moving path formed by a grid-like moving area according to a lottery by rolling a dice or turning a roulette There is a simulated game program (see, for example, Patent Document 1). In such a game, when an event mass where an event occurs is set at a predetermined position on the movement route, and the position where the movement route is stopped according to the eye obtained as a result of the lottery is the event mass, Corresponding events are generated. In addition, by configuring the movement path with a movement area in which a plurality of grids are connected in series, the movement path of the player object can be simplified, and the amount of game map data in the game program can be suppressed.

JP 2009-148331 A

  However, since the movement amount of the player object is uniquely determined by the lottery result in the conventional configuration, even if the player wants to generate a predetermined event, the event is generated unless the corresponding event mass can be stopped. I can't. Also, even in the configuration of Patent Document 1, it is possible to branch the movement route into a plurality of parts and advance the game to some extent by the player's voluntary selection, but can a desired event be generated at the branch destination? I can't decide for myself. It is possible to forcibly stop the event mass that generates an important event by ignoring the appearance of important events in the progress of the game, but in any case the player can not select it . As described above, the conventional configuration as in Patent Document 1 has a low degree of freedom in player selection regarding movement of the player object, and it has been difficult to advance the game strategically.

  Therefore, an object of the present invention is to provide a game program and a game system that can increase the degree of freedom of player selection regarding movement of a player object while suppressing the amount of game map data in the game program.

  A game program according to an aspect of the present invention includes a stage generation means for generating a game stage having a grid-shaped movement area configured by connecting a plurality of movement unit units having a predetermined shape to the computer, the movement area A moving item acquisition means for acquiring a moving item in which at least the number of cells that can be moved is displayed according to the operation of the player, a moving item holding means for holding a plurality of the moving items acquired by the player, Based on the content of the moving item selected by the player from among the plurality of moving items held, a game stage moving means for moving a player object operated by the player on the moving area, and a predetermined operation of the player Parameter management that manages predetermined parameters whose values increase or decrease based on The parameter management means reduces the parameter value by a predetermined amount when the player acquires the moving item based on the predetermined operation, and recovers the parameter value as time passes. It is.

  The moving item includes a first moving item in which only the number of the squares is displayed, and a second moving item in which the number of the squares and the ability added to the player object at the time of movement are displayed. The moving item acquisition means is configured to be able to acquire the moving item from the first group including a plurality of types of moving items each having a predetermined lottery probability set in advance based on the lottery probability. The first group may include at least one second moving item.

  A game map generating means for generating a game map in which the computer is provided with entrances to a plurality of types of game stages and to which the player object can move, and a player for moving the player object in the game map based on the operation of the player The parameter management means may function as an object moving means, and when the game stage is entered from the entrance on the game map, the parameter value may be decreased by a preset amount for each game stage. .

  A game system according to another aspect of the present invention includes a computer device and a server device connected to the computer device via a network, and the computer device cooperates with the server device as described above. The game device is configured to execute, and at least the game stage is stored in the server device.

  ADVANTAGE OF THE INVENTION According to this invention, the game program and game system which can make the freedom degree of the player's selection regarding the movement of a player object high can be provided, suppressing the data amount of the game map in a game program.

It is a block diagram which shows the hardware constitutions of the game system to which the game program in one Embodiment of this invention is applied. It is a block diagram which shows the functional structure of the game system in this embodiment. It is a figure which shows the game screen as which the world map was displayed in this embodiment. It is a flowchart for demonstrating the transfer process from the world map shown in FIG. 3 to a game stage. It is a figure which shows the game screen on which the game stage was displayed in this embodiment.

  Hereinafter, a game program and a game system according to embodiments of the present invention will be described with reference to the drawings.

[Game Overview]
In this game, the game is advanced by operating a player object such as a player character that moves on a two-dimensional or three-dimensional moving area called a world map displayed on the game screen. On the world map, one or more game stage entrances are set. By causing the player object to enter the entrance, a game stage screen is displayed on the game screen, and a game on the game stage is started.

  When entering the game stage, a predetermined parameter (for example, stamina value) decreases. The stamina value automatically increases (recovers to the upper limit value) with time on the world map.

  The game stage has a grid-shaped moving area formed by connecting a plurality of moving unit units having a predetermined shape. The player object can move in the game stage by sequentially tracing the connected squares. Here, a moving item is used to move the player object. The moving item can be acquired in the game space and is displayed on the game screen, and is configured as a card-like moving card, for example. The moving item displays at least the number of cells that can move in the moving area. The player can acquire a moving item and can hold a plurality of acquired moving items. The upper limit number that can hold the moving item is set in advance. When moving the player object in the game stage, by selecting and using one moving item from a plurality of moving items held by the player, in principle, only the number of squares described in the moving item is displayed. The player object can be moved.

  The moving item can be acquired at the game stage. When acquiring the moving item, it is possible to acquire the moving item by consuming the stamina value, or to acquire the moving item without consuming the stamina value. However, by consuming the stamina value, the probability of acquiring the special movement item can be increased. The special movement item displays not only the number of cells that can move in the movement area, but also the abilities that are added to the player object during movement (details will be described later, for example, the ability to use a ladder unit). By using the special movement item, when the player object moves, it is possible to obtain the effect of the ability described on the special card (for example, movement using a ladder unit is possible). In addition, it is possible to obtain a moving item at a place other than the game stage (for example, at a shop in a town scattered on the world map or the world map).

  The movement unit (movement mass) constituting the movement area includes an event mass in which a predetermined event occurs. When the player object moves in a grid-like moving area and is positioned on the event cell, an event corresponding to the event cell occurs. The event mass includes a negative event mass in which the ability value (attack power, defense power, physical strength value, stamina value, etc.) of the player object decreases, or the ability value of the enemy character increases, and the ability value of the player object. This includes a positive event mass that can be increased, the enemy character's ability value can be decreased, and items can be acquired. In addition, an item, an enemy character that is a non-player object, or the like can be placed on the movement unit. For example, when the player object is positioned on the moving unit where the enemy character is located, a battle is performed.

  In this way, in this game, a moving item selected from a plurality of moving items is used according to the action that the player wants to take while acquiring the moving item on the game stage or the world map. Thus, the purpose of this game is to achieve the task (quest) set for each game stage by moving the player object.

  In addition, a store screen (not shown) can be displayed at a predetermined position on the game screen so that a special item can be acquired for advantageous advancement of the game by charging the game. On the store screen, special items can be purchased in units of a predetermined number. Specifically, when the player performs an operation of purchasing a special item, the server device 3 and the game device 2 communicate with each other to cause the player to acquire a predetermined number of special items, and the player ID and account information associated therewith. Are transmitted to the server device 3, and the price is deducted from the account of the player by electronic transaction from the server device 3 in accordance with the number of special items acquired by the player. By using special items obtained by charging the game in this way, the game can be advantageously advanced in various situations.

