JP6860794B2 - Experience game system, experience game device and program - Google Patents

Description

The present invention relates to an experience game system, an experience game device, and a program, and more particularly to a system that provides an experience game in which a person moves and plays a game in a predetermined area.

There are various game systems that incorporate interactive elements in order to enhance the interest. In Patent Document 1, a plurality of real objects such as dolls and miniature cars are arranged in a play field projected on a desk or floor by a projection device such as a projector, and the movement of the real objects is detected to advance a game or play field. The technology to be reflected in the content of the presentation is disclosed.

In recent years, the performance of projection devices has also improved, and it has become possible to present high-brightness images in a wide range depending on the installation mode. Therefore, it is possible to provide a game such as a so-called experience game in which a person enters the play field and plays the game, instead of targeting a small-scale real object as in Patent Document 1. For example, it is possible to provide a hands-on game in which an image showing how an obstacle moves is continuously projected on the floor surface and a person moves or jumps to avoid the obstacle. ..

Japanese Unexamined Patent Publication No. 2016-091423

By the way, the interest of the experience game changes depending on the number of people who can play at the same time. For example, in a hands-on game that uses a play field projected on the floor as described above, the number of people who can play simultaneously is determined according to the projected area.

On the other hand, as the number of simultaneous players increases, troubles such as collisions between players and falls due to the collisions may occur during the play of the experience game. That is, in a hands-on game in which multiple players play at the same time, it is necessary to consider the safety of the player, and in particular, in the game content in which the player's consciousness tends to concentrate on obstacles on the floor surface as described above, the player However, it became difficult to grasp the surrounding situation, which could increase the risk.

At least one embodiment of the present invention has been made in view of the above-mentioned problems, and provides a hands-on game system, a hands-on game device, and a program that take into consideration the safety of the player's body while ensuring the interest. The purpose is.

In order to achieve the above object, the experience game system according to at least one embodiment of the present invention is an experience game system having a presentation means for presenting an image on a floor surface of a field in which a player can move. The image presented to the field by the presenting means is sequentially updated in content and is configured to include an image element of an obstacle in the field, and the experience game system causes the presenting means to present the image. In the field, there are a generation means for generating an image, a control means for controlling the composition of the image to be presented to be generated by the generation means by executing the process related to the experience game, and a detection means for detecting the position of an object existing in the field. A determination means for determining an existing object and an obstacle based on the position of the object existing in the field detected by the detection means and the arrangement of the image elements of the obstacle presented in the field. The control means has different modes of image elements of obstacles to be included in the image to be presented, depending on the distribution of the positions of the objects existing in the field.

With such a configuration, according to at least one embodiment of the present invention, it is possible to give consideration to the personal safety of the player while ensuring the interest.

The figure which showed the structural example of the experience game system which concerns on embodiment of this invention. The figure which illustrated the game screen presented in the field 400 of the experience game system which concerns on embodiment of this invention. The figure for demonstrating the arrangement of the sensor 200 and the field 400 in the experience game system which concerns on embodiment of this invention. A block diagram illustrating the functional configuration of the PC 100 according to the embodiment of the present invention. A flowchart illustrating a play providing process executed on the PC 100 according to the embodiment of the present invention.

[Embodiment]
Hereinafter, embodiments will be described in detail with reference to the accompanying drawings. The following embodiments do not limit the invention according to the claims, and not all combinations of features described in the embodiments are essential to the invention. Two or more of the plurality of features described in the embodiments may be arbitrarily combined. Further, the same or similar configuration will be given the same reference number, and duplicate description will be omitted.

One embodiment described below includes, as an example of an experience game system, a PC capable of executing processing related to the experience game and generating an image to be projected on a field, a projector for field projection connected to the PC, and a projector for field projection connected to the PC. An example in which the present invention is applied to a system composed of sensors for detecting a player existing in the field will be described. However, according to the present invention, an image including an image element of an obstacle is presented on the floor surface of a field having a predetermined size, and a plurality of players existing in the field collide with the image element of the obstacle (player's). It can be applied to any device capable of providing an experience game including determination of a position (a state in which the position and the position of an image element of an obstacle in a projected image overlap).

<< Configuration of experience game system >>
FIG. 1 is a system diagram showing the configuration of the experience game system of the present embodiment.

As shown in FIG. 1, the experience game system of the present embodiment includes a PC 100 that executes a process related to the experience game, a field (play field) 400 in which a player plays a game, and an experience game generated by the PC 100. It is composed of a projector 300 that projects the image (game screen) onto the floor surface of the field 400, and a sensor 200 that detects the position of an object including a player existing in the field 400.

As shown in FIG. 2, the experience game in which the game play is provided in the experience game system of the present embodiment proceeds by projecting a game screen in which a rectangular image element is arranged as an obstacle onto the field 400. The player can continue the game play by moving so as to avoid the obstacle projected on the field 400. On the contrary, when the avoidance of the obstacle fails, that is, when the position of the player overlaps with the position of the obstacle in the field 400 a predetermined number of times, the provision of the game play is terminated.

