JP6740414B1 - Game program and game system - Google Patents

Abstract

PROBLEM TO BE SOLVED: To bring the mode of referee determination in a competitive game closer to the mode of referee determination in the real world. SOLUTION: The game program causes the computer to generate a virtual space in which a battle is performed, a virtual space generation means, a battle character control means for controlling an action of a battle character participating in the battle according to a user operation, and a battle character control means. The referee character control means for controlling the movement of the referee character, the visual field area moving means for moving the visual field area set for the referee character in the virtual space according to the movement of the referee character, and a predetermined event of the opponent character. If the occurrence position of the event is within the field of view when it occurs during the battle due to an action, the competition game is advanced assuming that the determination for the event is made, and the event occurrence position is outside the field of view. In some cases, it is caused to function as a game advancing means for advancing the competitive game as if the event was not judged. [Selection diagram] Fig. 6

Description

The present invention relates to a game program and a game system.

BACKGROUND ART A battle-type computer game in which a user plays a battle with a computer or another user has been known. In this type of battle game, there is a game in which a referee character imitating a battle referee appears. For example, Patent Document 1 discloses a game program that enables a soccer game based on a soccer rule. In this soccer game, it is determined that the play in the competition is stopped when a foul play occurs in the match. Then, when the referee character performs a predetermined action such as sounding a whistle, the game is restarted.

JP, 2014-68726, A

In recent years, in the field of computer games, computer games that provide users with virtual experiences have become widespread. Along with this, it is desired that even in a battle-type game, the mode of the referee determination in the battle be closer to the real world. For example, in a match-up type computer game, decisions are made without omission of foul acts that occur in games in the game, but in the real world, referees may overlook foul acts or make incorrect decisions. In this way, there is a difference in the mode of referee determination between the game game and the real world game.

Therefore, it is an object of the present invention to provide a game program and a game system that allow the mode of umpire determination in a battle game to be closer to the mode of umpire determination in the real world.

In order to solve the above problems, a first aspect of the present invention provides a display unit that displays an image captured by a virtual camera arranged in a virtual space as a game screen, an operation unit that receives a user operation, and the operation performed by the user. A game program which causes a computer to execute in a game system including: a computer for advancing a competitive game according to an operation on a section, the computer creating the virtual space in which the competitive game is performed. Virtual space generating means, a fighting character control means for controlling a motion of a fighting character participating in the fighting in response to an operation on the operation unit by the user, a referee character control means for controlling a motion of the referee character in the fighting, The field-of-view area moving means for moving the field-of-view area set for the umpire character in the virtual space in accordance with the motion of the umpire character, and a predetermined event to be determined in the match-up of the match-up character. When the occurrence position of the event is within the field of view when it occurs during the battle due to an action, the battle game is advanced as if the determination for the event was made, and When the elephant generation position is outside the visual field region, the game program is caused to function as game advancing means for advancing the competitive game assuming that the event has not been determined.

For example, in a real-world competitive game, the referee cannot judge an event such as a foul that has occurred outside the field of view of the referee. According to this game program, when an event occurs within the visual field set for the referee character, the competition game proceeds, assuming that the decision for the event has been made, and the event occurs outside the visual field. In this case, the battle game proceeds as if the event was not determined. For this reason, it is possible to correct the gap between the referee determination mode of the conventional competitive game and the referee determination mode of the real world, which can be accurately determined regardless of the event that occurred at any position. Can be brought closer to the mode of referee judgment in the real world.

Further, in the first aspect, the visual field area may be set so as not to include an area that becomes a blind spot for the referee character by the opponent character. According to this game program, you can express the situation in which the referee overlooks the foul play that occurred in the blind spot of the referee in the real game, and the aspect of the referee decision of the match in the game can be expressed in the real world. Can be brought closer to the mode.

Further, in the first invention, the game system includes a storage unit that individually stores a visual field parameter related to at least one of a size and a shape of the visual field for each of the plurality of referee characters, and the visual field is , May be set based on the field-of-view area parameter of the referee character. According to this game program, the visual field area is set based on the visual field area parameter corresponding to each referee character, so that the size and shape of the visual field area can be changed according to the selected referee character. Thereby, for example, it is possible to express that the field of view range is different for each umpire in the competition in the game.

Further, in the first invention, the game system includes a storage unit that stores a visual field region parameter of the referee character related to at least one of a size and a shape of the visual field region, and the visual field region is the visual field region parameter. Based on the above, the computer may be caused to further function as a visual field region changing unit that changes the visual field region parameter to change at least one of the size and the shape of the visual field region. According to this game program, it is possible to represent a situation in which the size or shape of the range that can be judged by the umpire changes according to the physical condition of the umpire or the decrease in physical strength during the battle.

Further, in the first invention, whether or not the computer proceeds as a judgment of the event by the referee character when the event occurs in the visual field area is determined. It may further function as a referee judgment determining means for determining. According to this game program, it is possible to represent a situation in which the referee makes an erroneous decision or overlooks an event that should occur in the visual field of the referee.

Further, in the first invention, the umpire determination determining means determines whether or not to proceed as if the umpire character makes a valid determination on the event, based on a predetermined erroneous determination probability value. May be. According to this game program, it is possible to represent a situation in which a judgment error by the referee occurs accidentally.

In the first invention, the game system may include a storage unit that individually stores the erroneous determination probability value for each of the plurality of referee characters. According to this game program, it is possible to change the probability that an erroneous determination is made depending on the referee character. As a result, for example, a situation that can occur in a real-world competition in which the judgment skill and the fairness of the judgment differ depending on the referee can be represented by the competition in the game.

Further, in the first invention, the computer may function as an erroneous decision probability changing unit that changes the erroneous decision probability value. According to this game program, it is possible to represent a situation in which the possibility of the umpire making an erroneous decision changes according to the physical condition of the umpire or the decrease in physical strength during the battle.

Further, in the first invention, the visual field region includes a first visual field region and a second visual field region, and the erroneous determination probability value is a first probability value set corresponding to the first visual field region, A second probability value different from the first probability value set corresponding to the second visual field region may be included. According to this game program, an event that was easy for the umpire to see and an event that was hard to see (for example, an event that occurred far from the umpire, an event that occurred near, or an event that occurred directly in front of the umpire and that was visible from the side) Can express situations where referee judgment accuracy is different.

Further, in the first aspect of the present invention, when the referee determination determining means determines that the referee character does not make a proper determination with respect to the event, the computer determines Determine whether to generate a video verification event, and when determining to generate the video verification event, display a video imitating a video determination for the event on the display unit as the video verification event. You may make it function as an event generation means. According to this game program, it is possible to produce a video judgment which is carried out, for example, when the umpire makes a wrong judgment in a real world sports competition or when the umpire misses an event to be judged. The in-game competition can be brought closer to the competition in which video judgment is introduced in the world.