[Hardware configuration]
FIG. 1 is a block diagram showing a hardware configuration of a game system to which a game program according to an embodiment of the present invention is applied. The game system 1 has a configuration in which a game device 2 configured as a computer device and a server device 3 are communicably connected to each other via a network NW such as the Internet or a LAN. Among these, the game apparatus 2 includes a CPU 10 that controls its operation, and an operation input unit 12, a storage device 14, a ROM 15, and a RAM 16 are connected to the CPU 10 via a bus 11. Note that the game apparatus 2 is not limited to a game-dedicated device, and may be a mobile terminal device such as a smartphone or a tablet information terminal. Further, the game apparatus 2 may include a disk drive, a memory card slot, an HDD, or the like.

  The game device 2 in the present embodiment stores the first game program 30a and the first game data 30b described later from the server device 3 via the network NW, and stores them in the storage device 14. To do. Further, the CPU 10 uploads save data 42c indicating a play status such as the progress of the game executed on the game apparatus 2 to the server apparatus 3 via the network NW based on a predetermined timing or a player's operation. That is, the save data 42c is stored in the server device 3, and the game device 2 restarts the game based on the play situation included in the save data 42c by downloading the save data 42c to the game device 2 again. Can do.

  Instead of this, in a game device equipped with a disk drive, the game device 2 acquires the game program and game data by loading the disk drive with a disk-type storage such as a DVD-ROM. Also good. In addition, in a game device having a memory card slot, save data may be stored in the card type storage medium by loading the card type storage medium.

  The ROM 15 is a semiconductor memory such as a mask ROM or PROM, and stores a start program for starting the game apparatus 2 and the like. The RAM 16 is configured by a DRAM or SRAM, and is acquired from the first game program 30a to be executed by the CPU 10, the first game data 30b necessary for the execution, and the server device 3 to be described later. The second game program 42a, the second game data 42b necessary for the execution of the second game program 42a, and the like are read and temporarily stored according to the game play situation.

  Furthermore, a graphic processing unit 17, an audio synthesis unit 20, and a network interface 25 are connected to the CPU 10 via the bus 11.

  Among these, the graphic processing unit 17 draws a game image including a virtual game space such as a world map and a game stage, each character, and the like according to an instruction from the CPU 10. The graphic processing unit 17 is connected to a monitor 19 built in the game apparatus 2 via the video conversion unit 18, and the game image drawn by the graphic processing unit 17 is converted into a moving image format by the video conversion unit 18. It is converted and displayed on the monitor 19.

  The audio synthesizing unit 20 reproduces and synthesizes digital game sound in accordance with instructions from the CPU 10. An external speaker 22 is connected to the audio synthesis unit 20 via an audio conversion unit 21. Therefore, the game sound reproduced and synthesized by the audio synthesizing unit 20 is decoded into an analog format by the audio converting unit 21 and output from the speaker 22 to the outside.

  The operation input unit 12 includes a touch panel provided on the monitor 19, and a corresponding operation input is performed when the player touches an operation button or the like displayed on the monitor 19. Note that instead of the touch panel, the operation input unit 12 may be operated by operating an operation button or the like provided on the game device.

  On the other hand, the server device 3 includes a high-performance CPU 40 that controls its operation, and a storage device 42, a ROM 43, a RAM 44, and a network interface 45 are connected to the CPU 40 via a high-speed bus 41.

  The storage device 42 is a large-capacity storage medium built in the server device 3, and stores a second game program 42a, second game data 42b, and the like different from those provided in the above-described game device 2. Furthermore, the storage device 42 can store the save data 42 c uploaded from the game device 2. The ROM 43 is a semiconductor memory such as a mask ROM or PROM, and a basic program for realizing basic operations of the server device 3 such as a program for controlling communication between the server device 3 and another game device 2 is provided. It is remembered. The RAM 44 is composed of DRAM or SRAM, and the second game program 42a to be executed by the CPU 40, the second game data 42b necessary for the execution, and the like according to the game play situation. It is read from the storage device 42 or the like and temporarily stored.

  In the present embodiment, the first game program 30a stored on the game apparatus 2 side communicates with the server apparatus 3, and game information downloaded from the server apparatus 3 each time is stored in a predetermined game screen. It is configured by an external program that performs processing for displaying the position and reflecting the operation of the player. Of the game programs, a program for performing game configuration, game processing, and the like is stored as a second game program 42a in the storage device 42 on the server device 3 side. Further, general game data 42b required for the game program is stored as second game data 42b in the storage device 42 on the server device 3 side, and the storage device 14 on the game device 2 side stores the game data on the game screen. Only the game data that actually needs to be displayed is downloaded from the server device 3 at any time and temporarily stored as the first game data 30b. For example, the storage device 42 of the server device 3 stores information on game stages, information on various events, and information on the game progress of each player (for example, information on the level of the player object, stamina, which game stage, etc.), Information related to charging is stored, and the server device 3 manages the information.

  At this time, the progress of the game may be performed on the server device 3 side. In this case, the server apparatus 3 advances the game in response to a request from the game apparatus 2 and sends the result to the game apparatus 2 to be displayed on the game screen. For example, in the game described later, the game device 2 sends a request (operation) such as reducing the stamina value or performing a lottery at the time of acquisition of the moving item to the server device 3, and the server device 3 executes these processes. Then, the result may be returned to the game apparatus 2. Instead, the game may be progressed on the game device 2 side, and the result may be sent to the server device 3 to manage the game by the server device 3. For example, reducing the stamina value, performing lottery at the time of acquisition of the moving item, and the like may be performed by the game apparatus 2 and the result may be sent to the server apparatus 3 for storage. By using such a client-server game program, maintenance and update of the game program and game data can be easily performed collectively.

[Functional configuration of game device]
FIG. 2 is a block diagram showing a functional configuration of the game system in the present embodiment. As shown in FIG. 2, the game apparatus 2 constituting the game system 1 includes a CPU 10, a storage device 12, a ROM 15, a RAM 16, a graphic processing unit 17, a video conversion unit 18, an audio synthesis unit 20, an audio conversion unit 21, a network interface. The computer operates as a computer including a control unit including the face 25 and the like. And as shown in FIG. 2, the control part of the game device 2 cooperates with the control part of the server apparatus 3, and executes the game programs 30a and 42a of this invention, The stage production | generation means 31, moving item acquisition Functions such as means 32, moving item holding means 33, game stage moving means 34, parameter management means 35, game map generating means 36, and player object moving means 37 are exhibited.

