JP5801448B1 - GAME PROGRAM, COMPUTER CONTROL METHOD, AND COMPUTER - Google Patents

Abstract

A game that is more entertaining than a conventional game and does not bore users is realized. A display processing function for causing a computer to display a first moving object so as to roll in a game field in response to a predetermined operation by a user, and a setting for the first moving object. A change function for changing the attribute of the first moving object by involving the object in the first moving object according to the set attribute and the attribute set for the object existing in the field, If the first moving object collides with a second moving object that is different from the object and the first moving object cannot be involved, the attribute set for the first moving object And an effect function for generating a collision effect according to the attribute set for the second moving object; To realize. [Selection] Figure 1

Description

  The present invention relates to a game program that can provide a user with a game using a plurality of moving objects.

  2. Description of the Related Art Conventionally, a game that aims to make a bead larger than a predetermined size by winding objects scattered in the field around the bean is provided (Non-Patent Document 1).

Clad Soul on the Web, Internet (URL: http://katamaridamacy.jp/)

  In the conventional game described above, the purpose is only to “increase the bead” and it is not meaningful to roll the bean. Therefore, the conventional game has a problem that it is easy for a user to feel jealous.

  The present invention has been made in view of the above problems, and an object of the present invention is to provide a game program and the like that can realize a game that is more entertaining than a conventional game and does not bore the user.

  In order to solve the above-described problem, a game program according to one embodiment of the present invention is a game program that can provide a user with a game using a plurality of moving objects. , A display processing function for displaying the first moving object so as to roll in the field of the game, an attribute set for the first moving object when the first moving object rolls, The object object is different from the change function for changing the attribute of the first moving object by involving the object in the first moving object according to the attribute set in the object object existing in the object. A second moving object that is a second moving object and cannot be caught by the first moving object. When the first moving object collides with the object, the effect of generating the effect of the collision according to the attribute set for the first moving object and the attribute set for the second moving object Realize functionality.

  In the game program according to one aspect of the present invention, the attribute set for each object may be at least one of the size, polarity, weight, elasticity, durability, and material of the object. .

  Further, in the game program according to one aspect of the present invention, the attribute set for each object includes at least the size of the object, and the rendering function is substantially smaller for the first moving object than for the second moving object. If the first moving object causes an effect of rebounding to the second moving object as a collision effect, and the first moving object is substantially larger than the second moving object, the first movement The effect of causing the object to roll by rolling out the second moving object may be generated as a collision effect.

  In addition, a game program according to one embodiment of the present invention is provided in a field when a first moving object collides with a second moving object and the second moving object rolls on the computer. A determination function for determining whether or not the object is within the moving object placement area may be further realized.

  In the game program according to one aspect of the present invention, the change function may further change the attribute of the first moving object in accordance with the object that the first moving object is involved.

  Further, in the game program according to one aspect of the present invention, the game is a battle game, and another moving object that can be operated by the opponent is stored in a moving object arrangement area provided in the field, or It may be a battle game for the purpose of placing a predetermined moving object in the moving object placement area before the opponent.

  In the game program according to one embodiment of the present invention, the game is a cooperative game played by a plurality of users, and the second moving object is placed in the moving object arrangement area in cooperation with other users. It may be a target cooperative game.

  The game program according to one aspect of the present invention further causes a computer to realize a first restriction function that imposes a restriction on a time until the second moving object is placed in a moving object placement area provided in the field. Good.

  The game program according to one embodiment of the present invention imposes a limit on the number of times the first moving object is moved before the second moving object is placed in the moving object arrangement area provided in the field. The second restriction function may be further realized.

  The game program according to one embodiment of the present invention further causes a computer to realize an acquisition function of acquiring acceleration indicating a tilt of the computer from a predetermined acceleration measurement unit, and the display function is an acceleration acquired by the acquisition function. The first moving object may be rolled according to the direction of.

  In the game program according to one embodiment of the present invention, the predetermined operation is an operation of scooping out the first moving object, and the game program sets the strength of scrambling the first moving object in the computer. A first setting function and a second setting function for setting a saddle point on the first moving object are further realized, and the display function is set by the second setting function according to the strength set by the first setting function. By moving the saddle point, the first moving object may be displayed so as to roll in the field.

  In order to solve the above-described problem, a computer control method according to an aspect of the present invention is a computer control method capable of providing a user with a game using a plurality of moving objects, in accordance with a predetermined operation by the user. Display processing step for displaying the first moving object so as to roll in the field of the game, and when the first moving object rolls, the attribute set for the first moving object, the field A change step of changing the attribute of the first moving object by involving the object in the first moving object according to the attribute set in the object existing in the object, A second moving object which is different and the first moving object cannot be involved When the first moving object collides with the moving object, the effect of the collision is generated according to the attribute set for the first moving object and the attribute set for the second moving object. Production steps.

