JP6734418B2 - Game program, computer control method, and information processing apparatus - Google Patents

Description

The present invention relates to a game program, a computer control method, and an information processing apparatus, and particularly to a game program relating to a game in which a moving object is displayed, a computer control method, and an information processing apparatus.

2. Description of the Related Art In recent years, with the spread of electronic devices such as smartphones and tablets equipped with a communication function, technologies relating to a position-taking game using the electronic device have been actively developed.

As an example of the above technique, there is a game in which a plurality of players compete for positions in a virtual area, and a scene is set so as to simulate a battle for the positions.

For example, Patent Document 1 discloses a camp simulation game in which a plurality of players compete in a virtual common play area so as to motivate a player with low game skill to participate in the game. ..

Further, in Patent Document 2, the positions of the bases (groups) of the respective players A and B are set by the arrangement of the cards, and the spaces where the respective cards are arranged are used as fields for the players A and B to compete for each other's bases. A camp game is disclosed.

In such a game for an electronic device, the player expands his/her position by instructing the direction and size of the position. In other words, a plurality of players give instructions in a virtual area, hold each other's positions, and the game progresses.

JP, 2014-073164, A JP2012-178064A

However, in the conventional position-taking game as described above, there is a problem that the instruction becomes clear and monotonous.

Therefore, there has been a demand for an instruction method in a position capturing game that is more interesting in the game for electronic devices.

An object of the present invention is to realize a game with high taste.

A game program that solves the above problem is launched into a field of a game by a computer connected to an input accepting unit that accepts an input operation of a player and a display that displays a screen according to the operation accepted by the input accepting unit. A moving object display function for displaying a moving object on the screen, and a moving object ejected in the player area associated with the player in the field of the game displayed on the screen comes into contact with the boundary of the player area, By connecting different player areas to each other with the area changing function for enlarging the player area, a plurality of players, each associated with the player area, generate a new connected area in which the moving object can be ejected. And the area generation function.

With regard to the above-mentioned game program, the computer is further made to realize an area display function for displaying the player areas of a plurality of players so as not to overlap each other in the initial stage of the game, and the area generation function is configured to perform mutual operation by the area changing function. It is preferable to connect the player areas to each other when the different player areas are enlarged and a part of the plurality of player areas overlap each other.

With regard to the above-mentioned game program, the computer is further made to realize an arrangement function of arranging the ejection means for ejecting the moving object at a position within the connection area and designated by each of the plurality of players. Is preferred.

With regard to the above-mentioned game program, a function of arranging an area fixed object for arranging an area object in the player area in the computer according to an operation of a player, and the area object is moved when the moving object comes into contact with the area object. It is preferable to further realize a route changing function of changing the moving route of the object.

In the above game program, when the area object is arranged in the connection area in the computer, the effect of the moving object of the player who arranges the area object touching the area object, and the area object It is preferable to further realize a contact determination function that makes the effect different from the case where the moving object of another player other than the arranged player contacts the area object.

In the above game program, when the moving object contacts the area object, the moving object of the moving object is set according to a combination of an attribute set for the moving object and an attribute set for the area object. It is preferable to further realize an object changing function of changing at least one of the movement and the state of the area object.

In the above game program, it is preferable that the computer further realizes a privilege giving function of giving a predetermined privilege to the player when the moving object comes into contact with the area object arranged by the player.

Regarding the above game program, an attribute change for changing at least one of the attribute set for the moving object and the attribute set for the area object by using a predetermined privilege given to the computer by the privilege giving function. It is preferable to further realize the function.
With regard to the above game program, the computer may further realize a strength designating function for designating a strength at which the moving object is ejected in the field, and the moving object display function may respond to the strength designated by the strength designating function. It is preferable to display the moving object so that the moving object is ejected.
In the above game program, it is preferable that the moving object display function displays the moving object in a different display mode according to an attribute representing a property of the moving object.