  Among these, the stage generation means 31 generates a game stage having a grid-like moving area and displays it on the monitor 19 when the player object enters the game stage. Furthermore, the stage generation means 31 arranges a player object, a non-player object, etc. on the game stage. The game map generating means 36 generates a two-dimensional or three-dimensional normal game map (world map) in which a player object can freely move, a character moving the game map, an entrance of a game stage, and the like.

  The moving item acquisition unit 32 acquires a moving item in which at least the number of cells that can move in the moving area is displayed according to the operation of the player. The moving item holding means 33 can hold a plurality of moving items acquired by the player. In other words, a plurality of moving items acquired by the moving item acquisition means 32 can be stored in the storage device 14 of the game device 2 or the storage device 42 of the server device 3 up to a predetermined upper limit number.

  The game stage moving unit 34 moves the player object operated by the player on the moving area based on the content of the moving item selected by the player from the plurality of moving items held by the player. Specifically, the game stage moving means 34 moves the player object to a moving mass (moving unit unit) that is separated from the current position of the player object by a number displayed on the moving item selected and used by the player in principle. . If there are a plurality of moving cells due to the branching of the moving region, the player can select which moving cell to move to.

  The parameter management means 35 manages a parameter (stamina value) whose value increases or decreases based on a predetermined operation of the player. As described above, when the player object is located on the world map, the parameter management means 35 automatically increases the stamina value as time passes up to the upper limit value, or the player object is placed at the entrance of the game stage. In case of intrusion, the stamina value set for the game stage is consumed (decreased), or the stamina value is decreased by a predetermined value when acquiring the moving item.

  The player object moving means 37 moves the player object that moves on the world map based on the operation of the player.

[world map]
Next, the world map screen in the present embodiment will be described. FIG. 3 is a diagram showing a game screen on which a world map is displayed in the present embodiment. FIG. 4 is a flowchart for explaining the transition process from the world map shown in FIG. 3 to the game stage. First, after the game starts, when the player performs an operation of moving from a predetermined town or the like to the world map M, the game map generation means 36 monitors the world map M configured as a game map in which the player object P can freely move. 19 are displayed on the game screen (step S1). As shown in FIG. 3, in the present embodiment, a two-dimensional world map M is displayed on the game screen as a game map. On the world map M, various terrain and objects such as rocks and trees are arranged. In FIG. 3, objects that are not actually seen on the game screen (set in a non-display state) are indicated by imaginary lines. Although not shown, the world map M is set to be dotted with accessible towns and villages. The world map M is not limited to a two-dimensional map, and may be a three-dimensional map.

  On the world map M, a player object P, a non-player object N, and the like are arranged. The position coordinates on the world map M of the player object P and the non-player object N are sequentially stored in the storage device (14 or 42). The player object P moves based on the operation of the operation input unit 12 of the player. For example, on a game screen configured as a touch panel, the player object P can be moved linearly to the destination by touching the destination on the world map M to which the player object P is to be moved. Further, by moving the player's finger to a destination on the world map M while touching the player object P, the player object P is moved along a path (indicated by an arrow K in FIG. 3) along the movement of the player's finger. Can be moved. The player object moving means 37 moves the player object P on the world map M based on the player's operation. When the player object moving means 37 moves the player object P along a path along the movement of the player's finger, the player object moving means 37 displays the movement path of the player's finger on the game screen and moves the player object P along the movement path. It is good also as moving.

  The parameter management means 35 decreases the stamina value by a predetermined amount as it moves on the world map M. For example, the parameter management means 35 decreases a predetermined amount of stamina every time a predetermined distance or a predetermined time is traveled on the world map M. When the stamina value becomes 0 during the movement, the player object moving unit 37 stops the player object P on the spot. At this time, a predetermined event (such as sleeping for a certain time or forcibly returning to the nearest town) may be generated.

  Further, the parameter management means 35 recovers the stamina value as time passes. The recovery of stamina may be performed when a predetermined time elapses while the player object P is stopped, or may be performed when a predetermined time elapses including the movement of the player object P. Further, the set time may be real time (actual time in the real space, for example, the stamina value is restored by 1 when 3 minutes elapses), or the time set uniquely in the game space (for example, 1 minute in real time may be a time set to one hour in the game space or a time set to advance a predetermined unit time each time the player object P moves a predetermined distance).

  An entrance E to the game stage is set at a predetermined position on the world map M. In the present embodiment, the game map generation means 36 sets the entrance E to the game stage in a state where it is not displayed on the game map M and the player object P cannot enter. In the player object P, a predetermined first area A1 is set based on its own position. For example, the first area A1 is set as a circle centered on the player object P. However, the player object P may be set at a position shifted from the center of the first area A1, and the shape of the first area A1 is also set. It may be an ellipse or a square. The game map generation means 36 is a game that is not displayed in the first area A1 set based on the player object P at every predetermined timing (for example, every operation input by the player, every time a predetermined number of frames elapses, etc.). It is determined whether there is an entrance E to the stage (step S2). Specifically, the game device 2 or the server device 3 stores the position coordinates of the player object, the position coordinates of the entrance E (the outer peripheral coordinates of the display area), and the outer peripheral coordinates of the first area A1, and makes a determination based on this. Do. The game map generation means 36 compares the position coordinates of the player object P with the outer peripheral coordinates of the first area A1, and determines whether or not the position coordinates of the player object P are located in the first area A1.

  As a result of moving the player object P, when the position of the player object P approaches the entrance E to the game stage, the entrance E is located in the first area A1 based on the player object P (Yes in step S2). The game map generating means 36 displays the entrance E to the corresponding game stage and sets the player object P so that it can enter the entrance E. As a result, when the player moves the player object P so as to be positioned on the entrance E, the transition process to the game stage is started. When displaying the entrance E to the game stage, the game map generating means 36 displays a route from the current position of the player object P to the entrance E on the game map M, and automatically follows the route. Or it is good also as moving based on operation of a player.

  The stage generation means 31 determines whether or not the player object P has entered the entrance E to the game stage (step S4). Specifically, the stage generation unit 31 compares the outer peripheral coordinates of the display area of the entrance E with the position coordinates of the player object P, and the position coordinates of the player object P are located within the display area of the entrance E. For example, it is determined that the player object P has entered the entrance E. When it is determined that the player object P has entered the entrance E (Yes in step S4), the stage generation unit 31 displays a screen for confirming whether or not the game stage corresponding to the entrance E is entered on the game screen. (Step S5). When the player selects to enter the game stage (Yes in step S5), the parameter management means 35 determines whether or not the current stamina value is equal to or greater than the stamina value necessary for entering the game stage (step). S6).