The game screen is configured to be updated at a predetermined frame rate to reflect the progress of game play. An interesting element of the experience game of the present embodiment is formed by changing the mode of an obstacle with the passage of time, and the player in the field 400 so as to avoid the obstacle according to the game screen that changes from moment to moment. You can enjoy the gameplay by moving. In the example shown in FIG. 2, rectangular image element groups are arranged so as to form a line segment, and the element group moves to the center of the game screen over time (FIG. 2A), or The display is controlled so that it appears at any time from outside the game screen, such as moving in a specific direction in the game screen (scrolling: FIG. 2B). An open section is provided in the line segment so that the player can easily avoid it by moving, and the player may move after visually recognizing that the open section appears on the game screen.

Moreover, the method of avoiding obstacles is not limited to this. For example, the sensor 200 may be configured to have a sensing range in the height direction as well, and avoids obstacles by moving the player in the field 400 beyond a predetermined height such as jumping or straddling. May be possible. That is, even if the obstacle and the player overlap each other on the two-dimensional plane of the field 400, if the player exists at a position exceeding a predetermined height (not touching the ground). , It may be determined that the avoidance has occurred.

Therefore, in the present embodiment, the sensor 200 is a sensor capable of radial distance measurement such as a laser range finder, and is shown in FIG. 3, for example, in order to enable simultaneous play by a plurality of players. A plurality of sensors may be arranged around the field 400. Although the details will be described later, in the present embodiment, by integrating the distance measurement results from the two sensors 200, not only at which position in the field 400 the object exists, but also whether the existing object is the player. Judge whether or not. In a mode in which the sensor 200 measures the distance from the side of the field 400 like a laser range finder, as is clear from FIG. 3, the rear object shielded by the object existing in the position close to the sensor 200 is Not detected (in the figure, □ and △ are shown at the detection positions of each sensor 200). Therefore, in order to accurately detect the behavior of a plurality of players in the mode of using the sensor 200 in such a mode, it is preferable to increase the number of sensors 200 arranged around the field 400. However, the sensor type of the sensor 200 is not limited to this, and any sensor 200 may be used as long as it can detect the position of the object in the field as at least two-dimensional coordinates.

In the embodiment shown in FIG. 2, the image elements of the obstacle are rectangular, and the obstacle is formed by assembling the image elements, but the implementation of the present invention is not limited to this. It will be easy to understand. That is, the shape of the image element does not have to be limited to a rectangular shape, and may be, for example, another polygonal shape, a circular shape, or a line segment itself.

Further, in the present embodiment, for the sake of simplicity, the image element of the obstacle will be described as having a certain size and moving in the game screen (field) during the play of the experience game. It is not limited to this. That is, in the transition of the game screen, the image element of the obstacle may be presented and controlled so that the size and the moving speed change.

Further, in the present embodiment, the presentation of the game screen on the field will be described as using one projector 300 provided in the sky above the field, but the implementation of the present invention is not limited to this. It will be easily understood. For example, the presentation of the game screen to one field 400 may be performed by using a plurality of projectors 300, or by configuring the field 400 itself with a display device. You may.

Further, in the present embodiment, the experience game system is described as being composed of the PC 100, the sensor 200, the projector 300, and the field 400, but any of these separation modes according to the implementation of the present invention may be used. For example, as described above, the presentation of the game screen to the field 400 does not have to depend on the projector 300, and the detection method of the player in the field 400 does not have to be a method of providing the sensor 200 outside the field. Further, the experience game system may be configured so that a plurality of devices perform the processes and processes that the PC 100 is supposed to perform in accordance with the implementation of the present invention in a distributed manner and cooperate with each other.

<Functional configuration of PC100>
Here, the functional configuration of the PC 100 will be described in detail with reference to the block diagram of FIG.

The control unit 101 is, for example, a CPU and controls the operation of each block of the PC 100. The control unit 101 controls the operation of each block by reading the operation program of each block stored in the recording medium 102, expanding the operation program in the memory 103, and executing the program.

The recording medium 102 is a non-volatile recording device including, for example, a rewritable internal ROM of the PC 100 and an optical disk that can be read via an HDD or an optical drive. The recording medium 102 records not only the operation program of each block but also information such as various parameters required for the operation of each block. In the experience game system of the present embodiment, it is assumed that various data related to the experience game are also stored in the recording medium 102. The memory 103 is, for example, a volatile memory, and is used not only as an expansion area for an operation program of each block but also as a storage area for temporarily storing intermediate data and the like output in the operation of each block.

The acquisition unit 104 is an interface for acquiring information on the detection result of an object existing in the field 400 input by the sensor 200. When the acquisition unit 104 acquires the information of the detection result of the object, it converts it into an appropriate format if necessary and stores it in the memory 103. As described with reference to FIG. 3, two sensors 200 of the present embodiment are provided on one side of the field 400, which is a rectangular region, and each of the sensing directions radially extending from each sensor 200 is provided. Whether or not an object (which blocks light rays) exists, and if so, the distance from the sensor 200 to the object is output as a detection result.