A method for controlling a computer that solves the above-mentioned problem is such that a computer connected to an input receiving unit that receives an input operation of a player and a display that displays a screen is displayed in a field of a game according to the operation received by the input receiving unit. A moving object display step of displaying a moving object to be ejected, and a moving object ejected in a player area associated with the player in the field of the game displayed on the screen comes into contact with a boundary of the player area, An area changing step of enlarging the player area and connecting different player areas to each other creates a new connected area in which a plurality of players respectively associated with the player areas can eject their own moving objects. The area generation step and are executed.

An information processing apparatus that solves the above problem is a moving object display unit that displays a moving object ejected into a field of a game on a screen of a display according to an operation accepted by an input accepting unit, and a moving object display unit that is displayed on the screen. When a moving object ejected in a player area associated with a player in the field of the game comes into contact with the boundary of the player area, an area changing unit that enlarges the player area and different player areas are connected to each other. A plurality of players, each of which is associated with the player area, generates a new connected area in which the moving object of the player can be ejected.

According to the present invention, a game with a high taste can be realized.

An example of the typical block diagram of the information processing apparatus of this invention is shown. The schematic diagram which shows an example of the game screen produced|generated by the information processing apparatus of this invention is shown. The schematic diagram which shows an example of the game screen produced|generated by the information processing apparatus of this invention is shown. The schematic diagram which shows an example of the game screen produced|generated by the information processing apparatus of this invention is shown. The schematic diagram which shows an example of the game screen produced|generated by the information processing apparatus of this invention is shown. The schematic diagram which shows an example of the game screen produced|generated by the information processing apparatus of this invention is shown. The flowchart for demonstrating the flow of the computer control method of this invention is shown.

First, an embodiment of an information processing apparatus of the present invention will be described in detail with reference to the drawings.

FIG. 1 is a functional block diagram showing an example of an information processing device according to an embodiment of the present invention. As shown in FIG. 1, the information processing apparatus 100 of the present invention includes a moving object display unit 110 and a region changing unit 120. Note that FIG. 1 illustrates an example in which the information processing apparatus 100 of the present invention is connected to the terminals 20 of one or more players via the network 10.

In the present embodiment, as an example, description will be given on the assumption that a group of a plurality of players is a game in which a position is captured in real time.

In the present embodiment, information is given to each player, and the information given to each player includes basic information such as the area size, place, and/or time of each player who plays, and the information about the game. It can have information of a state that changes according to the progress (obtained item, ability to manipulate the item, and/or attack power, etc.).

The moving object display unit 110 displays the moving object so that the moving object is ejected into the field of the game according to a predetermined operation by the player.

The moving object is a tool for the player to expand the area, and the shape can be set according to the situation, such as a round shape, a spherical shape (ball shape), a star shape, or a spear shape.

As a method of ejecting the moving object, for example, a flipper used in a pinball game can be used to eject the moving object. With this configuration, it is possible to request the player to perform a highly difficult operation for operating the flipper.

As another method of ejecting the moving object, for example, a cue used in billiards can be used as the ejection means to eject the moving object. With this configuration, it is possible to request the player to perform a highly difficult operation for operating the cue.

When such ejection means is used, the ejection direction and momentum of the moving object differ depending on the athletic ability of the player. Since the injection strength can be adjusted by operating the injection means, uncertainty can be brought about in the direction and size of the base to be expanded, and the fun of the game can be enhanced.

The area changing unit 120 contacts at least a part of the moving object ejected in the field on a boundary between a player area in which the player can eject the moving object and another area different from the player area. In this case, the player area is changed so that the player area expands toward the other area.

When the moving object is set to be an elastic ball, the moving object display unit 110 produces an effect that part of the moving object bounces at the boundary between the player area and another area different from the player area. be able to.

In this case, a part of the ball comes into contact with the boundary, and the area changing unit 120 can change the player area so as to enlarge the player area toward the other area.

In this way, the player can widen the player's territory by making the moving object contact another area different from the player's area, aiming at the direction to widen the area.

In addition, when two or more players expand their respective player areas and the player areas of the two players overlap with each other, the plurality of players can start the battle.

As a method of determining the win or loss in the battle, for example, the player may lose when the player allows the moving object of the opponent to enter deeper than the ejection means in the player's area.