  If the current stamina value is greater than or equal to the stamina value necessary for entering the game stage (Yes in step S6), the stage generation means 31 displays the corresponding game stage on the game screen (step S7), and the game A stage is started (step S8). On the other hand, when the current stamina value is less than the stamina value necessary for entering the game stage (No in step S6), the stage generation means 31 displays an error display indicating that the stamina value is insufficient on the game screen. In step S9, the player object P is again movable on the world map M. If the stamina value is insufficient, the stage generation means 31 displays on the game screen prompting the use of an item that restores stamina, or the stamina can be restored by a special item (billing). Guidance display may be performed.

  As described above, when the player object P is positioned on the world map M, the parameter management unit 35 automatically increases the stamina value as time passes up to the upper limit value. For this reason, even if the stamina value is insufficient in step S6, if the stamina value is recovered by using a predetermined item or by waiting the player object P on the world map M, the game It is also possible to start the stage. However, when the stamina value necessary for starting the game stage is larger than the upper limit value of the stamina value of the player object P, the game stage cannot be started. For example, the stamina value required for the start of the game stage may change depending on the difficulty level of the game stage, the rarity of items obtained by the capture, and the like. Further, the upper limit value of the stamina value may change according to the level (experience value) of the player object P. For this reason, the game stage which the said player object P can start may be restrict | limited by the relationship with the difficulty level of a game stage, or the level of the player object P. FIG. The upper limit value of the stamina value may be changed (increased) by using special items (billing) or other predetermined items.

  On the world map M, a non-player character N and a treasure box L containing predetermined items are also arranged. Similarly to the entrance E to the game stage, the non-player character N, the item L, etc. may be in a non-display state as an initial setting, and may be displayed when positioned in the first area A1 based on the player object P. Good. Further, instead of the first area A based on the player object P, as an area for displaying a non-displayed object when the player object P enters, the object is used as a reference for each object such as the entrance E to the game stage. The predetermined area may be set. It should be noted that the specific object may be always displayed, or the object related to the specific event may be displayed in advance even if the object is not normally displayed.

  When the player object P talks with a non-player character encountered in the world map M set in this way or in the towns scattered on the world map M, or when a predetermined event occurs, a corresponding game A quest to capture the stage occurs. When the quest is accepted, the player searches for the entrance E to the corresponding game stage on the world map M. As for the location of the entrance E to the game stage that is not displayed on the world map M, a hint is given by a conversation with a non-player character.

  Furthermore, the stamina value may be consumed to display the entrance E to the game stage. For example, when the player object meets a predetermined non-player character, the player performs an operation that consumes the stamina value, whereby the entrance E to the game stage is displayed. Thereby, the time for the player to find the entrance E can be shortened in exchange for a decrease in the stamina value.

  In this case, specifically, the parameter management unit 35 reduces the stamina value by a preset amount based on the player's operation, and the game map generation unit 36 reduces the stamina value by a preset amount. Based on the above operation, the entrance E to the game stage that is not displayed on the world map M is displayed, and the player object P is allowed to enter. In this case, the player object P may be automatically moved (instantaneous movement) to the entrance E to the game stage in the display state.

  In addition, an effect may be performed such that the entrance E to the game stage appears or does not appear depending on the time elapsed in the game space. For example, a game stage where the entrance E appears only during the night may be provided. In this case, the game map generation means 36 displays the entrance E to the corresponding game stage at a predetermined time based on the time elapsed in the game space, and makes the player object P enterable, and the other time The entrance E is not displayed and the player object P is not allowed to enter.

  In addition, a game stage where the entrance E to the game stage appears may be set only by using a special item obtained by charging the game. In such a game stage, many experience values for increasing the ability value of the player object P can be acquired, or special or unusual items can be acquired.

  This game proceeds by searching the entrance E of the game stage which is the destination of the quest on the world map M and capturing the game stage as described above. Further, when a predetermined game stage is captured, the range in which action can be performed on the world map M may be widened.

  Further, the player object P of another player (player of another game device 2) stored in the storage device 42 of the server device 3 may appear on the world map M. At this time, the game device 2 of one player and the game device 2 of another player may be synchronized via the server device 3, but the game device 2 of one player and the game device 2 of another player The player object P of another player may be displayed as a non-player character on the world map M in the game device of one player while being in an asynchronous state. At this time, the position of the character on the world map M (the position on the world map M in the game data saved by the player) is reflected, for example, reflecting the progress of the game of the character of another player encountered in the past. It may be displayed.

  Further, for example, when a character of another player appearing as a non-player character has advanced ahead of the game progress status of one player, when the player object has a conversation with the non-player character, the other player captures. You may make it display the entrance E of a game stage already completed, and the capture method (For example, what kind of enemy character exists, what kind of attack is effective, etc.).

  Instead of other player characters encountered in the past, the game progress of other player characters registered as friends by a predetermined method may be reflected on the world map M. When registering a friend, for example, a screen on which information of characters of other players encountered in the past can be listed is displayed, and a friend application is made to a desired character from the list display. Other players who have applied for friends can accept or reject the friend application, and when the friend application is permitted by the player, both characters are stored (registered) in the server device 3 as friends. Note that other player characters other than the other player characters encountered in the past are displayed in a list by a predetermined method (for example, based on ranking or randomly), and then the character of the character displayed in the list is displayed. It is possible that the player can select and execute the friend application.

[Game stage]
Next, the game stage screen in the present embodiment will be described. FIG. 5 is a diagram showing a game screen on which a game stage is displayed in the present embodiment.

  The game stage G has a grid-shaped moving region R configured by connecting a plurality of moving cells Hf, Hp, Hn configured as moving unit units having a predetermined shape. The moving cell includes a normal cell Hf that does not generate an event and an event cell that generates an event when the player object P is located. In the event mass, an ability value such as an attack power of an enemy character, which will be described later, is reduced, an item is obtained, and a positive mass Hp in which an event that is beneficial to the player occurs, and the physical strength of the player object P decreases, Negative mass Hn in which an event that is disadvantageous to the player, such as an ability value of the enemy character increasing, is included.