  In order to solve the above-described problem, a computer according to one embodiment of the present invention is a computer capable of providing a user with a game using a plurality of moving objects, and is provided in the game field according to a predetermined operation by the user. Display processing unit for displaying the first moving object so as to roll, and when the first moving object rolls, the attributes set for the first moving object and the object object existing in the field A change unit that changes the attribute of the first moving object by involving the object in the first moving object in accordance with the attribute set in the second moving object, and a second moving object different from the object And the first moving object is not allowed to be involved in the second moving object. If the object has collided, and includes an attribute that the set to the first moving object, in accordance with the attributes which the set in the second moving object, and a rendering unit for generating the effect of the collision.

  According to the game program, the computer control method, and the computer according to one aspect of the present invention, the first moving object is rolled to involve the object object, and the first moving object whose attribute is changed is changed to the first moving object. By causing the object to collide with the two moving objects, the user can generate the effect of the collision. Therefore, the above-described game program and the like have an effect of realizing a game that does not bore the user and is more interesting than the conventional game.

It is a block diagram which shows the principal part structure of the portable terminal which concerns on embodiment of this invention. It is a schematic diagram which shows the example of a screen of the game displayed on the display part with which the said portable terminal was equipped. It is a schematic diagram showing the mode of the battle play which a some user plays aiming at achievement of different clear conditions, respectively. It is a flowchart which shows an example of the process which the said portable terminal performs.

  An embodiment of the present invention will be described with reference to FIGS.

[Outline of the mobile terminal 100]
The portable terminal (computer) 100 is a computer that can provide a user with a game using a plurality of moving objects. The mobile terminal 100 only needs to be a device that can execute the processing described below, and may be, for example, a smartphone, a tablet terminal, a mobile phone, a home game machine, a personal computer, or other electronic devices. Good.

  FIG. 2 is a schematic diagram illustrating a screen example of a game displayed on the display unit included in the mobile terminal 100. As shown in FIG. 2, when the user gives a predetermined touch operation to the input surface, the bead (first moving object) 1a rolls in the field 3 of the game. Depending on the size of the bead 1a (attribute set to the first moving object) and the size of the object (object object) 2 existing in the field 3 (attribute set to the object) When 2 is caught (attached) to the beanbag 1a, the beanbag 1a becomes larger by the amount of the involved object 2 (the attribute of the beanbag 1a changes).

  When the user collides the target ball 1a with the target ball (second moving object) 1b, depending on the size of the target ball 1a and the size of the target ball 1b (attribute set for the second moving object), The effect of the collision occurs. For example, when the bean 1a is substantially smaller than the target ball 1b, the effect of the bounce 1a being bounced back to the target ball 1b is generated, and when it is approximately large, the effect of rolling out the target ball 1b is generated.

  That is, the user can move the target ball 1b in the manner of billiards or bowling by making the hand ball 1a sufficiently large by involving the object 2 and then colliding the hand ball 1a with the target ball 1b. Then, for example, the user can satisfy the clear condition of the above-described game by placing all the target balls 1b in the pockets (moving object placement areas) provided in the field 3.

  Thereby, the said portable terminal 100 can implement | achieve a game with high interest property rather than the conventional game which does not make a user tired.

  A field 3 illustrated in FIG. 2 is a field in which the daily world is set as a world view, and an object 2 dressed as a daily necessities is displayed in the field 3. However, the field 3 may be a field in which an arbitrary view of the world such as a fantasy world or a digital world is set, for example, and the model of the object 2 (a target for simulating a shape or the like) may be anything.

[Configuration of mobile terminal 100]
FIG. 1 is a block diagram illustrating a main configuration of the mobile terminal 100. As shown in FIG. 1, the mobile terminal 100 includes a control unit 10 (strength setting unit 11, saddle point setting unit 12, acceleration acquisition unit 13, ball display unit 14, size changing unit 15, effect presentation unit 16, time A limiting unit 17, a number limiting unit 18, a ball determining unit 19), an input unit 40 (input surface 41, input control unit 42), a display unit 50, an acceleration measuring unit 20, and a storage unit 30 are provided.

  The control unit 10 comprehensively controls various functions that the mobile terminal 100 has. The control unit 10 includes a strength setting unit 11, a saddle point setting unit 12, an acceleration acquisition unit 13, a ball display unit 14, a size changing unit 15, an effect presentation unit 16, a time limiting unit 17, a number limiting unit 18, and a ball A determination unit 19 is included.