Since the player can install the ejecting means anywhere in the player's area, the moving object can be ejected from any position in the player area, and the ejecting means can be installed in a place where the attack from the opponent is easily avoided. be able to.

FIG. 2 is a schematic diagram showing an example of a game screen of a game generated by the information processing apparatus 100 of the present invention.

As shown in FIG. 2, the game screen 800 displays an example in which four players a to d play. The players a to d operate the ejecting means 300 (in FIG. 2, the ejecting means 300a to d) to move the object 200 (moving objects 200a to 200d in FIG. 2) in the direction in which the players ad want to expand their territory. Can be shot aiming at a boundary 600 between the player area 400 (player areas 400a to 400d in FIG. 2) and another area 500 different from the player area 400.

For example, when the moving object 200a of the player a contacts the boundary 600, the player area 400a can be expanded toward the other area 500, and the player area 400a of the player a can be expanded.

The information processing apparatus 100 according to the embodiment of the present invention may include an input reception unit 101 (not shown) that receives a player's operation and an object recognition unit 111 (not shown) that includes the moving object display unit 110.

By accepting the operation of the player in the input accepting unit 101, the ejecting means 300 can be operated.

The object recognition unit 111 recognizes at which position the ejected moving object 200 is arranged.

An attribute representing the property of the moving object 200 is preset in the moving object 200, and the information processing apparatus 100 enlarges the area changing unit 120 according to the attribute set in the moving object 200. The image forming apparatus may further include an expansion area determining unit 130 that determines the size of the area to be processed.

The expansion area determination unit 130 changes the expansion of the area by setting the attribute of the moving object 200, which requires the player to play more strategically and the game It can be interesting and entertaining.

The attributes of the moving object 200 may include, for example, properties such as fire, water, wood, cavalry and/or gun corps.

In the information processing apparatus 100 of the present invention, the area changing unit 120 can change the player area 400 when the enlargement area determining unit 130 determines the size of the enlarged area. At this time, depending on the attribute of the moving object 200, it is possible to produce an effect in which the area to be expanded expands in a round shape or expands like a tear.

For example, the moving object 200 having the attribute of a cavalry can be set to punch the boundary 600 shallow and wide. Further, for example, the moving object 200 having the attribute of a gun corps can be set so that the boundary 600 can be deeply punched.

Even if the power is the same, if the attributes of the moving object 200 are different, it is possible to change the size of the territory that is enlarged or narrower than the size of the reference enlarged region. it can.

When the areas 400 of two or more players are expanded to the same area, the moving objects 200 are ejected in the same area. In this case, the moving objects 200 emitted by the player and the opponent may collide with each other. In this case, the behavior at the time of collision can be determined according to the attribute of the moving object 200.

For example, when the attribute of the moving object 200 of the player is the fire attribute and the attribute of the moving object 200 of the opponent is the water attribute, it is set that the durability of the moving object 200 of the fire attribute is lowered due to the collision. can do. This durability is set for each moving object, and the durability decreases due to the collision, and when it becomes 0, the moving object is broken and disappears. Further, the lower the durability, the smaller the area expanded at the time of a collision with the boundary. Further, this durability can be expressed so that it can be visually recognized by the player. Details will be described later.

Further, the information processing apparatus 100 of the present invention determines whether or not the moving object 200 ejected in the field is displayed so as to be superimposed on the boundary 600 so that at least a part of the moving object 200 contacts the boundary 600. The boundary determining unit 140 may be further included.

The boundary determining unit 140 determines that the moving object 200 is represented by, for example, a circle or a sphere, and the entire periphery of the moving object 200 does not touch the boundary 600. Whether or not the boundary 600 is touched can be determined.

In addition, the information processing apparatus 100 of the present invention may further include an area-determined object placement unit 150 that places the area-determined object 700 in the player area according to a player's operation. When the moving object 200 comes into contact with the area fixing object 700, the moving object 200 may be reflected by the area fixing object 700 and the movement route thereof may be changed.

FIG. 3 is a schematic diagram showing an example of a game generated by the information processing device 100 of the present invention.