  On the moving mass in the moving area R, the player object P and the enemy characters F1, F2 are arranged. In the present embodiment, the enemy characters F1 and F2 are fixed in a state where they are arranged in advance at predetermined positions. Note that the enemy characters F1 and F2 may move on the movement region R (for example, a turn system in which the order of movement with the player object P is alternated) may be adopted. In the present embodiment, the enemy characters F1 and F2 are always displayed (visible to the player), but are hidden so that the enemy characters F1 and F2 are not located. Also good.

  Further, the number, ability, type, and the like of the enemy characters F1, F2 may be changed depending on the time elapsed in the game space. That is, the stage generating means 31 is different from the above-mentioned other than the predetermined time at least one of the numbers, abilities, and types of the enemy characters F1, F2 arranged at a predetermined time based on the elapsed time in the game space. It is also possible to make it. For example, at night, changes such as an increase in the number of enemy characters F1 and an increase in the probability that the boss enemy character F2 will make a special attack (an attack with a greater damage to the player character P) occur. Thereby, it is necessary to make a different strategy according to the time zone to be captured even in the same game stage G, and the game can be made more strategic.

  The player object P moves on the moving area R using a moving item to be described later, and the battle is performed when the player object P is positioned on the same moving mass as the enemy character F1, F2 is located. In the battle, a predetermined battle such as a card battle is performed.

  Textures such as various patterns and colors are attached to the moving mass according to the location and characteristics of the game stage. For example, in the cave game stage G, textures such as rock patterns and colors are added to the moving mass, and in the game stage G near the volcanic area, textures such as volcano and lava patterns and colors are added to the moving mass. Is attached. Furthermore, attribute information that affects the ability values of the player object P and the enemy characters F1, F2 may be attached to the moving mass in accordance with the location and characteristics of the game stage.

  When the player object P stops at the moving mass to which the attribute information is attached and the enemy characters F1 and F2 are battled there, the ability values of the player object P and the enemy characters F1 and F2 are determined by the attribute information. Attribute effects are applied. As the attribute effect, the attack power having the same attribute as the attribute of the moving mass in which the battle is performed increases, or the additional probability of the state abnormality such as sleep increases or decreases. For example, in the case of a game stage G near a volcanic area, a fire attribute may be attached to the moving mass. Thereby, when the battle is performed in the moving mass, the attack power of the fire attribute of the player object P and the enemy characters F1 and F2 increases. Further, for example, in the case of the game stage G near the gas zone, an attribute of gas stagnated in the moving mass may be added. Thereby, the additional probability of state abnormalities, such as sleep, increases. By adding attributes that produce various effects to the moving mass in this way, it is possible to create an advantage and disadvantage of the battle according to the moving mass in which the battle is performed, and to make the game more strategic. .

  The attribute information may include information on the strength of the effect of the attribute. In this case, a plurality of attribute effect strengths can be set. For example, even with the same fire attribute, a plurality of stages can be set in accordance with the amount of increase or rate of increase in the attack power of the fire attribute. In this case, the strength of the attribute may be indicated by a moving cell display. For example, in the case of a fire attribute, a three-dimensional flame display can be added on the moving mass, and a larger flame display can be obtained as the attack power increases or increases. Further, the attribute information may be added only to the normal cell Hf, or may be added to the event cells Hp and Hn.

  The positive mass Hp is an event mass in which, when the player object P is located, an event that is beneficial to the player occurs, such as the ability value of the enemy characters F1 and F2 such as the attack power decreasing or items being obtained. For example, as an effect of a profitable event, the physical strength of the player object P is recovered, the enemy character F2 of the boss is weakened, the number of enemy characters F1 is reduced, or a special moving item described later is obtained. To be included. Further, the negative mass Hn is an event that is disadvantageous to the player when the player object P is positioned, for example, the ability value of the enemy characters F1 and F2 on the game stage G increases or the physical strength of the player object P decreases. Is an event mass that occurs. Which effect is produced in each of the positive mass Hp and the negative mass Hn may be drawn randomly or based on a preset lottery probability, or an effect produced for each event mass is preset. May be. Even in the normal mass Hf, an event that is similar to the positive mass Hp and has a weaker effect may occur with a lower probability.

  The game stage G may also be provided with a connecting unit that connects a plurality of moving unit units. For example, in the example of FIG. 5, a ladder unit Q that three-dimensionally connects two moving unit units is used as a component of the game stage G, and the moving region R is three-dimensionally configured. Note that the connecting unit may include not only the ladder unit Q but also a unit that realizes functions such as a staircase and a warp point (which can instantaneously move between two moving unit units). These connecting units are not included (may be included) in the number of cells required for movement, which will be described later. In addition, since the movement area | region R is comprised three-dimensionally, it can also be set as the structure which does not use a connection unit. For example, the player object P may be able to move the step after providing a step in the height direction between two adjacent movement unit units. In this case, the height of two adjacent moving unit units is set in a stepwise manner and can be moved (jump movement) up to a predetermined level. It may be set so that it can only be reached if it requires special abilities or items, or if it does not detour.

  In addition to the player object P and the enemy characters F1 and F2, those that can be acquired by the player, such as a treasure box L and a physical strength recovery item (those that disappear once acquired) can be arranged on the moving cell. In addition, although not shown, objects that produce various effects such as obstacles, doors, traps, and other fixed objects can be arranged on the moving mass.

  In addition, on the game screen on the game stage screen, the stage generation means 31 performs various displays. For example, the final purpose (quest content) D1 in the game stage G is displayed on the game screen. In the example of FIG. 5, “Defeat the innermost boss monster!” Is displayed, and the final purpose is to subjugate the boss enemy character F2 that is initially arranged in the place farthest from the player object P. Indicated.

  In addition, a status information column D2 including the stamina value and physical strength value of the player object P is displayed on the game screen. In addition, the game screen is provided with a moving item display area C in which a moving item (moving card) possessed by the player and used to move the player object P is displayed, and the moving items Cn and Cs acquired by the player are displayed. It is displayed. Furthermore, on the game screen, moving item draw buttons B1 and B2 for acquiring the moving item are displayed. The moving item draw button includes a stamina using draw button B1 that acquires a moving item using a stamina value and a stamina non-use draw button B2 that acquires a moving item without using a stamina value.

  In addition, a transition button B3 to the store screen is displayed on the game screen so that a special item for advantageously proceeding with the game can be acquired by charging the game. As described above, special items can be purchased in units of a predetermined number on the store screen.