  The strength setting unit (first setting function) 11 sets the strength for rolling out the handball 1a according to a predetermined operation (for example, the locus 4c) input from the input control unit 42. An example of an operation for rolling out the bead 1a will be described in detail later. The bead 1a rolls stronger (faster) in the field 3 as it is pushed out more strongly. The strength setting unit 11 outputs strength information 5 a indicating the set strength to the ball display unit 14. Thereby, the portable terminal 100 can make a user adjust the strength which whips out the bead 1a.

  The saddle point setting unit (second setting function) 12 sets a saddle point on the bead 1a. The saddle point setting unit 12 outputs saddle point information 5 b indicating the set saddle point to the ball display unit 14. Thereby, the portable terminal 100 can make the user specify the behavior of the bean 1a after rolling (for example, after hitting the lower part of the bean 1a, when the bean 1a collides with the target 1b, The backspin is added to the bead 1a, and it rolls so that it returns to the position where it started.)

  The acceleration acquisition unit (acquisition function) 13 acquires the acceleration 5 c indicating the inclination of the mobile terminal 100 from the acceleration measurement unit 20. The acceleration acquisition unit 13 outputs the acceleration 5 c to the ball display unit 14.

  The ball display unit (display processing function, display processing unit) 14 displays the handball 1a on the display unit 50 so as to roll in the field of the game in response to a touch operation (predetermined operation) 4a by the user. For example, the ball display unit 14 rolls out the saddle point of the bean 1a set by the saddle point setting unit 12 with the strength set by the strength setting unit 11, and the process of the hand ball 1a rolling in the field. In order to display on the display unit 50, display information 5 d is generated, and the display information 5 d is output to the display unit 50.

  Here, the display information 5d is information indicating the trajectory and speed at which the bean 1a rolls, and information indicating attributes (for example, size, polarity, weight, elasticity, durability, material, etc.) of the bean 1a. And may include. The ball display unit 14 determines whether or not the cue ball 1a collides with the object 2 or the target ball 1b, and outputs the display information 5d to the size changing unit 15 and the ball determining unit 19 when colliding. Note that, for example, the ball display unit 14 indicates that the distance from the center of the bean 1a to the center of the object 2 or the target ball 1b is the radius of the bean 1a (the distance from the center of the bean 1a to the collision point) and the object 2 Or when it is less than the sum of the radius of the target ball 1b, it can be determined that the hand ball 1a has collided with the object 2 or the target ball 1b.

  Further, the ball display unit 14 may roll the handball 1 a according to the direction of the acceleration 5 c acquired by the acceleration acquisition unit 13. For example, when the user tilts the mobile terminal 100 obliquely, and the acceleration 5c indicating the left direction is input from the acceleration acquisition unit 13 with respect to the trajectory of the roll of the bead 1a, the ball display unit 14 The bead 1a can be displayed so that 1a rolls while drawing a locus deviating leftward. Thereby, since the portable terminal 100 can introduce an intuitive input method into the game, it is possible to realize a game that is more interesting than the conventional game.

  When the handball 1a rolls, the size changing unit (change function, changing unit) 15 and the size (attribute) set for the handball 1a and the size set for the object 2 existing in the field ( The size (attribute) of the beanbag 1a is changed by involving the object 2 in the beanbag 1a.

  For example, the size changing unit 15 determines whether or not the bean 1a is substantially smaller than the object 2, and if the bean 1a is substantially smaller, the size of the bean 1a is not changed (that is, the bean 1a cannot entrain the object 2). Change information 5e indicating that the size of the handball 1a has been increased by the amount of the object 2, if it is approximately large, the change information 5e is output.

  In addition, the size changing unit 15 determines whether or not the bean 1a is substantially smaller than the target ball 1b, and if it is substantially smaller, the effect changing unit 5e indicates change information 5e indicating that the bean 1a is substantially smaller than the target ball 1b. When it is substantially larger, the change information 5e indicating that the bead 1a is substantially larger than the target ball 1b is output.

  When the cue ball 1a collides with the target ball 1b, which is the target ball 1b different from the object 2 and the target ball 1a is set so as not to be involved, the effect production unit (production function, production unit) 16 The effect of the collision is generated according to the size of the hand ball 1a and the size of the target ball 1b. For example, when the bead 1a is substantially smaller than the target ball 1b, the effect production unit 16 generates an effect of the bounce 1a rebounding on the target ball 1b. Let Thereby, the portable terminal 100 can implement | achieve the game with a high interest property rather than the conventional game which does not bore a user.