FIG. 3 shows a diagram in which the player areas 400a and 400b of the players a and b are connected by area expansion, and the moving objects 200a and 200b of the player and the opponent are ejected in the same player area 400. Further, by arranging the area determination object 700 in the player area 400, the movement of the moving objects 200a and 200b can be made more complicated, and the player's strategic nature can be further required.

The area defining object 700 may have a shape like a pin or a flag.

The player can limit the route of the moving object 200 by arranging the area confirmation object 700 in the player area.

The area confirmation object 700 can prevent the moving object 200 of the opponent from invading.

That is, since the area defining object 700 also prevents the player's own moving object 200 from being ejected together with the opponent moving object 200, the player decides whether or not to arrange the area defining object 700 and/or the area defining object. Strategicity is required for the arrangement position of 700.

The moving object 200 and the area confirmation object 700 are set with attributes representing the respective properties of the moving object 200 and the area confirmation object 700, respectively. When the fixed object 700 is touched, the movement of the moving object 200 and/or the area fixed object 700 is performed according to the combination of the attribute set in the moving object 200 and the attribute set in the area fixed object 700. It may further include an object changing unit 160 that changes the state of.

For example, if the attribute representing the property of the moving object 200 is a fire attribute and the attribute of the area defining object 700 is a tree attribute, the object changing unit 160 determines that the moving object 200 collides with the area defining object 700. Then, the area that is enlarged when the moving object 200 subsequently collides with the boundary may be larger than that when it does not collide with the area confirmation object 700. This represents a state in which the moving object 200 having a fire attribute increases the power of fire by using the area-determining object 700 having a tree attribute as fuel, and in this state, a flame effect is added to the moving object 200. It is also possible to make it visible to the player.

The information processing apparatus 100 of the present invention can change the area in which the area fixed object 700 can be arranged and the interval in which the area fixed object 700 can be arranged by changing the attribute of the area fixed object 700. The area confirmation object 700 that can be arranged in the area of the opponent may be set.

The arrangement rule of the player and/or opponent area determination object 700 placed in the player area and the player and/or opponent area determination object 700 placed in the opponent area may be different.

Depending on the attributes of the area-defining object 700, it is possible to make a wall by standing up the area-defining object 700 continuously, or to make it impossible to place it without opening a predetermined interval.

The information processing apparatus 100 of the present invention further includes a privilege granting unit 170 that grants a predetermined privilege to the player when at least a part of the moving object 200 comes into contact with the area determination object 700 arranged by the player. be able to.

For example, when the moving object 200 contacts at least one part of the boundary, the player area is directed to another area as compared with the case of directly contacting the boundary without contacting the confirmed object 700. It can be a privilege to expand the area more.

In addition, the privilege granting unit 170 may grant a score, an item, or the like when the moving object 200 of the player comes into contact with the area determination object 700 arranged by the player.

The player can use the above items to enhance the performance of the moving object 200, enhance the performance of the area defining object 700, and enhance the performance of the ejection means.

The performance of the moving object can include durability, moving speed, power, etc. of the moving object. Further, the performance of the area-determined object can include the durability of the area-determined object, the area/interval that can be arranged, and the like. Further, the performance of the ejection means may include the strength of the force with which the ejection means ejects the moving object.

The information processing apparatus 100 of the present invention changes the attribute set in the moving object 200 and/or the attribute set in the area determination object 700 by using the predetermined privilege given by the privilege giving unit 170. The attribute changing unit 180 may be further included.

The attribute changing unit 180 uses the privilege obtained by the player to change the attribute set in the moving object 200 and/or the attribute set in the area confirmation object 700, so that the player can play the game more advantageously. It is possible to enhance the interest of the game for proceeding.

By using the granted privilege, the player can strengthen the moving object 200 or change the attribute.

By using the granted privilege, the player can strengthen the area defining object 700 or change the attribute.

As another example, by using the granted privilege, the player can strengthen the ejection means 300, increase the ejection strength, increase the number of the moving objects 200, and increase the efficiency of expanding the position, The number of the area-determined objects 700 can be increased to arrange the area-determined objects 700 so as to surely prevent the entry of the moving object 200 of the opponent.