  The player object P is configured to be movable on the moving area R of the game stage G configured as described above based on the contents of the moving item held by the player. As the moving item, a normal moving item (first moving item) Cn in which only the number of movable cells is displayed, and the number of movable cells and the ability added to the player object P when moving are displayed. Special movement item (second movement item) Cs. The abilities added to the player object P in the special movement item Cs include, for example, the ability to use the ladder unit Q, and avoid the battle with the enemy character F1 even if the enemy character F1 is placed within the movement range. And the ability to avoid a disadvantageous event for the player even when positioned in the negative mass Hn, the ability to destroy an obstacle, and the ability to avoid the addition of a state abnormality. The display of these abilities along with the number of movable cells is shown in characters or schematic diagrams in a card-like display frame displayed in the moving item display area C. The special moving item Cs is displayed so that it can be distinguished from the normal moving item Cn at a glance. Specifically, the special moving item Cn has, for example, a decorative display around the display frame or a background color different from that of the normal moving item Cn.

  Hereinafter, a mode in which the player object P is moved on the moving region R of the game stage G using the above-described moving items Cn and Cs will be described. First, the moving item acquisition unit 32 acquires the moving items Cn and Cs as described above according to the operation of the player. For example, in the game stage G, the player acquires the moving items Cn and Cs by pressing the moving item draw buttons B1 and B2 (in the case of a touch panel, by tapping the display area of the draw buttons B1 and B2). be able to. As another acquisition method, for example, the player object P is acquired by opening a treasure box L existing on the game stage G or the world map M, or purchased at shops in towns scattered on the world map M. It may be acquired from a non-player character N encountered on the game stage G or the world map M, or acquired from the enemy characters F1 and F2 defeated on the game stage G or the world map M. Further, the moving items Cs and Cn may be acquired by using a special item obtained by charging the game. In this case, it is good also as a highly probable moving item (mainly special moving item Cs) being acquirable with high probability.

  Specifically, when there is a predetermined operation by the player as described above, the moving item acquisition unit 32 has a predetermined upper limit number (for example, 5) of moving items Cn and Cs that the player currently holds. It is determined whether it is less than or not. If it is less than the upper limit number, the moving item acquisition means 32 acquires the moving items Cn, Cs based on the operation of the player, and displays the acquired moving items Cn, Cs on the game screen. The moving item holding means 33 stores the acquired moving items Cn and Cs in the storage device 14 of the game device 2 or the storage device 42 of the server device 3. The moving item holding means 33 can hold a plurality of moving items Cn and Cs acquired by the player in this way. On the other hand, when the number of moving items Cn and Cs held by the player has reached the upper limit during the acquisition operation, the moving item acquisition unit 32 stops the acquisition process of the moving items Cn and Cs, Display on the game screen, such as "Cannot get because the maximum number is exceeded". Note that the upper limit number of moving items Cn and Cs that can be held by the player may be changed according to the level of the player object P or a special item (billing). Further, the upper limit number of the moving items Cn and Cs that can be held by the player may be changed according to the type (difficulty level, etc.) of the dungeon.

  The game stage moving means 34 moves the player object P operated by the player on the moving area R based on the contents of the moving items Cn and Cs selected by the player from the plurality of moving items Cn and Cs acquired by the player. . The player selects the number of squares to be moved and the presence / absence of special effects from the moving items Cn and Cs displayed in the moving item display area C. In the present embodiment, the game stage means 33 performs a selection operation by performing a selection operation (for example, a tap operation) on desired movement items Cn and Cs among the movement items Cn and Cs displayed in the movement item display area C. The moved items Cn and Cs that have been selected are displayed in a state that is shifted up one level from the unselected items to be moved Cn and Cs (moved item selection state). Depending on the game stage G, only specific movement items Cn and Cs can be selected, or special movement items Cn and Cs that cannot be selected may exist.

  In this moving item selection state, the game stage moving means 34 is a moving destination cell (movement candidate cell) Ji (i = 1, 2, when the moving object Cn, Cs currently selected by the player object P is used. 3, surface color is changed or blinked. In the example of FIG. 5, the special movement item Cs that can move by 4 squares and that can use the ladder unit Q is selected, and three movement candidate squares P1 to P3 are displayed in a discolored manner as the movement destination of the player character P. . The movement candidate cell J1 indicates a movement destination that is 4 cells away from the player object P on the plane. On the other hand, the movement candidate cell J2 indicates a movement destination that is 3 cells away from the player object P. This is set in advance so that when the enemy character F1 is positioned on the moving cell, the enemy character F1 must stop at the position of the enemy character F1 even if it is below the cell displayed on the moving item. Because it is. Accordingly, when the movement candidate cell J2 is determined as the movement destination, the battle with the enemy character F1 is started after the player object P has advanced by 3 cells. Further, the movement candidate cell J3 indicates a movement destination that is 4 cells away from the player object P in a path that uses a ladder unit Q in the middle of the path and travels along a path that is higher than the current position of the player object P. Since the treasure box L is arranged in the movement candidate cell J3, when the movement candidate cell J3 is determined as the movement destination, the player can open the treasure box L and acquire the item.

  Here, if a normal moving item Cn that can move the same four squares is selected, the movement candidate squares J1 and J2 are displayed in the same manner, but the movement candidate square J3 that requires the ability to use the ladder unit Q is not displayed. . When a special movement item Cs that can move 5 squares and has the ability to avoid a battle with the enemy character F1 is selected, instead of the movement candidate square J1, one move ahead of the movement candidate square J1 (from the player object P) The moving cell on the far side) becomes a moving candidate cell, and the moving cell next to the moving candidate cell J2 becomes the moving candidate cell instead of the moving candidate cell J2 (two enemy characters F1 from the side close to the player object P). Is avoided).

  The player selects a desired movement destination from the movement candidate cells J1 to J3, and determines and inputs the corresponding movement candidate cells J1 to J3 (for example, tap operation of the movement candidate cells J1 to J3 of the desired movement destination). If there is no desired destination in the movement candidate cells J1 to J3, the movement items Cn and Cs can be reselected. Thus, when a desired destination is determined and inputted from the movement candidate cells J1 to J3, the game stage moving means 34 moves the player object P to the corresponding destination.

  The procedure for moving the player object P is not limited to this. For example, first, by selecting and operating a predetermined moving cell (moving candidate cell), if there is a moving item that can be moved to the moving cell among the moving items possessed by the player, it is selectively displayed (corresponding movement). The items Cn and Cs may be displayed in a state shifted by one step above the other moving items Cn and Cs), and the use of the moving item may be determined by selecting and operating the selected and displayed moving item.

  As described above, according to the above configuration, the movement path R of the player object P can be simplified by adopting a configuration in which a plurality of grids are continuously provided as the movement path R of the game stage G. The amount of game map data can be reduced. In addition, unlike the conventional configuration in which the movement amount of the player object is uniquely determined by the lottery result, the movement amount of the player object P is the movement amount among the movement items Cn and Cs possessed by the player. The player object P can be moved by making a judgment on the moving route by himself / herself and selecting and using the moving items Cn and Cs that are considered optimal.