Further, in the first invention, the computer determines whether to generate a video verification event for the event when the event occurs outside the visual field area, and determines whether the video verification event occurs. When it is decided to generate the event, the video advancing event is caused to function as an event generating means for displaying a moving image imitating a video judgment on the event on the display unit, and the game advancing means causes the event to occur. Even when the position is outside the visual field area, when the event generating unit generates the video verification event, it is possible to proceed with the competition game assuming that the event has been determined. According to this game program, it is possible to produce a video judgment which is carried out when a referee overlooks an event to be judged such as a foul play in a real world sports competition. The in-game competition can be brought closer to the competition.

Further, in the first invention, an image pickup region imaged by the virtual camera and displayed on the display unit as the game screen changes according to an operation of the virtual camera, and the referee determination display means is configured to Even when the position of occurrence of the elephant is within the visual field region, if the position of occurrence of the event is within the region of the visual field region that does not overlap with the imaging region, the normal determination moving image is displayed on the display unit. Need not be displayed in. According to this game program, it is possible to make only the event visible to the user through the game screen the object to be judged during the game.

When a predetermined event to be determined in the battle occurs during the battle due to the action of the battle character, the game progression means is configured such that when the occurrence position of the event is within the visual field area. , Displaying a normal judgment moving image showing that the judgment for the event is made by the referee character, and when the occurrence position of the event is outside the visual field area, the normal judgment moving image is It may include a referee determination display means that is not displayed on the display unit.

A second invention is a game system including a program storage unit that stores any one of the above-mentioned game programs, and a computer that executes the program stored in the program storage unit.

According to the present invention, it is possible to provide a game program and a game system that allow the mode of referee determination in a competitive game to be closer to the mode of referee determination in the real world.

It is a block diagram which shows the hardware constitutions of the game device in 1st Embodiment. FIG. 2 is a block diagram showing a functional configuration of a control unit of the game device shown in FIG. 1. It is a schematic plan view of a virtual space in the first embodiment. An example of the characteristic parameter set for each umpire character is shown. It is a figure which shows the relationship between a player character and the visual field area of a referee character. It is a figure which shows an example of the trial judgment display processing flow in 1st Embodiment. It is a figure which shows an example of the event processing flow in 1st Embodiment. It is a figure which shows an example of the video determination moving image in 1st Embodiment. FIG. 11 is a diagram showing an example of an event processing flow according to Modification Example 1. It is a figure which shows an example of the trial judgment display processing flow which concerns on the modification 2. It is a schematic plan view of a virtual space in the second embodiment. It is a figure which shows an example of the trial judgment display processing flow in 2nd Embodiment.

<First Embodiment>
Hereinafter, a game system and a game program according to an embodiment of the present invention will be described with reference to the drawings.

[Hardware configuration]
First, the configuration of the game system 1 according to the embodiment of the present invention will be described. FIG. 1 is a block diagram showing a hardware configuration of a game device 2 that constitutes the game system 1. As shown in FIG. 1, the game system 1 includes a game device 2 and one or more controllers (operation units) 31 as external devices thereof, a monitor (display unit) 32, and a speaker 33.

The game device 2 includes a control unit 21 that is a computer that controls the operation of the game device 2. The control unit 21 is, for example, a CPU. A media I/F unit 22, a storage unit 23, a network I/F unit 24, a wireless communication control unit 25, a graphic processing unit 26, and an audio processing unit 27 are connected to the control unit 21 via a bus 21a. There is.

The media I/F unit 22 is an interface into which the game media 34 for executing a game can be loaded. The game medium 34 is, for example, a disk-type recording medium such as a DVD-ROM, in which a game program 34a and game data 34b necessary for executing the game are recorded. The game data 34b includes various data necessary for executing the game.

The storage unit 23 is composed of, for example, an HDD that is a large-capacity recording medium, a ROM that is a semiconductor memory such as a mask ROM or a PROM, and a RAM that is a DRAM or an SRAM. The storage unit 23 stores a game program 34a and game data 34b read from the game medium 34, save data, and the like. In the present embodiment, not all the game data 34b in the game medium 34 is read at the time of starting the game, but the necessary game data is read according to the progress of the game (for example, the transition of the game scene). The “storage unit” of the present invention is understood to include not only the storage unit 23 of the game device 2 but also the game media 34. In the present specification, all game data recorded in the game media 34 and game data appropriately read into the storage unit 23 are referred to as “game data 34b” without making a particular distinction.

The network I/F unit 24 is an interface for connecting the game device 2 to a communication network NW such as the Internet or LAN. The game device 2 can communicate with another game device 2 and the server device 3 via the communication network NW. For example, the game device 2 transmits/receives data to/from another game device 2 and/or to/from the server device 3 via the communication network NW when proceeding with the game while communicating with the outside.

The wireless communication control unit 25 is wirelessly connected to the controller 31 attached to the game apparatus 2, and can transmit and receive data to and from the controller 31. The controller 31 is an operating device that receives an operation by a user, and includes, for example, a plurality of keys (buttons and the like). When the controller 31 is operated by the user, operation information corresponding to the operation is sent from the controller 31 to the control unit 21 of the game apparatus 2 via the wireless communication control unit 25. The control unit 21 advances the game based on the operation information from the controller 31.

The graphic processing unit 26 draws a game image in a moving image format according to an instruction from the control unit 21. The game image drawn by the graphic processing unit 26 is displayed on the monitor 32 as a game screen. The monitor 32 is a display device that displays a game image. The monitor 32 is, for example, a liquid crystal display.

The audio processing unit 27 reproduces and synthesizes a digital game sound according to an instruction from the control unit 21. Further, the audio processing unit 27 is connected to an external speaker 33. The game sound reproduced and synthesized by the audio processing unit 27 is output to the outside from the speaker 33 as an audio output device. The audio processing unit 27 may be connected to external headphones or the like in addition to or instead of the speaker 33.

[Game overview]
The game program 34a according to the present embodiment is executed by the game device 2 to realize a battle-type computer game in which a user plays a battle with a computer or another user. An example of this type of competitive game is a sports competition game in which a sports competition is advanced based on the rules of sports competition. In the present embodiment, a soccer game that progresses based on the soccer rule will be described as an example of a sports competition game.

In this soccer game, one team selected and operated by a user from a plurality of preset soccer teams and a opponent team play a soccer match. The parameters (speed, stamina, etc.) indicating the characteristics of the player characters belonging to each soccer team are different. In this soccer game, the user can select the play mode from the 1 play mode and the 2 play mode at the start of the game. In the 1 play mode, the player character of the opponent team is controlled by the computer, and in the 2 play mode, the player character of the opponent team is based on the operation of another user on the controller 31 different from the controller 31 operated by the user. Controlled. The operation information generated by another user operating the different controller 31 may be directly sent to the game device 2, or may be sent from the other game device 2 via the network NW. It may be sent.