The information processing apparatus 100 of the present invention further includes a strength designating section 190 for designating the strength of ejecting the moving object 200 in the field, and the moving object display section 110 has the strength designated by the strength designating section 190. The moving object 200 can be displayed so that the moving object 200 is ejected according to the above.

The designation of the strength for ejecting the moving object 200 by the strength designating unit 190 is, for example, designating the strength and speed of the flipper or the operation of the cue by the player.

In the present embodiment, as a form of performing multi-play, a turn system in which each player sequentially ejects the moving object 200, a real-time system in which each player plays in real time, and the number of ejections of the moving object in a fixed time are determined. Therefore, it is possible to adopt a system of limiting the number of shots in which each player plays at an arbitrary timing.

In this embodiment, it is possible to form an alliance with another player. As a result, it is possible to increase variations for expanding the area and enhance the fun of the game.

In this embodiment, the inclination can be set for each player area 400 of each player so that the moving object 200 returns to the side opposite to the ejection direction of the player area.

The information processing device 100 of the present invention can function as a server device connected to the player's terminal 20 via the network 10, or the player's terminal 20 itself is provided with the information processing device 100 of the present invention. You can also In the former case, the game processed by the information processing apparatus 100 of the present invention functions as a browser game, and in the latter case, it functions as a native game.

Further, when the information processing apparatus 100 of the present invention functions as a server device connected to the player's terminal 20 via the network 10, the browser display of the first game screen and the second game screen by the server device is performed. It is also possible to provide a hybrid game in which other menu screens and the like are natively displayed by the player's terminal 20.

Although the player terminal 20 has been described as an electronic device such as a smartphone, it may be a consumer game machine such as a home-use game machine that is a game-dedicated machine, or a portable game machine.

Next, an example of a game processed by the information processing device 100 of the present invention will be described with reference to the drawings.

FIG. 4 is a schematic diagram showing an example of a game screen generated by the information processing apparatus of the present invention. In FIG. 4A, the moving object 200c of the player c who is the opponent on the game screen 800 is the player a. 4B is a diagram in which the moving object 200a collides with the boundary 600 after the moving object 200a bounces on the region fixing object 700, and FIG. 4C shows the region fixing object 700 moving the moving object 200a. It is a display of a figure that bounces off.

As shown in FIG. 4A, when the moving object 200c of the opponent enters in a direction opposite to the ejection direction of the player a rather than the ejection means, the competition rule becomes a loss.

As shown in FIG. 4B, when the moving object 200 hits the area defining object 700, a score is obtained and when the moving object 200 hits the boundary, the power of expanding the area can be further increased. ..

Further, as shown in FIG. 4C, the area determination object 700 can prevent the moving object 200 of the opponent from invading.

FIG. 5 is a schematic diagram showing an example of a game screen generated by the information processing apparatus 100 of the present invention. The target area is Japan, and the game can be advanced by expanding the area of the player. Any country may be displayed on the game screen 800.

FIG. 6 is a schematic diagram showing an example of a game screen generated by the information processing apparatus 100 of the present invention. The attributes of the moving object 200 and the area determination object 700 can be visually recognized.

In FIG. 6A, for example, when the attribute representing the property of the moving object 200a is the fire attribute and the attribute of the area defining object 700 is the tree attribute, the moving object 200a collides with the area defining object 700. In this example, the display in which the area confirmation object 700 is lit is visually recognized.

In FIG. 6B, for example, when the attribute of the moving object 200a of the player is the fire attribute and the attribute of the moving object 200b of the opponent is the water attribute, the durability of the moving object 200a of the fire attribute is This is an example of a display that is lowered so that the cracked display can be visually recognized.

Next, a computer control method of the present invention will be described with reference to the drawings.

FIG. 7 is a flowchart showing an example of the flow of the computer control method of the present invention. As shown in FIG. 7, the computer control method of the present invention includes an operation input acceptance step S101, a tool operation step 102, a moving object display step S110, a boundary determination step S115, an area change step S120, and an area. Step S130 of arranging the fixed object 700, step S140 of changing the attributes of the moving object 200 and the area fixed object 700, step S150 of giving a privilege, step S160 of specifying the strength of the tool, and a step of using the privilege. It may include S161, step S170 for determining the position of the moving object 200, and step S180 for determining win/loss between the players.