  In addition, even when the bead 1 a collides with the object 2, the effect rendering unit 16 generates the effect of the collision according to the size of the bead 1 a and the size of the object 2. For example, when the bean 1a is substantially smaller than the object 2, the effect rendering unit 16 generates an effect in which the bean 1a is bounced back to the object 2. ) Generate an effect. The effect presentation unit 16 outputs the effect information 5 f indicating the generated effect to the ball determination unit 19.

  In addition, when the effect production | generation part 16 produces | generates the effect which winds the object 2 around the bean 1a (attachment), for example, it is the position of the outer surface of the bean 1a from the center of the bean 1a, and the object 2 The attribute of the bean 1a is changed so that the distance to the position where the object is attached is increased by the thickness of the object 2 (that is, the bean 1a is increased by the size of the object 2 involved). be able to.

  The time limiter (first limit function) 17 imposes a limit on the time until the target ball 1b is stored in a pocket provided in the field. As illustrated by reference A1 in FIG. 2, the time limiter 17 presents the time limit unit 17 to the user so as to count down the time limit according to the time elapsed since the user started the game. The game can be over when it reaches zero. The time limiter 17 outputs time information 6 a indicating the time limit to the ball determination unit 19.

  Thereby, the portable terminal 100 can give a user the tension with respect to playing a game. In addition, the mobile terminal 100 indicates that “the game difficulty level is low (for example, the number of target balls 1b to be stored in the pocket is small), but it must be cleared in a short time”, “you can play slowly over a long time. By imposing a time limit such as “The degree of difficulty of the game is high”, a game rich in variations can be provided to the user.

  The number limiting unit (second limiting function) 18 imposes a limit on the number of times the handball 1a is moved (the number of times the handball 1a can be sprinkled) before the target ball 1b is placed in the pocket provided in the field. As exemplified by the symbol A2 in FIG. 2, the number limiting unit 18 reduces the number of times and presents it to the user every time the user rolls out the bead 1a, and the game is over when the number of times becomes zero. be able to. The number limiting unit 18 outputs the number of times information 6 b indicating the number of times to the ball determining unit 19. Thereby, the portable terminal 100 can give a user the tension with respect to playing a game.

  The ball determination unit (determination function) 19 determines whether or not the target ball 1b rolls and fits in a pocket provided in the field when the hand ball 1a collides with the target ball 1b. Specifically, the ball determination unit 19 may determine that the target ball 1b is placed in the pocket when the target ball 1b overlaps a predetermined ratio or more of the pocket, for example. In addition, the ball determination unit 19 determines whether or not the clear condition of the game is satisfied when all the target balls 1b are stored in the pockets. The ball determination unit 19 outputs the determination result (determination result 5g) to the ball display unit 14.

  The input unit 40 receives a touch operation by the user. In the present embodiment, the input unit 40 may be a touch panel that can detect multi-touch. The input unit 40 includes an input surface 41 and an input control unit 42. Note that the method of giving an input to the mobile terminal 100 is not limited to the touch operation using the touch panel (for example, the input can be given by pressing a predetermined input key).

  The input surface 41 is a device (for example, a touch surface included in the touch panel) that can detect a position designated by a user's touch operation (predetermined operation). The input surface 41 outputs coordinate information 4b corresponding to the specified position to the input control unit 42.

  The input control unit 42 acquires the coordinate information 4b from the input surface 41 at predetermined time intervals, and outputs the series of coordinate information 4b to the strength setting unit 11 and the saddle point setting unit 12 as a locus 4c.

  The display unit 50 is a device that displays a game screen. In the present embodiment, the display unit 50 may be a liquid crystal display. In FIG. 1, in order to clearly show the functions of the input unit 40 and the display unit 50, they are shown separately. However, for example, when the input unit 40 is a touch panel and the display unit 50 is a liquid crystal display, it is preferable that the two are configured integrally.

  The acceleration measurement unit 20 is a device that can measure the acceleration 5c (a vector amount including the size and direction) applied to the mobile terminal 100.

  The storage unit 30 is a storage device configured by an arbitrary recording medium such as a hard disk, an SSD (silicon state drive), a semiconductor memory, or a DVD, and stores a game program and data that can control the mobile terminal 100.

[Attributes set for the object]
Attributes are set for each of the objects (handball 1a, target ball 1b, object 2). Here, the attribute is, for example, at least one of the size, polarity, weight, elasticity, durability, and material of the object. As described above, the size changing unit 15 entrains the object 2 in the beanbag 1a according to the size set in the beanbag 1a and the size set in the object 2, so that the size of the beanbag 1a is increased. It can be changed. On the other hand, the size changing unit 15 can change attributes other than the size.