In this soccer game, a plurality of referee characters having different characteristics are prepared. When starting a soccer match in a game, a referee character of the match is selected from a plurality of referee characters. The referee character is selected manually by a user or automatically by a computer.

[Functional configuration]
FIG. 2 is a block diagram showing a functional configuration of the control unit 21 of the game device 2. By executing the game program 34a, the control unit 21 of the game device 2 causes the virtual space generation unit 40, the player character control unit 41, the referee character control unit 42, the game progression unit 43, the event occurrence determination unit 44, and the visual field area movement. It functions as a means 45, a field-of-view area changing means 46, a judgment judgment determining means 48, an erroneous judgment probability changing means 49, an event generating means 50, and an event probability changing means 51.

The virtual space generation means 40 generates a virtual space in which a soccer game which is a sports competition is held. FIG. 3 is a plan view of the virtual space 60 generated by the virtual space generation means 40. The virtual space 60 is a three-dimensional space in which three mutually orthogonal axes are set. In the virtual space 60, a field 61, which is a rectangular plane for playing a soccer game, is surrounded by two touch lines 62 that are long sides and two goal lines 63 that are short sides. Further, on the field 61, a center line (half way line) 64, a center circle 65, a penalty area 66, a goal area 67, a goal 68 and the like are arranged on the field 61, as in the real world soccer field.

On a field 61 of the virtual space 60, a soccer ball object (hereinafter, simply referred to as “ball”) 70 and a plurality of player characters participating in a soccer game are arranged. The plurality of player characters include eleven player characters 71 of the user team operated by the user and eleven player characters 72 of the opponent team. Note that, in FIG. 3, for simplification of the drawing, one player character 71 of the user team and one player character 72 of the opponent team are shown. Further, in the virtual space 60, a referee character 73 imitating a referee of a soccer match in the real world is arranged. Note that FIG. 3 shows the visual field region R set for the referee character 73. Details of the visual field region R will be described later.

In addition, a virtual camera C that images the virtual space 60 is arranged in the virtual space 60. The area (imaging area) imaged by the virtual camera C is displayed on the monitor 32 as a game screen. The imaging area displayed on the monitor 32 changes according to the operation of the virtual camera C. A part of the field 61 corresponding to the operation of the virtual camera C (position change, posture change, zoom, etc.) in the virtual space 60 is displayed on the monitor 32 as a game screen. The virtual camera C moves, changes its posture, or zooms in the virtual space 60 in accordance with, for example, the position of the ball 70 moving on the field 61 or the positions of the player characters 71, 72.

Returning to FIG. 2, the player character control means 41 controls the operation of the player character 71 of the user team in accordance with the operation of the controller 31 by the user. For example, the player character control means 41 controls the operation of one player character 71 of the 11 player characters 71 of the user team by the operation of the user, and the operation of the remaining player characters 71 is controlled by the computer based on the game program 34a. Controlled by. The player character 71 whose movement is controlled by the user is selected automatically or by an operation of the user according to the progress of the game. For example, when the ball 70 is held by the user team, one player character 71 holding the ball 70 is selected as the player character 71 whose movement is controlled by the user. For example, when the ball 70 is held by the opponent team or is not held by either team, the player character 71 closest to the ball 70 is selected as the player character 71 whose movement is controlled by the user. ..

Further, the player character control means 41 controls the motion of the player character 72 of the opponent team. In the 1-play mode, the player character control means 41 controls the actions of the 11 player characters 72 of the opponent team by the computer based on the game program 34a. In the 2 play mode, the player character control means 41 controls the operation of one player character 72 of the 11 player characters 72 of the opponent team based on operation information from the controller 31 operated by another user, The motion of the remaining player characters 72 is controlled by the computer based on the game program 34a.

The referee character control means 42 controls the motion of the referee character 73. The referee character control means 42 moves one referee character 73 in the field 61 according to the position of the ball 70 on the field 61 and the like.

The game advancing means 43 advances the soccer game in the game. For example, the game advancing means 43 manages the playing time (for example, stopping the playing time, resuming the playing after the stopping, determining the additional time, etc.), determining whether the ball 70 is out of the field 61, or in the field 61. The player character 71 and the player character 71 outside the field 61 are changed according to the progress of the game and the user's operation on the controller 31.

The event occurrence determination means 44 determines whether or not a predetermined event, which should be determined according to the rules of the game, has occurred during the game due to the motion of the player characters 71, 72. The area (determination target area) in which the event occurrence determination means 44 determines whether or not an event has occurred is in the field 61. The event determined by the event occurrence determination means 44 is an event that occurs due to the motion of the player characters 71 and 72 and is mainly related to the visual judgment of the referee. In this soccer game, the event determined by the event occurrence determination means 44 is a foul action of the player characters 71, 72 occurring during the match. For example, the event occurrence determination means 44, whether or not the tackle performed by one of the player character 71 of the user team and the player character 72 of the opponent team to the other satisfies a predetermined condition to be determined as a foul, It is determined whether or not the ball B hits the player characters 71, 72 (that is, whether or not it is a hand).

Incidentally, the above-mentioned game progression means 43, when the above-mentioned predetermined event occurs during the competition, advances the competition game as if the judgment of the referee character 73 according to the competition rule for that event has been made, The battle game may be advanced assuming that the judgment of the referee character 73 based on the competition rule for the event has not been made. Details of the progress of the game when a predetermined event occurs will be described later.

The visual field moving means 45 moves the visual field R set for the referee character 73 in the virtual space 60 according to the action of the referee character 73 (movement on the field 61, change of face orientation, etc.). Let

Here, the visual field region R will be described with reference to FIGS. The visual field region R is a region showing a virtual visual field range of the referee character 73. In this soccer game, even when it is determined by the event occurrence determination means 44 that a foul action has occurred during the match in the field 61, which is the determination target area, the position where the foul action has occurred is the visual field of the referee character 73. If it is outside the region R, the foul action is treated as if it was not seen by the referee character 73. As shown in FIG. 3, for example, the visual field region R is a two-dimensional or three-dimensional region that extends in front of the head object of the umpire character 73 (that is, the line-of-sight direction of the umpire character 73). For example, the shape of the visual field region R is a fan-shaped region (when viewed from the direction orthogonal to the field 61) in a plan view radially spreading around the referee character 73 and in front of the referee character 73.

FIG. 4 shows an example of characteristic parameters set for each referee character 73. As described above, in this soccer game, a plurality of referee characters 73 having different characteristics are prepared, and the referee character 73 that appears as the referee of the match from the plurality of referee characters 73 when starting a soccer match. 73 is selected. Characteristic parameters indicating the characteristics of the referee characters 73 are individually stored in the game data 34b. The characteristic parameters include a visual field area parameter, a false determination probability value, and a physical strength value.