In the operation input acceptance step S101, an input is made so that the moving object 200 is headed in the direction intended by the player. The operation input receiving unit may be the input receiving unit 101. The details are as described above.

In the operation step 102 of the tool, the ejecting means 300 ejects the moving object 200 by the operation of the player.

In the moving object display step S110, the moving object 200 is displayed so that the moving object 200 is ejected into the field of the game according to a predetermined operation by the player. The moving object display means may be the moving object display unit 110. The details are as described above.

In the boundary determination step S115, it is determined whether or not the moving object 200 contacts the boundary 600.

In the area changing step S120, when at least a part of the moving object ejected into the field comes into contact with the boundary between the player area where the player can eject the moving object and another area different from the player area, the player area Change the player area so that the area expands toward other areas. The player area changing unit may be the area changing unit 120. The details are as described above.

In step S130 of arranging the area confirmation object 700, the player arranges the area confirmation object 700 in the player area 400. It can be arranged so that the moving object 200 of the opponent does not enter the player's area 400. The placement means may be the area-determined object placement unit 150. The details are as described above.

In step S140 of changing the attributes of the moving object 200 and the area fixed object 700, when the moving object 200 contacts the area fixed object 700, the attribute set to the moving object 200 and the attribute set to the area fixed object 700 are set. The moving object 200 is moved and/or the state of the area-determining object 700 is changed according to the combination. The attribute changing unit can be the object changing unit 160. The details are as described above.

In step S150 of giving a privilege, when the moving object 200 comes into contact with the area determination object 700 arranged by the player, a predetermined privilege is given to the player. The privilege granting process can be performed by the privilege granting unit 170. The details are as described above.

In step S160 for designating the strength of the ejection means, the strength for ejecting the moving object into the field is designated. The intensity designating process may be performed by the intensity designating unit 190. The details are as described above.

In step S161 of using the privilege, the player uses the privilege given in step S150 of giving the privilege.

In step S170 of determining the position of the moving object 200, it is determined where the ejected moving object 200 is located. The position determination means can be the object recognition unit 111. The details are as described above.

In step S180 of determining the win/loss between the players, when it is determined by the object recognition unit 111 where the moving object 200 is located in the player area 400, the win/loss of the players is determined based on this determination. For example, if the object recognition unit 111 determines that the moving object 200 is located in the player's area farther than the ejection means 300 of the moving object 200, then the intruding player loses. To be judged.

Finally, the game program of the present invention will be described.

The game program of the present invention causes a computer to realize a moving object display function and a region changing function.

The moving object display function displays the moving object such that the moving object is ejected into the field of the game in response to a predetermined operation by the player. The moving object display function can be realized by the moving object display unit 110 described above. The details are as described above.

The area changing function described above allows the player to eject a moving object when the boundary between the player area and another area different from the player area is touched by at least a part of the moving object ejected in the field. An area changing function for changing the player area is realized so that the area expands toward another area. The area changing function can be realized by the area changing unit 120 described above. The details are as described above.

The game program can be provided by being recorded in a computer-readable recording medium. The recording medium is not particularly limited as long as it is a computer-readable medium such as a CD-ROM or a DVD.

Alternatively, the game program can be created in a markup language such as HTML5, for example.