  For example, in the example of FIG. 5, when the player desires to acquire the treasure box L or generate a positive event Hp and possesses a special moving item Cs that can climb the ladder unit Q, the special moving item concerned The moving path T3 passing through the ladder unit Q can be selected using Cs. In addition, when preserving the use of the special moving item Cs and prioritizing the defeat of the innermost boss monster F2, which is the purpose of the game stage G, to avoid the battle with the normal monster F1 and reduce the time Can select the detour travel route T1. Further, when it is desired to perform more battles with the enemy character F1 and level up the player object P, or to acquire more items that can be acquired when winning the battle with the enemy character F1, the enemy character F1. Can be selected. Furthermore, by selecting the order in which the movement items Cn and Cs are used in each of the movement paths T1 to T3, the player can freely select a movement mass that the user wants to stop and a movement mass that does not want to stop to some extent.

  As described above, since the moving items Cn and Cs and the movement paths T1 to T3 can be selected according to the action that the player wants to take, the degree of freedom of selection by the player regarding the movement of the player object P can be increased. Therefore, the moving area R has a configuration in which a plurality of squares are connected in series, and the player can have a plurality of moving items Cn and Cs that can select a moving amount and a moving route, so that a game in the game program can be performed. It is possible to increase the degree of freedom of selection by the player regarding the movement of the player object P while suppressing the amount of map data.

  The moving items Cn and Cs used for moving the player object P are deleted. That is, the moving item holding means 33 erases the selected and determined moving items Cn and Cs from the storage devices 14 and 42 in which the moving items Cn and Cs possessed by the player are stored.

  Thereby, the moving item display area C displays a number of moving items Cn and Cs smaller than the upper limit number. At this time, the moving item acquisition means 32 can acquire the moving items Cn and Cs again according to the operation of the player. Specifically, as described above, the moving items Cn and Cs can be acquired by pressing the moving item draw buttons B1 and B2. Depending on the game stage G, the types of moveable items Cn and Cs that can be acquired may be determined in advance.

  Here, when the player depresses the stamina use draw button B1 for pulling the moving item using the stamina, the moving item acquisition means 32 has a plurality of types of moving items Cn, each having a predetermined lottery probability set in advance. The player is made to acquire the moving items Cn and Cs from the first group including Cs based on the lottery probability. This first group includes at least one special movement item Cs. When the player acquires a moving item from the first group, the parameter management means 35 decreases the stamina value by a predetermined amount (100 in the example of FIG. 5). Note that the amount of stamina to be decreased may be changed according to the elapsed time in the game space. For example, the amount of decrease in the stamina value may be greater in the night time period than in the day time period, and when the elapsed time since entering the current game stage G has passed a predetermined time, The amount of decrease in the stamina value may be increased.

  On the other hand, when the player presses the stamina-free draw button B2 that draws the moving item without using the stamina, the second group includes a plurality of types of moving items Cn and Cs each having a predetermined lottery probability set in advance. The moving item is acquired by the player based on the lottery probability. In the present embodiment, the second group also includes at least one special movement item Cs. Here, the probability that the special moving item Cs can be acquired from the second group is set to be lower than the probability that the special moving item Cs can be acquired when the moving items Cn and Cs are acquired from the first group. Yes. When the player acquires a moving item from the second group, the parameter management means 35 does not change the stamina value.

  This will be described in more detail. The first group and the second group of moving items that are selected by pressing the moving item draw buttons B1 and B2 are the moving items Cn and Cs to be selected and the probability that the moving items Cn and Cs are selected. (Lottery probability) is set. And in the 1st group used when pulling a movement item using a stamina value, the probability of acquiring special movement item Cs is set higher than the probability of acquiring special movement item Cs from the 2nd group. Yes. In short, it is possible to increase the possibility that the player acquires the special moving item Cs by acquiring the moving item using the stamina value.

  In addition, as a method of making the probability that the special moving item Cs wins in the first group is higher than in the case of the second group, when the moving items Cn and Cs to be lottery are the same in the first group and the second group, Only the winning probabilities may be different. In this case, a probability table for the first group and a probability table for the second group are prepared, and the probability that the special movement item Cs is won in the first group probability table is set higher than that of the second group. realizable. For example, in the second group that is drawn by pressing the stamina-free draw button B2, a probability table in which the lottery probability of the normal moving item Cn is 90% and the lottery probability of the special moving item Cs is 10% is used. On the other hand, in the first group which is drawn by pressing the stamina use draw button B1, the lottery probability of the normal moving item Cn is 50% and the lottery probability of the special moving male item Cs is 50%. A probability table is used. Moreover, it is good also as increasing the ratio in which the special movement item Cs is contained with respect to the 2nd group among the movement items Cn and Cs used as the lottery object in the 1st group. For example, if the second group selected by pressing the stamina-free draw button B2 includes four normal moving items Cn and one special moving item Cs, each moving item Cn, Cs Since the probability of being selected by lottery is 20%, the lottery probability of the moving item Cn is 80% and the lottery probability of the special moving item Cs is 20%. On the other hand, if two normal moving items Cn and three special moving items Cs are included in the first group selected by pressing the stamina draw button B1, each moving item Cn, Cs The probability of being selected by lottery remains 20%, but the lottery probability of the moving item Cn is 40% and the lottery probability of the special moving item Cs is 60%. The second group may not include the special movement item Cs. That is, the probability that the special movement item Cs is won in the second group may be set to zero.

  The moving items Cn and Cs to be selected in the first group and the second group may be different depending on the game stage G. In particular, it is preferable that the special movement item Cs to be a lottery target in the first group is set according to the configuration of the game stage G. For example, in the example of FIG. 5, since the ladder unit Q is used, it is preferable that the special moving item Cs that can use the ladder unit Q is always included as a lottery object of the second group. Furthermore, by increasing the lottery probability of the special moving item Cs, it is possible to impress the player that the strategy is widened by consuming the stamina value.

  In the game stage G, the moving items Cn and Cs are set so that they cannot be discarded unless selected and used for moving the player object P. Further, the moving items Cn and Cs acquired at the game stage G can be taken out of the game stage G (the player object P is moved out of the game stage G while the moving items Cn and Cs are held). Is possible). On the world map M, the moving items Cn and Cs brought into the game stage G can be selected and prepared for the next game stage G. That is, by selecting the moving items Cn and Cs to be brought into the game stage G, the strategy can be further expanded.