The visual field region parameter is a parameter that defines the size and shape of the visual field region R. When a soccer match in the game is started, one of the referee characters X, Y, Z is selected as the referee character 73 of the started match. The visual field region R is set based on the visual field region parameter corresponding to the selected referee character 73. In FIG. 4, the radius and center angle of the visual field region R having a fan shape in plan view are shown as an example of the visual field region parameter.

The false determination probability value is the probability that the referee character 73 does not make a correct determination with respect to the foul action that occurs in the visual field R of the referee character 73, for example, in the present embodiment, the referee character 73 mistakenly sees the foul action. It indicates the probability of dropping. That is, in this soccer game, even when the position of the offense is within the visual field region R of the umpire character 73, the probability based on the erroneous decision probability value does not make a correct decision for the offense. Occurs. For example, even when the position where the foul action occurs is within the visual field region R, the foul action is treated as having been overlooked by the referee character 73 with a certain probability.

As shown in FIG. 3, in the present embodiment, the visual field region R is divided into a first visual field region R1 and a second visual field region R2. The first visual field region R1 is located around the sight line G of the referee character 73, and the second visual field region R2 is located farther from the sight line G of the referee character 73 than the first visual field region R1. Specifically, of the visual field region R, a region within which the angle of the referee character 73 with respect to the line of sight G is within a predetermined angle is set as the first visual field region R1, and the angle of the referee character 73 with respect to the line of sight G exceeds a predetermined angle. The area is set as the second visual field area R2. A first probability value and a second probability value, which are different erroneous determination probabilities, are set in the first visual field region R1 and the second visual field region R2, respectively. The first probability value and the second probability value are determined by the umpire character 73 as being justified by the foul action occurring in the second visual field region R2 far from the line of sight G rather than the foul action occurring in the first visual field region R1. It is set to increase the probability that will not be defeated.

The physical strength value shown in FIG. 4 is a value indicating the physical strength of the referee character 73. When the soccer game in the game is started, the referee character 73 selected from the referee characters X, Y, and Z corresponding to the referee character 73 selected in advance as shown in FIG. The set physical strength value (initial physical strength value) is set. The physical fitness value decreases during the competition according to predetermined conditions. For example, the physical fitness value decreases from a preset initial physical fitness value at a constant rate as the competition time elapses. Further, for example, the physical fitness value decreases as the total movement distance of the referee character 73 during the match increases. Further, for example, the physical fitness value decreases as the number of times the center line 64 is crossed increases. The physical strength value is used by the visual field area changing means 46 and the erroneous determination probability changing means 49, which will be described later.

FIG. 5 is a diagram showing a relationship between the player characters 71 and 72 displayed on the game screen D and the visual field region R of the referee character 73. The game screen D of FIG. 5 shows a situation in which one player character 71a of the player characters 71 of the user team has committed an offense against the player character 72 of the opponent team. On the game screen D, a player character 71b different from the player character 71a who performed the offense is shown. The player character 71b is located between the fraudulent action occurrence position F and the referee character 73. The game screen D also shows the referee character 73 and the visual field region R. In the actual game screen D, the visual field region R is not displayed so that it can be visually recognized by the user, but it is shown in FIG. 5 for explaining the relationship between the visual field region R and the player characters 71, 72.

The visual field region R is set by the player characters 71, 72 so as not to include a region that becomes a blind spot for the referee character 73. In the situation where the foul play shown in FIG. 5 has occurred, the foul play has occurred in the blind spot for the referee character 73 by the player character 71b. Therefore, it is determined that the fouling occurrence position F is outside the visual field region R. Whether or not the foul-action occurrence position F is in a blind spot for the referee character 73 is determined by, for example, a line segment connecting the foul-action occurrence position F and a predetermined point corresponding to the referee character 73 (for example, the foul action). It is determined by whether or not the player characters 71, 72 located in the visual field region R (excluding the player character who performed and performed) are passed. The game progress means 43 determines whether the occurrence position of a predetermined event such as a foul action is inside or outside the visual field region R.

Returning to FIG. 2, the visual field changing means 46 changes the visual field parameter to change at least one of the size and shape of the visual field R. For example, the visual field changing means 46 gradually or gradually decreases the visual field parameter from the preset initial value as shown in FIG. 4 as the competition time elapses. Alternatively, for example, the visual field changing means 46 gradually or stepwise decreases the visual field parameter according to the decrease in the physical strength value of the referee character 73 during the competition.

The game progression means 43 described above includes a referee determination display means 43a. When the occurrence position of the event is within the visual field region R, the game advancing means 43 advances the competitive game assuming that the determination for the event has been made. In the present embodiment, the referee determination display means 43a monitors a normal determination moving image that indicates that the referee character 73 makes a determination regarding the foul action when the position where the foul action occurs is within the visual field region R. Display on 32. Further, when the event occurrence position is outside the visual field region R, the game advancing means 43 basically advances the competitive game as if the event was not determined. Specifically, the referee determination display means 43a does not display the normal determination moving image on the monitor 32 when the foul-action occurrence position is outside the visual field region R. In this way, basically, the game progression means 43 outputs the judgment for the event to the outside to advance the competitive game only when the occurrence position of the event is within the visual field region R, and the occurrence position of the event is the visual field. When it is outside the region R, the competition game is advanced without outputting the determination for the event to the outside.

In the present specification, "when the occurrence position of the event is outside the visual field region R, the competition game proceeds without outputting the determination for the event to the outside" means that the event occurred outside the visual field region R. It means that the game progresses in a manner that is not perceived by. In other words, "when the occurrence position of the event is outside the visual field region R, to advance the competition game without outputting the determination for the event to the outside", when the occurrence position of the event is outside the visual field region R, The fact that the game proceeds without making a decision on the event inside the computer, and even if the occurrence position of the event is outside the visual field region R and the decision on the event is made inside the computer, The content of the determination of (1) includes advancing the competitive game in a manner that is not perceptible to the user via the output device (the monitor 32, the speaker 33, etc.).

In addition, as will be described later, in this game, even when the event occurrence position is outside the visual field region R, if the event determination means 50 decides to generate an event, an exceptional event occurs. Is output to the outside and the competitive game is advanced.

Further, even if the position where the foul action occurs is within the visual field region R, the game progression means 43 causes an event if the position where the foul action occurs is within the visual field region R that does not overlap the imaging region. The above-mentioned battle game is advanced on the assumption that the above decision is not made. Specifically, the referee determination display means 43a is such that, even when the foul-action occurrence position is within the visual field region R, the foul-action occurrence position is within the visual field region R that does not overlap with the imaging region. At this time, the normal judgment moving image is not displayed on the monitor 32. That is, only the foul act that the user sees through the game screen D is the target for displaying the normal determination moving image.