The above description shows an example of a typical embodiment, and the present invention is not limited to this embodiment. The inventions described in the claims at the initial application of the original application of the present application will be additionally described below.
[1] A moving object display function that causes a computer to display a moving object that is ejected in a field of a game according to an operation received by an input receiving unit, and at least a part of the moving object that is ejected in the field of the game When the player area touches a boundary between the player area and another area different from the player area, the player area is moved toward the other area with a size determined according to the moving object. A region changing function of expanding in a mode according to an attribute of an object is realized, and the region changing function is such that at least a part of the moving object is on a boundary between the player region and another player region associated with another player. A game program in which the player area is enlarged when a contact is made, and the player is allowed to compete with the other player in the enlarged area.
[2] A moving object display function of causing a computer to display a moving object ejected into a field of a game in response to an operation accepted by the input accepting unit, and a player area associated with a player in the field of the game. When at least a part of the ejected moving object comes into contact with the boundary between the player area and another area different from the player area, an area changing function for changing the player area is realized to change the area. The function is such that when at least a part of the moving object comes into contact with the boundary between the player area and the other player area associated with the other player, the moving object ejected by the operation of the player and the other player's A game program for setting a predetermined effect on each of the moving objects according to the attribute set on the object ejected by the operation.
[3] The game program further causes the computer to realize a region-determined object placement function of placing a region-determined object in the player region in response to a player's operation, and the region-determined object is configured such that the moving object is the region. The game program according to [1] or [2], which changes a moving path of the moving object when the fixed object comes into contact with the fixed object.
[4] An attribute is set to the area fixed object, and the game program causes the computer to set the attribute set to the moving object and the area when the moving object contacts the area fixed object. [1] to [3], which further realizes an object changing function of changing the movement of the moving object and/or the state of the area fixing object according to a combination with an attribute set in the fixed object. The game program according to any one of 1.
[5] The game program further realizes, in the computer, a privilege granting function of granting a predetermined privilege to the player when at least a part of the moving object comes into contact with the area confirmation object arranged by the player. The game program according to [3] or [4], wherein the game program is executed.
[6] The game program changes the attribute set for the moving object and/or the attribute set for the area fixing object by using a predetermined privilege given to the computer by the privilege giving function. The game program according to [5], which further realizes an attribute changing function.
[7] The game program further causes the computer to realize a strength designating function for designating a strength at which the moving object is ejected into the field, and the moving object display function is configured to carry out the strength designated by the strength designating function. The game program according to any one of [1] to [6], wherein the moving object is displayed so that the moving object is ejected in accordance with.
[8] The moving object display function changes the display mode of the moving object in accordance with an attribute representing the property of the moving object, and displays the moving object, [1] to [7]. The game program described in.
[9] A moving object display step of displaying a moving object ejected in the game field in accordance with an operation accepted by the input accepting unit, and at least a part of the moving object ejected in the game field is a player. When the boundary between the area and another area different from the player area is contacted, the player area is directed toward the other area with the size determined according to the moving object, and the attribute of the moving object is set. And an area changing step of enlarging in a mode according to the above, in the area changing step, at least a part of the moving object is divided into the player area and another player area associated with another player. A method for controlling a computer, wherein when the player touches a boundary, the player area is enlarged, and the player and the other player are allowed to compete in the enlarged area.
[10] A moving object display unit that displays a moving object that is ejected into a game field in accordance with an operation accepted by the input accepting unit, and at least a part of the moving object that is ejected in the game field is a player. When the boundary between the area and another area different from the player area is contacted, the player area is directed toward the other area with the size determined according to the moving object, and the attribute of the moving object is set. And a region changing unit that expands in a manner according to, wherein the region changing unit contacts at least a part of the moving object with a boundary between the player region and another player region associated with another player. An information processing device in which the player area is enlarged, and the player and the other player are allowed to compete in the enlarged area.
[11] A moving object display step of displaying a moving object ejected in the game field in accordance with an operation accepted by the input acceptance unit, and an object ejected in a player area associated with the player in the game field. When at least a part of the moving object comes into contact with the boundary between the player area and another area different from the player area, the processor of the computer is caused to execute an area changing step of changing the player area. In the changing step, when at least a part of the moving object comes into contact with a boundary between the player area and another player area associated with another player, the moving object ejected by an operation of the player and the other player A method of controlling a computer for setting a predetermined effect on each of the moving objects according to an attribute set on the object ejected by the operation of.
[12] A moving object display unit that displays a moving object that is ejected in the field of the game in response to an operation received by the input receiving unit, and is ejected in the player area associated with the player in the field of the game. When at least a part of the moving object comes into contact with a boundary between the player area and another area different from the player area, the moving object includes an area changing unit that changes the player area. When at least a part of the moving object comes into contact with the boundary between the player area and the other player area associated with the other player, the moving object ejected by the operation of the player and the ejected by the operation of the other player. An information processing apparatus that sets a predetermined effect on each of the moving objects according to the attributes set for the moving objects.