  For example, the size changing unit 15 changes the weight of the bean 1a by winding the object 2 into the bean 1a according to the weight set for the bean 1a and the weight set for the object 2. be able to. For example, when an object 2 that is smaller than the bean 1a but heavier than the bean 1a is involved, the mobile terminal 100 is caused to meander and roll due to a bias in the weight balance of the bean 1a. The bead 1a can be displayed. Alternatively, when the weight set for the object 2 is much larger than the weight set for the bead 1a, the effect rendering unit 16 can, for example, (1) the bead 1a cannot entangle the object 2 Or (2) Although the handball 1a can involve the object 2, the effect that the handball 1a cannot be moved when it is involved may be produced.

  In addition, the size changing unit 15 determines whether or not the handball 1a can entrain the object 2 according to the polarity (N pole or S pole) set in the handball 1a and the polarity set in the object 2. May be determined. For example, when both have the same polarity, even if the handball 1a approaches the object 2, the mobile terminal 100 can prevent the object 2 from being flipped from the handball 1a and being caught by the repulsive force. That is, according to the combination of the attribute set for the bean 1a and the attribute set for the object 2, it may be determined whether or not the bean 1a can engulf the object 2.

  Furthermore, when the bead 1a is substantially smaller than the target ball 1b or the object 2, when the effect producing unit 16 has an effect that the target ball 1a is bounced back to the target ball 1b or the object 2, the size changing unit 15 The attribute can be changed so that (1) the durability of the bean 1a is lowered and / or (2) the object 2 involved in the bean 1a is peeled off. In the case of (1) above, the mobile terminal 100 can make the game over when the durability of the bead 1a becomes zero. In the case of (2), the portable terminal 100 can change the size of the handball 1a so as to be reduced by the amount of the peeled object 2. In this case, the portable terminal 100 may change the size of the bean 1a only when the difference between the size of the bean 1a and the size of the target ball 1b is equal to or greater than a predetermined value.

  As described above, the mobile terminal 100 can set not only the size but also the polarity, weight, elasticity, durability, material, and the like as attributes of the object (handball 1a, target ball 1b, object 2). When the cue ball 1a collides with the target ball 1b or the object 2, the portable terminal 100 generates the effect of the collision based on the attribute of the cue ball 1a and the attribute of the target ball 1b or the object 2. Thereby, the portable terminal 100 can implement | achieve the game with a high interest property rather than the conventional game which does not bore a user.

[Game variations]
As described above, for example, by placing all the target balls 1b in the pockets (moving object placement areas) provided in the field 3, the user can satisfy the clearing condition of the game. In this case, for example, numbers 1 to 9 are respectively assigned to the target balls 1b, and the mobile terminal 100 can add to the clear condition that the target balls 1b are stored in the pockets in the order of the numbers. Thereby, the portable terminal 100 can provide a user with a variety of games.

  In the above case, the portable terminal 100 (1) When the number increases, the target ball 1b becomes larger and / or (2) When the user ignores the order and puts different target balls 1b in the pocket In addition, a predetermined penalty (for example, the bead 1a is reduced, the time limit is reduced, the points given each time the game is cleared, etc.) may be imposed on the user. . Note that the portable terminal 100 may impose the predetermined penalty on the user even when the bead 1a is stored in the pocket. Thereby, the portable terminal 100 can give a user the tension with respect to playing a game.

  In the game field, there may be an item that has a predetermined effect in the game. For example, when the bean 1a entrains the item, (1) an explosion occurs around the bean 1a, and / or (2) a new object 2 falls (spread around the bean 1a). You can do it. Thereby, the portable terminal 100 can provide a user with a variety of games.

[Collaborative Play / Battle Play]
FIG. 3 is a schematic diagram showing a state of a battle play in which a plurality of users play with the aim of achieving different clear conditions. The game can be (1) aiming at achievement of clear conditions by cooperative play by a plurality of users, or (2) aiming at achievement of different clear conditions by battle play by the plurality of users.

  In the case of the above (1), it may be a cooperative game aiming to place the target ball 1b in the pocket 7 in cooperation with other users. In the case of (2) above, (2a) storing another cue ball (other moving object) 1c that can be operated by the opponent in a pocket 7 provided in the field (see FIG. 3), or (2b) The game may be a battle game aiming to store a predetermined target ball (predetermined moving object) in the pocket 7 before the opponent.

  The plurality of users includes a computer. That is, the user can play the above game using the computer as a cooperative partner / opponent. Thereby, the mobile terminal 100 can realize a more interesting game that gives the user “joy to play a game together” to the user.