The referee determination determining means 48 determines whether or not the referee character 73 should proceed as a legitimate determination for the foul action when the foul action occurs in the visual field region R. The referee determination determining means 48 determines whether or not the referee character 73 will proceed as a legitimate determination for the foul action based on the above-described predetermined false determination probability value.

The false determination probability changing means 49 changes the false determination probability value during the competition. For example, the erroneous decision probability changing means 49 gradually or gradually increases the erroneous decision probability value from a predetermined value as the competition time elapses. Alternatively, for example, the erroneous determination probability changing unit 49 gradually increases the erroneous determination probability value so that the probability that the umpire character 73 does not make a valid determination increases as the physical strength value set for the umpire character 73 decreases. Or change in stages. Alternatively, for example, the erroneous decision probability changing means 49 changes the erroneous decision probability value according to the progress of the game.

In the following cases (i) and (ii), the event generating means 50 determines whether to generate a video verification event in response to a foul action based on a predetermined event probability value.
(i) When an offense occurs outside the visual field area R
(ii) When the referee judgment determining means 48 decides that the referee character 73 should proceed without making a proper judgment on the foul action In the cases of (i) and (ii), the event probability value is It may be the same or different.

Further, when it is determined that the video verification event is to be generated, the event generation means 50 causes the monitor 32 to display a moving image imitating a video judgment for a foul act (hereinafter, a video judgment moving image) as the video verification event. In this soccer game, the video verification event is an event that directs intervention to the event by a video assistant referee (VAR), which is also introduced in a real soccer game. Details of the video determination moving image will be described later.

The event probability changing means 51 changes the event probability value according to the progress of the competition. For example, the event probability changing unit 51 increases the event probability value from a preset value when the rigid state in which no points are scored on both teams to be played continues for a certain time. This makes it possible to increase the probability of occurrence of a video verification event so that the user who is playing the game and the spectators who are watching the game do not feel tired when the game development is such that the game is not exciting. ..

Next, the flow of the referee determination display process related to the referee determination when an illegal act occurs during the competition will be described with reference to FIG.

When the soccer game in the game starts, the event occurrence determination means 44 determines whether the foul action has occurred due to the action of the player characters 71, 72 (step S11).

When it is determined that the foul action has occurred (step S11: Yes), the referee determination display means 43a determines whether or not the position where the foul action has occurred is within the visual field region R (step S12).

When it is determined that the position where the foul action has occurred is within the visual field region R (step S12: Yes), the referee determination determination means 48 causes the referee character 73 to perform the foul action based on a predetermined false determination probability value. It is determined whether or not to proceed as a legitimate determination (step S13). That is, in step S13, it is determined how the referee character 73 determines the target event in the match.

When the referee character 73 decides to proceed as making a legitimate decision on the foul act (step S13: Yes), the referee decision display means 43a apparently judges the event (foul action) as the referee character. The normal judgment moving image indicating that the judgment has been made by 73 (judgment thereof) is displayed on the monitor 32 (step S14). That is, immediately after the offense has occurred in step S11, the game is interrupted in step S14, and a proper decision is made on the offense. After the normal judgment video is over, the game is restarted.

If it is determined in step S12 that the position where the offense has occurred is outside the visual field region R (step S12: No), and in step S13, the referee character 73 does not make a valid determination for the offense (this example). Then, if it is decided to proceed as an offense) (step S13: No), the event generating means 50 generates a video verification event for the offense based on a predetermined event probability value. It is determined whether or not (step S15).

When it is determined that the video verification event is to be generated (step S15: Yes), the event generating means 50 executes an event process for generating the video verification event (step S16).

FIG. 7 is a diagram illustrating an example of an event processing flow. In the event processing, first, the event generating means 50 counts the elapsed time from the time when the foul action has occurred and monitors whether the elapsed time has reached a predetermined time (step S21). Until the elapsed time reaches a predetermined time, the game time is not stopped even after the foul action occurs, and the football game continues. From the time when the foul play occurs until the elapsed time reaches the predetermined time, in one corner of the game screen D that displays the soccer play video during the match, for example, from the video assistant referee via a headset attached to the head. An image that makes the user expect the occurrence of the video determination may be displayed, such as the image of the referee character 73 listening to the advice.

When it is determined that the predetermined time has elapsed from the time when the foul act occurs (step S21: Yes), the event generating means 50 interrupts the game and causes the monitor 32 to display a video judgment moving image for the foul act.

FIG. 8 is an example of an image of a video determination moving image displayed on the game screen D. For example, in the video judgment moving image, the referee character 73 can watch a video of a scene that appears from the field 61 in order to check the video of the foul action by the referee character 73, or the referee character 73 can check the presence or absence of the foul action as shown in FIG. Includes footage of scenes of foul practices that may occur. When the video of the foul action is displayed on the game screen D, as shown in FIG. 8, in one corner of the game screen D, for example, a small window displaying a video of the referee character 73 confirming the video of the foul action. W may be included.

In this way, after a while from the time when the foul action occurs in step S11, the game is interrupted in step S22, and a proper decision is made on the foul action. After the video judgment movie is over, the game will resume.

When it is determined in step S15 that the video verification event should not be generated (step S15: No), the event generation means 50 does not generate the video verification event. That is, the game progression means 43 advances the soccer game as if there was no foul play.

To summarize the above, the game program 34a according to the present embodiment uses a computer to create a virtual space 60 for creating a virtual space 60 in which a match in a match game (a soccer match in this example) is executed, and an operation unit operated by the user. The player character control means 41 for controlling the movements of the player characters 71 and 72 participating in the competition in response to the operation on the (controller 31), the referee character control means 42 for controlling the movement of the referee character 73 in the match, and the referee character 73. The field-of-view area moving means 45 for moving the field-of-view area R set in relation to the referee character 73 in the virtual space 60 according to the motion of the referee character 73, and a predetermined event (foul action) in the competition is the motion of the player characters 71, 72 If the occurrence position of the event is within the visual field region R when it occurs during the battle due to, the battle game is advanced assuming that the determination for the event is made, and the occurrence position of the event is outside the visual field region R. If it is, it is caused to function as the game advancing means 43 for advancing the competitive game on the assumption that the event is not judged.

According to the game program 34a of the present embodiment, when an event occurs in the visual field region R set for the referee character 73, the competition game proceeds as if the decision for the event was made, and the visual field region When an event occurs outside R, the competitive game proceeds as if the event was not judged. Therefore, it is possible to correct the deviation between the refereeing mode of the conventional competitive game and the mode of the refereeing determination of the real world, which is accurately determined for the event occurring at any position, and the mode of the refereeing determination of the in-game competition Can be brought closer to the mode of referee judgment in the real world.