100 Information Processing Device 110 Moving Object Display Unit 120 Area Changing Unit 130 Enlargement Area Determining Unit 140 Boundary Determining Unit 150 Area Confirming Object Arranging Unit 160 Object Changing Unit 170 Benefits Granting Unit 180 Attribute Changing Unit 190 Strength Designating Unit 10 Network 20 Player Terminal 200 Moving Object 300 Ejection Means 400 Player Area 500 Other Area 600 Boundary 700 Area Confirmed Object 800 Game Screen

Claims (12)

A computer connected to an input receiving unit that receives an input operation of the player and a display that displays a screen,
A moving object display function for displaying on the screen a moving object ejected into the field of the game in accordance with the operation received by the input receiving unit,
An area changing function for expanding the player area when a moving object ejected in the player area associated with the player in the field of the game displayed on the screen comes into contact with the boundary of the player area,
An area object arrangement function for arranging an area object in the player area according to a player's operation,
A game program that realizes a path changing function of changing a moving path of the moving object when the moving object contacts the area object . On the computer,
By connecting different player areas to each other, it is possible to further realize an area generation function of generating a new connected area in which a plurality of players respectively associated with the player areas can eject the moving object of the player.
The game program according to claim 1. On the computer,
In the initial stage of the game, a region display function for displaying the player regions of a plurality of players so as not to overlap each other is further realized,
The game program according to claim 2 , wherein the area generation function connects the player areas to each other when the different player areas are expanded by the area changing function and a part of the plurality of player areas overlap each other. The computer according to claim 2 or 3 , further comprising: an arrangement function of arranging an ejection unit that ejects the moving object at a position in the connection area that is designated by each of the plurality of players. Game program. On the computer,
When the area object is placed in the connected area, the effect of the moving object of the player who placed the area object touching the area object, and another player different from the player who placed the area object The game program according to any one of claims 2 to 4, which further realizes a contact determination function that makes a difference from an effect when the moving object touches the area object. On the computer,
When the moving object comes into contact with the area object, among the movement of the moving object and the state of the area object, according to the combination of the attribute set for the moving object and the attribute set for the area object. The game program according to any one of claims 1 to 4, which further realizes an object changing function of changing at least one of them . On the computer,
Wherein when the mobile object comes into contact with the disposed area object by the player, the game program according to any one of claims 1-6 which further realize the privilege granting function of providing a predetermined privilege in the player. On the computer,
By using a specific privilege granted by the privilege granting function to claim 7 which further implement the attribute changing function of changing at least one of the set attributes in set attributes and the region object to the moving object The listed game program. On the computer,
Further realize a strength specifying function for specifying the strength of ejecting the moving object in the field,
The moving object display function, as described above the moving object in accordance with the specified intensity by the intensity specified function is emitted, the game program according to any one of claims 1 to 8 for displaying the moving object .. The moving object display function in accordance with the attribute representing the property of the moving object, the game program according to any one of claims 1 to 9 for displaying by changing the display mode of the moving object. A computer connected to the input receiving unit that receives the input operation of the player and the display that displays the screen,
A moving object display step of displaying a moving object ejected into the field of the game in accordance with the operation received by the input receiving unit,
An area changing step of enlarging the player area when a moving object ejected in the player area associated with the player in the field of the game displayed on the screen contacts a boundary of the player area,
An area object arranging step of arranging an area object in the player area in accordance with a player's operation,
A method of controlling a computer that executes a path changing step of changing a moving path of the moving object when the moving object contacts the area object . A moving object display unit for displaying a moving object ejected into the field of the game on the screen of the display according to the operation received by the input receiving unit,
An area changing unit that expands the player area when a moving object ejected in the player area associated with the player in the field of the game displayed on the screen contacts a boundary of the player area,
A region object placement unit that places a region object in the player region according to a player's operation,
An information processing apparatus , comprising: a route changing unit that changes a movement route of the moving object when the moving object contacts the area object .