  In the coordinated play / match play by a plurality of users, the mobile terminal 100 gives (1) a predetermined point to the user every time the game is cleared, and the plurality of users are based on the points acquired by each user. And / or (2) a ranking process based on the number of target balls 1b dropped in the pocket within a predetermined time limit.

  As described above, when the bead 1a is substantially smaller than the target ball 1b or the object 2, when the effect rendering unit 16 has an effect that the target ball 1a is bounced back to the target ball 1b or the object 2, the size changing unit 15 can change the attribute set in the beanbag 1a so as to peel off the object 2 that has been caught in the beanbag 1a. Similarly, when the user's bean 1a and the other user's bean 1a come into contact with each other in the coordinated play / match play by a plurality of users, the mobile terminal 100 is (1) involved in the user's bean 1a. The attribute can be changed so as to peel off the object 2 and / or (2) the object 2 that has been caught in the bead 1a of the other user.

[Example of an operation for rolling out the bead 1a]
The saddle point setting unit 12 can, for example, display the beanbag 1a in an enlarged manner on the display unit 50, and allow the user to specify a position (a saddle point or a hit point) at which the handball 1a is to be rolled out. That is, the saddle point setting unit 12 can allow the user to designate a saddle point so as to determine the position where the player hits the cue on the cue ball in billiards.

  The strength setting unit 11 can display the saddle point set by the saddle point setting unit 12 with a predetermined strength by causing the display unit 50 to display the “blow out button”. In this case, when the user taps the button (operation for touching the input surface 41), a motion for pulling the cue forward is started, and when the user taps further, the motion is turned back to a motion for rolling out the saddle point of the bean 1a. The strength setting unit 11 determines the strength for rolling out the bead 1a according to the timing determined by the first tap and the second tap.

  Alternatively, the strength setting unit 11 may set the strength to be squeezed stronger as the time that the user's finger (or an indicator such as a stylus) contacts the input surface 41 is longer. Alternatively, when two points are continuously selected on the input surface 41, the strength setting unit 11 acquires information (trajectory 4c) indicating the distance between these two points, and sets the strength according to the distance. May be.

  The portable terminal 100 can realize intuitive and realistic operability by enabling the operation as in the above example.

[Processing executed by portable terminal 100]
FIG. 4 is a flowchart illustrating an example of processing executed by the mobile terminal 100. In the following description, parenthesized “˜step” represents each step included in the computer control method.

  The ball display unit 14 starts out the saddle point of the bean 1a set by the saddle point setting unit 12 with the strength set by the strength setting unit 11, and displays a process in which the bead 1a rolls in the field. 50 (display processing step, S1, “step” is simply abbreviated as “S”). When it is determined by the ball display unit 14 that the handball 1a has collided with the object 2 (YES in S2), the size changing unit 15 determines whether or not the handball 1a is larger than the object 2 (S3). . If large (YES in S3), the effect production unit 16 generates an effect of entrapping (attaching) the object 2 to the bead 1a (S4, change step), and if small (NO in S3), the bead 1a is An effect of rebounding on the object 2 is generated (S5).

  When it is determined by the ball display unit 14 that the cue ball 1a has collided with the target ball 1b (NO in S2, YES in S6), the size changing unit 15 determines whether or not the cue ball 1a is substantially smaller than the target ball 1b. Determine (S7). If it is substantially small (YES in S7), the effect production unit 16 generates an effect that the hand ball 1a is bounced back to the target ball 1b (S5, production step), and if it is substantially large (NO in S7), the target ball 1b. Is generated (S8, production step).

  The ball determination unit 19 determines whether or not the target ball 1b rolls and fits in a pocket provided in the field when the hand ball 1a collides with the target ball 1b (S9). As described above, the ball determination unit 19 determines that the target ball 1b is placed in the pocket, for example, when the target ball 1b overlaps a predetermined ratio or more of the pocket. If it has been accommodated (YES in S9), the ball determination unit 19 determines whether or not the clear condition is satisfied because all the target balls 1b have been accommodated in the pocket (S10).

  Note that the above control method may optionally include not only the above-described processing described with reference to FIG. 4 but also processing executed in each unit included in the control unit 10.

[Effects of portable terminal 100]
According to the mobile terminal 100, the user can roll the object 1a to cause the object 2 to be involved, and the user can collide with the target object 1b by changing the size of the object 1a. The ball 1b can be sprinkled out). Therefore, the portable terminal 100 has an effect that it can realize a game that is more entertaining than a conventional game without getting the user bored.