(Modification 1)
The event discriminated by the event occurrence discriminating means 44 may include not only a foul action but also an action close to a foul action but not a foul action. Alternatively, for example, the event occurrence determination means 44 may determine that any one of the player characters 71, 72 participating in the match has performed a predetermined action of the player characters 71, 72 that easily leads to the occurrence of a foul action. Good. That is, the event may be a predetermined action of the player characters 71, 72 such as body contact or sliding tackle. If the event determined by the event occurrence determination means 44 is not limited to the foul act, it is determined in step S11 of FIG. 6 whether or not the event occurred even for the non-foul action, and in S15, the non-foul action. Video decisions can also occur for.

FIG. 9 is a diagram showing an event processing flow according to the first modification. In the event processing shown in FIG. 9, the determination temporarily made for the event is processing that is covered or not covered by the video determination. First, the event generating means 50 causes the monitor 32 to display the first determination moving image indicating that the determination is made for the event (step S31). Then, after the first determination moving image is displayed, the event generating means 50 causes the monitor 32 to display the second determination moving image for changing or maintaining the determination shown in the first determination moving image as the video determination moving image (step). S32).

An example of the event processing flow according to the first modification will be described. For example, when the ball B enters the goal 68, in the event processing flow according to the first modification, first, the first determination moving image showing that one team has scored is displayed on the monitor 32. After that, a second determination moving image is displayed on the monitor 32, which indicates that the referee character 73 makes a video determination as to whether or not there is an offense (for example, offside or hand in the soccer rule) in the score scene. In the second judgment moving image, it is also shown that the result of the video judgment invalidates or allows the team's score. As described above, in the event processing according to the first modification, the determination result before the video determination may or may not be covered by the video determination. Therefore, by making the user predict what kind of judgment result will be made when an event occurs, and expecting that a desired judgment result will be made, the user can enjoy the interest of the event occurrence. You can feel it.

(Modification 2)
FIG. 10 is a diagram showing a trial judgment display process according to the second modification. The trial decision display process according to the second modification differs from the trial decision display process shown in FIG. 6 in that the event determined by the event occurrence determination means 44 is not limited to the foul act. Further, in the referee determination display process according to the second modification, when the event generation means 50 determines whether or not to generate the video verification event, it is determined that the event occurrence position is outside the visual field region R, and the referee The present invention is not limited to the case where the character 73 is determined not to make a proper judgment on an event. That is, in the second modification, when an event occurs, the event generation means 50 determines whether or not to generate a video verification event without exception.

In this referee determination display process, when a soccer match in the game starts, the event occurrence determination means 44 determines whether or not a predetermined event has occurred due to the action of the player characters 71, 72 (step S41). ).

When it is determined that an event has occurred (step S41: Yes), the referee determination display means 43a determines whether the occurrence position of the event is within the visual field region R (step S42).

When it is determined that the occurrence position of the event is within the visual field region R (step S42: Yes), the referee determination determination means 48 determines that the referee character 73 is valid for the event based on a predetermined false determination probability value. It is determined whether or not to proceed as a determination (step S43). That is, in step S43, it is determined what kind of determination the referee character 73 will make for the target event in the match. On the contrary, when it is determined that the occurrence position of the event is outside the visual field region R (step S42: No), it is not possible to determine what judgment the referee character 73 makes for the target event. Not done

When it is determined in step S43 that the referee character 73 proceeds to make a valid decision on the event (step S44: Yes), the game progression means 43 makes a valid decision on the event. The game proceeds as if it were Specifically, the referee determination display means 43a causes the monitor 32 to display a normal determination moving image showing that the referee character 73 makes a proper determination with respect to the event (step S45).

If it is determined in step S43 that the referee character 73 does not make a valid decision on the event (step S44: Yes), the game progression means 43 makes a valid decision on the event. The game proceeds as if it is not defeated. Specifically, the referee determination display means 43a causes the monitor 32 to display a normal determination moving image showing that the referee character 73 does not make a proper determination with respect to the event, in other words, a normal determination moving image showing an incorrect determination ( Step S46). For example, the normal determination moving image showing an unjust determination includes a game play screen in which the match is continued without interruption even though the event that occurred is an offense. Therefore, even when the occurrence position of the event is within the visual field region R, the determination determined to be made by the referee character 73 is not necessarily externally output so that it can be perceived by the user.

After the normal determination moving image is displayed, or when it is determined in step S42 that the occurrence position of the event is outside the visual field region R (step S42: No), the event generation means 50 is based on a predetermined event probability value. Then, it is determined whether or not to generate a video verification event for the event (step S47).

When it is determined to generate the video verification event (step S47: Yes), the event generating means 50 executes an event process for generating the video verification event (step S48). Specifically, the event generating means 50 causes the monitor 32 to display a video determination moving image for the event. The video judgment moving image shows a valid result for the event regardless of whether the event is within the visual field region or whether the referee character 73 makes a valid judgment. That is, for example, when the normal determination moving image showing the correct determination is displayed in step S45, the determination result shown in the video determination moving image is the same as the determination result shown in the normal determination moving image. In addition, for example, when the normal determination moving image showing the improper determination is displayed in step S46, the determination result shown in the video determination moving image is different from the determination result shown in the normal determination moving image.

When it is determined in step S47 that the video verification event should not be generated (step S47: No), the event generation means 50 does not generate the video verification event. That is, the game progression means 43 advances the soccer match assuming that there is no event.

Also in this modification 2, the determination result before the video determination (the result shown in the normal determination moving image) may or may not be covered by the video determination. Therefore, by making the user predict what kind of judgment result will be made when an event occurs, and expecting that a desired judgment result will be made, the user can enjoy the interest of the event occurrence. You can feel it.

<Second Embodiment>
Next, a game program and a game system according to the second embodiment will be described with reference to FIGS. 11 and 12. In addition, in the present embodiment, the description overlapping with the first embodiment will be omitted.

FIG. 11 is a schematic plan view of a virtual space in the second embodiment. In the second embodiment, in addition to the referee character 73 (referee character) that imitates the referee, two referee characters 74 (assistant referee character) that imitate the assistant referee of a soccer match in the real world are arranged in the virtual space 60. It The referee character control means 42 controls not only the referee character 73 but also the referee character 74. The referee character control means 42 moves the two referee characters 74 within the sub referee movement range 75 defined outside the field 61 for each referee character 74 in accordance with the position of the ball 70 on the field 61 and the like. One of the two assistant referee movement ranges 75 is a range extending from the one goal line 63 outside the field 61 to the center line 64 along the one touch line 62, and the other assistant referee movement range 75 is the other outside the field 61. It is a range extending from the goal line 63 to the center line 64 along the other touch line 62.