  As described above, when the player object P is located on the world map M, the parameter management unit 35 automatically increases the stamina value according to the elapsed time, but the player object P is on the game stage G. If it is located, the stamina value is not recovered in the game stage G. For this reason, once entering the game stage G, in principle, the moving items Cn and Cs can be acquired using only the stamina value at the time of entry. Note that the parameter management unit 35 internally performs a process of recovering the stamina value as time passes even in the game stage G, but the recovery amount of the stamina value is not reflected in the game stage G. Reflected after the end of the game stage G (after transition to the world map M or the like). Instead, the parameter management means 35 measures the time elapsed within the game stage G, and determines the stamina value based on the elapsed time at the end of the game stage G (that is, the play time within the game stage G). The amount of recovery may be determined to restore the stamina value.

  Thus, the possibility of acquiring the special moving item Cs that can widen the route selection range by using the stamina value is increased. On the other hand, the stamina value is finite, and the moving items Cn and Cs cannot be obtained using the stamina value every time. For this reason, it is necessary for the player to consider when to select which movement paths T1 to T3 using the stamina value. Therefore, by configuring so that the movement items Cn and Cs can be acquired using the stamina value, it is possible to further improve the strategy in the selection of the movement paths T1 to T3 and the movement in the selected movement paths T1 to T3.

  Note that the stamina value may be recovered in the game stage G by using a predetermined item or a special item obtained by charging the game.

  In the present embodiment, the moving masses Hf, Hp, and Hn all have the same shape, and the moving mass is arranged in a predetermined three-dimensional area (for example, 30 vertical cells × 30 horizontal pixels × 10 vertical cells). A moving region R is created. Therefore, by changing the arrangement of the moving cells, changing the number and arrangement of the event cells Hp and Hn, changing the attributes of the moving cells, or changing the type, number or arrangement of the objects, the moving region R can be changed. Variations of different game stages G can be easily increased.

  Furthermore, as described above, in this embodiment, general game data required for the game program is stored as the second game data 42b in the storage device 42 on the server device 3 side. The second game data 42b stored in the storage device 42 of the server device 3 includes data of the game stage G (moving mass arrangement mode, moving cell attribute information, arrangement mode of each object, etc.). Therefore, by storing the game stage G, which can be easily increased in variation as described above, on the storage device 42 of the server device 3, the game stage G can be easily added to a game executed on the plurality of game devices 2. Can be added.

  Although the embodiments of the present invention have been described above, the present invention is not limited to the above-described embodiments, and various improvements, changes, and modifications can be made without departing from the spirit of the present invention.

  For example, in the above embodiment, the moving masses Hf, Hp, and Hn configured as the moving unit units all have the same shape, but the moving mass may have various shapes and sizes. Moreover, in the said embodiment, although the movement unit unit is comprised as a rectangular parallelepiped moving mass, other shapes, such as a cylindrical shape, may be sufficient and a two-dimensional shape may be sufficient as it, for example.

  Moreover, in the said embodiment, the stamina value which is not used by the battle in the game stage G as a predetermined parameter used when acquiring the movement item Cn and Cs from the 1st group with high probability of acquiring the special movement item Cs is used. Although the configuration used has been described, other parameters, for example, parameter values that can be used in the battle (for example, physical strength, magic points, etc.) may be used. In this case, there is a possibility that the content of the battle will be affected by the movement mode, so that a game having a more complicated strategy can be configured.

  Further, in the above embodiment, a player character is used as the player object P. However, as long as the object is operated by the player, it may be a vehicle other than a character, for example, a vehicle such as an automobile or a ship, or may be an amazing piece. It may be anything.

  In the above embodiment, only one aspect in which one game apparatus 2 and the server apparatus 4 communicate via the network NW has been described. However, for example, a plurality of game apparatuses 2 and the server apparatus 4 can communicate via the network NW. The present invention can also be applied to an online game in which a plurality of player characters corresponding to a plurality of players who are connected to each other and operate different game devices 2 appear in the same virtual game space and act in cooperation with each other. The present invention can also be applied to an offline game that does not involve the server device 3.

  In the present embodiment, the game apparatus 2 has been described assuming a portable information terminal such as a smartphone or a portable game-dedicated device. However, the game apparatus 2 is not limited to these, and a stationary game apparatus or The present invention can also be suitably applied to a computer device such as a personal computer.

  The present invention can be applied to a game program and a game system that can increase the degree of freedom of player selection regarding movement of a player object while suppressing the amount of game map data in the game program.

1 game system 2 game device (computer device)
3 Server device 30a, 42a Game program 30b, 42b Game data 31 Stage generating means 32 Moving item acquisition means 33 Moving item holding means 34 Game stage moving means 35 Parameter management means 36 Game map generating means 37 Player object moving means Cn Normal movement Item (first moving item)
Cs special movement item (second movement item)
G Game stage Hf, Hn, Hs Moving mass (moving unit)
M world map (game map)
NW network P Player object R Moving area

Claims (4)

Computer
Stage generating means for generating a game stage having a grid-like moving area configured by connecting a plurality of moving unit units having a predetermined shape;
A moving item acquisition means for acquiring a moving item in which at least the number of cells that can move in the moving area is displayed according to the operation of the player;
Moving item holding means for holding a plurality of moving items acquired by the player;
A game stage moving means for moving a player object operated by the player on the moving area based on the content of the moving item selected by the player from among the plurality of moving items held by the player, Function as parameter management means for managing a predetermined parameter whose value increases or decreases based on the operation,
The parameter management means reduces the value of the parameter by a predetermined amount when the player acquires the moving item based on the predetermined operation, and recovers the value as time elapses. The moving item includes a first moving item in which only the number of the squares is displayed, and a second moving item in which the number of the squares and the ability added to the player object at the time of movement are displayed.
The moving item acquisition means is configured to be able to acquire the moving item from the first group including a plurality of types of moving items each having a predetermined lottery probability set in advance based on the lottery probability. ,
The game program according to claim 1, wherein the first group includes at least one second moving item. The computer,
A game map generating means for generating a game map in which a plurality of types of entrances to the game stage are provided and the player object is movable, and a player object moving means for moving the player object in the game map based on a player's operation Make it work
The game according to claim 1 or 2, wherein the parameter management means decreases the value of the parameter by a preset amount for each game stage when entering the game stage from the entrance on the game map. program. A computer device;
A server device connected to the computer device via a network,
The computer device is configured to execute the game program according to claim 1 in cooperation with the server device,
A game system in which at least the game stage is stored in the server device.

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