[Configuration in which server 200 provides part or all of functions]
In the foregoing, a configuration has been described in which a game program that can provide a user with a game using a plurality of moving objects is mainly executed in the mobile terminal 100. On the other hand, a part or all of the game program may be executed in the server 200 and the result of the executed process may be returned to the mobile terminal 100. When the computer of the present invention functions as a server device (server 200) connected to a player terminal via a network, a game progress screen is displayed on the player terminal based on data generated by the server device. A hybrid game in which each of the server device and the player terminal takes part of processing, such as a web display and a native display in which other menu screens and the like are displayed by a native application installed in the player terminal. You can also. Thereby, the server 200 has the same effect as that produced by the mobile terminal 100 when the mobile terminal 100 provides a function.

[Example of software implementation]
The control block (especially the control unit 10) of the mobile terminal 100 and the server 200 may be realized by a logic circuit (hardware) formed in an integrated circuit (IC chip) or the like, or a CPU (Central Processing Unit) And may be realized by software. In the latter case, the mobile terminal 100 and the server 200 include a CPU that executes instructions of a game program, which is software that implements each function, and a ROM (in which the above-described game program and various data are recorded so as to be readable by a computer (or CPU) A read only memory) or a storage device (these are referred to as “recording media”), a RAM (Random Access Memory) for developing the game program, and the like are provided. Then, the computer (or CPU) reads the game program from the recording medium and executes it, thereby achieving the object of the present invention. As the recording medium, a “non-temporary tangible medium” such as a tape, a disk, a card, a semiconductor memory, a programmable logic circuit, or the like can be used. The game program may be supplied to the computer via any transmission medium (such as a communication network or a broadcast wave) that can transmit the game program. The present invention can also be realized in the form of a data signal embedded in a carrier wave in which the game program is embodied by electronic transmission.

  Specifically, the game program according to the embodiment of the present invention is a game program that can provide a user with a game using a plurality of moving objects, and the first program is stored in the computer (the portable terminal 100 or the server 200). A setting function, a second setting function, an acquisition function, a display processing function, a change function, an effect function, a first restriction function, a second restriction function, and a determination function are realized. The first setting function, the second setting function, the acquisition function, the display processing function, the change function, the rendering function, the first restriction function, the second restriction function, and the determination function are the above-described strength setting unit 11, saddle point setting. The unit 12, the acceleration acquisition unit 13, the ball display unit 14, the size changing unit 15, the effect rendering unit 16, the time limiting unit 17, the number of times limiting unit 18, and the ball determination unit 19 can be realized. Details are as described above.

  The game program can be implemented using, for example, a script language such as ActionScript or JavaScript (registered trademark), an object-oriented programming language such as Objective-C or Java (registered trademark), or a markup language such as HTML5. In addition, an information processing terminal (for example, the mobile terminal 100) including each unit that implements each function implemented by the game program, and a server that includes each unit that implements the remaining functions different from the above functions are included. Game systems are also within the scope of the present invention.

[Additional Notes]
The present invention is not limited to the above-described embodiments, and various modifications can be made within the scope of the claims, and the technical means disclosed in different embodiments can be appropriately combined. Embodiments to be made are also included in the technical scope of the present invention. Furthermore, a new technical feature can be formed by combining the technical means disclosed in each embodiment.

  The present invention can be widely applied to an arbitrary computer such as a smartphone, a tablet terminal, a mobile phone, a consumer game machine, a personal computer, a server, a workstation, or a mainframe.

  1a: hand ball (first moving object), 1b: target ball (second moving object), 2: object (object object), 3: field (field, in field), 4a: touch operation (predetermined operation) 5c: acceleration, 7: pocket (moving object arrangement area), 11: strength setting unit (first setting function), 12: saddle point setting unit (second setting function), 13: acceleration acquisition unit (acquisition function), 14: Ball display unit (display processing function, display processing unit), 15: Size change unit (change function, change unit), 16: Effect production unit (production function, production unit), 17: Time limit unit (first Limit function), 18: number limit unit (second limit function), 19: ball determination unit (determination function), 20: acceleration measurement unit, 100: portable terminal (computer), 200: server (computer)

Claims (15)