Further, the referee character 74 also has a visual field region Rb indicating a virtual visual field range. Note that, in FIG. 11, for simplification of the drawing, only the visual field region Rb set for one referee character 74 of the two referee characters 74 is shown. In FIG. 11, the visual field region R set for the referee character 73 and the visual field region Rb set for the referee character 74 have different sizes and shapes, but may have the same size and shape. That is, the visual field regions R and Rb are set to different visual field region parameters.

FIG. 12 is a diagram showing an example of the trial judgment display processing flow in the second embodiment. In the referee determination display processing flow of the second embodiment, the referee determination display means 43a determines whether or not the position where the foul action has occurred is within the visual field region Rb of the referee character 74. In addition, in the present embodiment, it is assumed that the determination by the trial judgment determining means 48 (step 13) and the determination by the event generating means 50 (step 15) in the first embodiment are not executed.

As shown in FIG. 12, when the soccer game in the game starts, the event occurrence determination means 44 determines whether or not the foul action has occurred due to the action of the player characters 71, 72 (step S51). ..

When it is determined that a foul act has occurred (step S51: Yes), the referee determination display means 43a determines whether or not the position where the foul action has occurred is within the visual field region R of the referee character 73 (step S52). ..

When it is determined that the position where the foul action has occurred is within the visual field region R of the umpire character 73 (step S52: Yes), the game progression means 43 proceeds with the game as if the event was justified. Yes (step S53). Specifically, the referee determination display means 43a executes a first normal effect process that causes the monitor 32 to display a normal determination moving image that indicates that the referee character 73 makes a determination regarding an illegal act based on the determination of the referee character 73 itself.

When it is determined in step S52 that the position where the foul action has occurred is outside the visual field region R of the referee character 73 (step S52: No), the referee determination display means 43a indicates that the position where the foul action has occurred is the visual field region of the referee character 74. It is determined whether it is within Rb (step S54).

When it is determined that the position where the foul action has occurred is within the visual field region Rb of the umpire character 74 (step S55: Yes), the game progression means 43 proceeds with the game as if the event was properly determined. (Step S55). Specifically, the referee determination display means 43a causes the monitor 32 to display a moving image showing that the referee (main referee) character 73 makes a decision on the foul action based on the determination of the referee (assistant referee) character 74. Perform performance processing.

When it is determined that the position where the foul action has occurred is outside the visual field area Rb of the referee character 74 (step S55: No), the referee determination display means 43a does not execute either the first or the second normal effect process. That is, the soccer match proceeds as if no offense had occurred.

Also in this embodiment, the same effect as that of the first embodiment can be obtained. In addition, in the present embodiment, it is possible to express a situation in which the assistant referee confirms a foul action that may occur in actual soccer and which is not seen by the referee and is shown to the referee.

<Other embodiments>
The present invention is not limited to the above-described embodiments, and various modifications can be made without departing from the gist of the present invention.

The game program 34a may not be recorded in the game medium 34, and may be downloaded from the outside to the game device 2 via the communication network NW, for example. For example, the game device 2 included in the game system of the present invention may be a mobile information terminal such as a smartphone, and the operation device and the display device may be a touch screen or the like. Further, the display device that displays the game screen may be a head mounted display or the like.

By executing the game program 34a, the control unit 21 does not have to function as the visual field region changing unit 46, the judgment determination determining unit 48, the erroneous determination probability changing unit 49, the event generating unit 50, and the event probability changing unit 51. Good. The determination target region that is the target for determining whether or not an event has occurred by the event occurrence determination means 44 is not limited to the field 61, and may be the visual field regions R and Rb, for example. In this case, for example, it is unnecessary to determine whether or not the event occurrence position is within the visual field area (for example, step S12 in FIG. 6).

Further, in the above embodiment, a soccer game was described as an example of a battle game, but the battle game realized by the game program and the game system according to the present invention is not limited to this. For example, the present invention is applicable to sports competition games such as volleyball, tennis, basketball, baseball, American football, judo, kendo, and grand sumo. Further, the battle game does not have to be a sports competition game, and may be a battle game of any mode as long as a referee character appears. For example, the present invention can be applied to determination of flying or winning/losing in a competitive game in which the player arrives at the goal in a competitive speed, a competitive game in which the opponent is in reflexes, or the like.

Further, the event for which it is determined by the event occurrence determination means 44 whether or not it has occurred is not limited to an offense. For example, when the sports competition in the game is a competition in which the user and the opponent compete for points, the event may be a score-related event in which a score is given to one of the user and the opponent in the competition. That is, for example, in a game such as tennis or volleyball, it is an event in which it is determined whether the ball is lined in or out. In this case, the event generation means monitors the video determination moving image as a video verification event for determining whether or not a score-related event as an event should be given to one of the user and the opponent. Display on 32. For example, the video determination moving image may be, for example, an image in which the trajectory of the ball is CG processed.

In real world tennis and volleyball, the video determination is executed due to an objection from the player side, but the event generating means may determine to generate the video verification event according to the operation of the controller 31 by the user. According to this game program, it is possible to realize a game of sports competition in which a player challenges the judgment of the referee and requests the video judgment.

The configurations of the first and second embodiments and the modified examples 1 and 2 can be appropriately combined. For example, in the second embodiment, as in the first embodiment, the decision by the referee decision determining means 48 may be executed, or the decision by the event generating means 50 may be executed.

Further, in the first embodiment, the video verification event that can occur when it is decided in step S13 of FIG. 6 that the referee character 73 should proceed without making a valid decision on the foul action is step S12. It may be different from the video verification event when it is determined that the foul-action occurrence position is outside the visual field region R. For example, it is assumed that the referee determination decision means 48 decides in step S13 that the referee character 73 should proceed as if the referee character 73 makes an incorrect decision. In this case, when it is determined by the event generating means 50 that a video verification event is to be generated in response to the foul play, the event generating means 50 determines that the referee character makes an incorrect determination before the video determination moving image. The moving image shown may be displayed on the monitor 32. Further, when the event generation means 50 determines not to generate the video verification event for the foul play, the referee determination display means 43a executes the normal effect process of displaying the normal determination moving image on the monitor 32. Good. Further, in the second embodiment, the moving images displayed on the monitor 32 may be the same in the first normal effect process and the second normal effect process.

Further, the visual field region R may include a region which is a blind spot for the referee characters 73 and 74 by the player characters 71 and 72. Further, in the game data 34b, only the characteristic parameter of the reference umpire character 73 may be stored. The shape of the visual field region R does not have to be a fan shape in plan view, and may be, for example, a circular region in plan view that spreads around the referee character 73 and surrounds the referee character 73. In this case, the view area parameter may be the radius of the view area R.