A game program capable of providing a user with a game using a plurality of moving objects,
A display processing function for displaying a first moving object so as to roll in the field of the game in response to a predetermined operation by the user;
When the first moving object rolls, the polarity set in the first moving object matches the polarity set in the object object existing in the field, and the first moving object An attachment determination function for determining whether or not the object object is prevented from attaching to the first moving object by a repulsive force acting between the object object and the object object ;
If it is determined to be attached, by attaching the object object to the first moving object, and the change function of changing the attribute of the first moving object,
When the first moving object collides with a second moving object that is different from the object, and to which the first moving object cannot adhere , the first moving object The game program which implement | achieves the production | presentation function which produces the effect of the said collision according to the attribute set to (2) and the attribute set to the said 2nd moving object. When it is determined that the change function is attachable, the object is attached to the first moving object, and thereby the position of the outer surface of the first moving object from the center of the first moving object is determined. The size of the first moving object is changed so that the distance to the position where the object is attached increases according to the size of the object. The described game program. The game program is stored in the computer,
A distance from the center of the first moving object to a center of a second moving object that is different from the object and is not attachable to the first moving object; A collision determination function for determining whether or not the first moving object has collided with the second moving object based on at least the sum of the radius of the first moving object and the radius of the second moving object; The game program according to claim 1, wherein the game program is realized. The attribute set for the first moving object, the second moving object, and / or the object is the size of the first moving object, the second moving object, and / or the object . The game program according to any one of claims 1 to 3, wherein the game program is at least one of polarity, weight, elasticity, durability, and material. In the first moving object and the second moving object, the size of the first moving object and the size of the second moving object are set as one of the attributes,
The production function is
When the first moving object is substantially smaller than the second moving object, an effect that the first moving object is bounced back to the second moving object is generated as an effect of the collision,
When the first moving object is substantially larger than the second moving object, an effect of causing the first moving object to roll by rolling out the second moving object is generated as the effect of the collision. The game program according to any one of claims 1 to 4, wherein: The game program is stored in the computer,
Determining whether or not the second moving object rolls and falls within the moving object placement area provided in the field because the first moving object collides with the second moving object the game program according to claim 1, any one of 5, characterized in that to function further realized. The change function in response to said first object object moving object is deposited, according to any one of claims 1 to 6, characterized in that to further change the attribute of the first moving object Game program. The game is a battle game,
Put another moving object that can be operated by the opponent in the moving object placement area provided in the field, or
The game program according to any one of claims 1 to 7 , wherein the game program is for a game in which a predetermined moving object is placed in the moving object arrangement area before an opponent. The game is a cooperative game played by a plurality of users, and is a cooperative game aiming to place the second moving object in the moving object arrangement area in cooperation with other users. A game program according to any one of claims 1 to 8 . The game program is stored in the computer,
Any one of claims 1 to 9, characterized in that to further implement the first limiting function to impose time limits to accommodate the second moving object in the moving object placement area provided in the field The game program described in. The game program is stored in the computer,
A second restriction function that imposes a restriction on the number of times the first moving object is moved before the second moving object is placed in a moving object placement area provided in the field is further realized. The game program as described in any one of Claim 1 to 10 . The game program is stored in the computer,
The tilt information indicating a tilt of the computer, further realize the acquisition function of acquiring the predetermined count measuring unit,
The game program according to any one of claims 1 to 11 , wherein the display function rolls the first moving object according to the tilt information acquired by the acquisition function. The predetermined operation is an operation of rolling out the first moving object;
The game program is stored in the computer,
A first setting function for setting a strength for rolling out the first moving object;
A second setting function for setting a saddle point on the first moving object;
The display function causes the first moving object to roll in the field by hitting a saddle point set by the second setting function according to the strength set by the first setting function. the game program according to claim 1, any one of 12, characterized in that to display. A computer control method capable of providing a user with a game using a plurality of moving objects,
A display processing step of displaying a first moving object so as to roll in the field of the game in response to a predetermined operation by the user;
When the first moving object rolls, the polarity set in the first moving object matches the polarity set in the object object existing in the field, and the first moving object An attachment determination step for determining whether or not the object object is prevented from attaching to the first moving object by a repulsive force acting between the object object and the object object ;
If it is determined to be attached, by attaching the object object to the first moving object, and the change step of changing the attribute of the first moving object,
When the first moving object collides with a second moving object that is different from the object, and to which the first moving object cannot adhere , the first moving object A computer control method including an effect step of generating an effect of the collision in accordance with the attribute set in the above and the attribute set in the second moving object. A computer capable of providing a user with a game using a plurality of moving objects,
A display processing unit that displays a first moving object so as to roll in the field of the game in response to a predetermined operation by the user;
When the first moving object rolls, the polarity set in the first moving object matches the polarity set in the object object existing in the field, and the first moving object An attachment determination unit that determines whether or not the object object is prevented from attaching to the first moving object by a repulsive force acting between the object object and the object object ;
If it is determined to be attached, by attaching the object object to the first moving object, and a change unit that changes the attribute of the first moving object,
When the first moving object collides with a second moving object that is different from the object, and to which the first moving object cannot adhere , the first moving object A computer including an effect unit that generates the effect of the collision according to the attribute set to the attribute and the attribute set to the second moving object.

Images