The division of the visual field region R is not limited to the one described above. The visual field region R is a region within a predetermined distance from the umpire character 73, and the erroneous determination probability value that is set is different from that of the first visual field region R1, and exceeds the predetermined distance from the umpire character 73. It may be divided into a second visual field region R2 which is a different region. Further, the visual field region R may be divided into two or more regions having different erroneous determination probability values. Further, the visual field region R does not have to be divided. Further, the erroneous determination probability value may be the probability that the referee character 73 makes a valid determination, instead of the probability that the referee character 73 does not make a valid determination. The erroneous determination probability value may be calculated by a predetermined calculation formula using the distance between the event to be determined and the referee character.

The decision made by the trial decision deciding means 48 may not be based on the erroneous decision probability value, but may be based on the result of the decision as to whether or not a predetermined condition is met.

The determination by the event generating means 50 does not have to be based on the event probability value, but may be based on the determination result of whether or not a predetermined condition is met. For example, the event generating means 50, in the case of (i), (ii), determines whether the foul-action occurrence position is within the penalty area 66, and if it is within the penalty area 66, the video verification event is detected. It may be decided to generate.

Further, in a competitive game such as a two-play mode in which two or more users compete, in which the game screens viewed by the respective users are different, the virtual camera C exists for each user in the virtual space in the competitive battle. In this case, when the event occurrence position does not overlap any of the imaging regions imaged by the plurality of virtual cameras in the one-on-one battle, the game advancing means advances the competition game as if the event was not determined. You may let me. Further, the game progressing means may advance the competitive game even if the occurrence position of the event does not overlap with the imaging region, assuming that the determination for the event has been made. That is, the game may be advanced by making a determination with respect to an event that cannot be seen by the user through the game screen D.

In addition, a plurality of referee characters may appear in the virtual space, and when an event has occurred in any of the visual field regions of the plurality of referee characters, it is determined that the event has been determined as a battle game. May proceed. Further, the judgments of the plurality of referee characters may be different from each other, and in this case, the final judgment may be decided by the majority vote. In addition, a priority or weight that may affect the final determination result may be set for each umpire character that appears in the virtual space. Further, the physical strength value may be set for each umpire character appearing in the virtual space. For example, in the second embodiment, the visual field area of the assistant referee character may be narrowed as the physical strength value of the assistant referee character is decreased, or the probability that the assistant referee character does not make a valid determination as the physical strength value of the assistant referee character is decreased. May rise.

1: Game system
2: Game device
21: Control unit
31: Controller
32: Monitor
33: Speaker
40: Virtual space generation means
41: Player character control means (matching character control means)
42: Referee character control means
43: Game progression means
43a: Referee judgment display means
44: Event occurrence determination means
45: Field of view moving means
46: Field of view changing means
48: Judgment judgment decision means
49: False decision probability changing means
50: Event generation means
51: Event probability changing means
60: Virtual space
71, 72: Player character (competitor character)
73,74: Referee character
C: Virtual camera
D: Game screen
R, Rb: Field of view

Claims (14)

A display unit that displays an image captured by a virtual camera arranged in a virtual space as a game screen, an operation unit that receives a user operation, and a computer that advances a competitive game in accordance with an operation of the user by the operation unit, A game program to be executed by the computer in a game system comprising:
The computer,
Virtual space generation means for generating the virtual space in which the battle in the battle game is carried out,
A battle character control means for controlling the action of a battle character participating in the battle according to an operation of the operation unit by the user,
Referee character control means for controlling the action of the referee character in the battle,
A visual field area moving means for moving the visual field area set for the umpire character in the virtual space according to the motion of the umpire character, and
When a predetermined event to be determined in the battle occurs during the battle due to the action of the battle character, and the occurrence position of the event is within the visual field area, determination of the event Game advancing means for advancing the competitive game assuming that the event has been defeated, and advancing the competitive game when the occurrence position of the event is outside the visual field region, assuming that the determination for the event has not been made. A game program that functions as,. The game program according to claim 1, wherein the visual field area is set by the opponent character so as not to include an area that becomes a blind spot for the referee character. The game system includes a storage unit that individually stores, for each of the plurality of referee characters, a view area parameter associated with at least one of the size and shape of the view area,
The game program according to claim 1, wherein the visual field area is set based on the visual field area parameter of the referee character. The game system includes a storage unit that stores a field-of-view parameter of the referee character related to at least one of a size and a shape of the field-of-view,
The visual field region is set based on the visual field region parameter,
The game program according to any one of claims 1 to 3, wherein the computer is caused to further function as a visual field changing unit that changes the visual field parameter to change at least one of a size and a shape of the visual field. .. As referee determination determining means for determining whether or not to advance the computer as the one in which the referee character makes a proper determination with respect to the event when the event occurs in the visual field region. The game program according to claim 1, further functioning. The game according to claim 5, wherein the referee determination determining means determines, based on a predetermined erroneous determination probability value, whether or not to proceed with the referee character making a valid determination with respect to the event. program. The game program according to claim 6, wherein the game system includes a storage unit that individually stores the erroneous determination probability value for each of the plurality of referee characters. The game program according to claim 6 or 7, further causing the computer to function as an erroneous determination probability changing unit that changes the erroneous determination probability value. The visual field region includes a first visual field region and a second visual field region,
The erroneous determination probability value is a first probability value set corresponding to the first visual field area, and a second probability value set corresponding to the second visual field area, which is different from the first probability value. The game program according to claim 6, further comprising: Whether the video verification event is generated for the event when the referee decision determining means determines that the computer should proceed as if the referee character does not make a valid decision for the event. If it is determined whether or not to generate the video verification event, the video verification event is caused to function as an event generation unit that causes the display unit to display a moving image imitating a video determination for the event, The game program according to any one of claims 5 to 9. If the computer determines whether to generate a video verification event for the event when the event occurs outside the field of view, and determines to generate the video verification event, As the video verification event, functioning as an event generating unit that causes the display unit to display a moving image imitating a video determination for the event,
Even when the event occurrence position is outside the visual field area, the game progress means makes a determination for the event when the event verification means causes the video verification event. The game program according to any one of claims 1 to 10, which advances the competitive game as. An imaging area imaged by the virtual camera and displayed on the display unit as the game screen changes according to the operation of the virtual camera,
The game progression means, even when the occurrence position of the event is within the visual field region, when the occurrence position of the event is within the region of the visual field region that does not overlap with the imaging region, The game program according to any one of claims 1 to 11, wherein the competition game is allowed to proceed on the assumption that the event has not been determined. When a predetermined event to be determined in the battle occurs during the battle due to the action of the battle character, the game progression means is configured such that when the occurrence position of the event is within the visual field area. , Displaying a normal judgment moving image showing that the judgment for the event is made by the referee character, and when the occurrence position of the event is outside the visual field area, the normal judgment moving image is The game program according to any one of claims 1 to 12, including a referee determination display unit that is not displayed on the display unit. A program storage unit that stores the game program according to any one of claims 1 to 13,
A game system, comprising: a computer that executes a program stored in the program storage unit.

Images