The estimation unit 105 estimates the position of the player existing in the field 400 based on the detection result acquired by the acquisition unit 104. In the arrangement mode of the sensor 200 in the experience game system of the present embodiment, as shown in FIG. 3, an object that first reflects a light ray traveling in each sensing direction is detected from the sensor 200. That is, even if the player is not a player, any object such as an object arranged in the field 400 can be detected by the sensor 200. Therefore, in order to specify at which position the player exists in the field 400, the estimation unit 105 estimates whether the object whose existence is detected is the player based on the distribution of the detection positions of the objects. .. The estimation may be performed depending on whether a predetermined number of detection positions of objects obtained in various directions exist in a region of a predetermined size determined based on, for example, the shape of the human body or the foot.

The determination unit 106 determines a collision between an obstacle on the game screen related to the experience game and the player. More specifically, the determination unit 106 determines whether or not the detection position of the object detected by the estimation unit 105 and the image element of the obstacle are close to each other by, for example, a predetermined distance or less on the game screen. By determining whether or not there is a collision, it is determined.

The drawing unit 107 is, for example, a drawing device such as a GPU, and draws and generates a game screen to be presented to the field 400 based on the progress of the experience game and the result of the collision determination. When the drawing unit 107 generates the game screen, it transmits it to the presentation control unit 108.

The presentation control unit 108 is an interface that outputs the game screen generated by the drawing unit 107 to the projector 300. When the presentation control unit 108 outputs the game screen to the projector 300, the game screen is presented in the field 400.

The operation input unit 109 is a user interface included in the PC100 such as a controller or a globe-type device. When the operation input unit 109 detects that the operation input has been made by the user of the PC 100 or that the operation input related to the start of the game play by the player has been made, the operation input unit 109 outputs a control signal corresponding to the operation input to the control unit 101. ..

The communication unit 110 is a communication interface of the PC 100 for communicating with other devices. The communication unit 110 communicates with, for example, each of the sensors 200 by a predetermined communication method regardless of whether it is wired or wireless, and transmits / receives data.

《Play offer processing》
In the experience game system of the present embodiment having such a configuration, a specific process will be described with reference to the flowchart of FIG. 5 regarding the play providing process executed when providing one game play. The process corresponding to the flowchart can be realized by the control unit 101 reading, for example, the corresponding processing program stored in the recording medium 102, expanding it into the memory 103, and executing the process. It should be noted that this play providing process will be described as being started when, for example, an operation input related to a game play start request of the experience game is made, and is repeatedly performed during the game play.

In S501, the control unit 101 executes the process related to the experience game, and transitions to a state in which the game play of the experience game can be provided in the field 400. When the process related to the experience game is started, the control unit 101 shifts to the play sequence that provides the game play of the experience game after passing through the predetermined preparation sequence. Hereinafter, unless otherwise specified, in the play sequence, processing related to the placement of obstacles is performed for each frame, the drawing unit 107 generates a game screen, and the presentation control unit 108 projects the generated game screen. It shall be controlled so that it is transmitted to 300 and presented. By doing so, the game play of the experience game in the field 400 becomes possible.

In S502, the acquisition unit 104 acquires the result (detection result) of the sensing performed by the sensor 200 for the current field 400 under the control of the control unit 101.

In S503, under the control of the control unit 101, the estimation unit 105 estimates at which position on the field 400 the player is currently present based on the detection result acquired in S502. As described above, the estimation unit 105 estimates whether or not the detection of the object is due to the player, based on the distribution of the positions where the object is present, which is obtained as the detection result. Further, the estimation unit 105 derives the number of players (number of players) currently existing in the field 400 based on the estimation result.

In S504, under the control of the control unit 101, the determination unit 106 determines the collision between the image element of the obstacle on the game screen currently presented in the field 400 and the player. In the collision determination, for example, the coordinates on the game screen indicated by the detection result of the sensor 200 estimated as a player and the area occupied by the image element of the obstacle in the presented game screen are a predetermined distance. It may be done based on whether or not they are close to each other within the range.

Although the description is omitted in the play providing process of the present embodiment, the result of the collision determination performed in this step is, for example, an increase in the acquired score (at the time of success), a decrease in the progress speed (at the time of failure), or an effect display. Etc., it shall be used to control the progress of the experience game. That is, the information of the determination result is used for the progress control of the experience game, and as a result, the state is reflected on the game screen generated by the drawing unit 107 and presented to the player.

In S505, the control unit 101 sets the conditions for the image element of the obstacle to be arranged in the game screen based on the number of players derived in S503. The conditions include, for example, an arrangement frequency indicating the number of image elements of obstacles appearing on the game screen per unit time, an arrangement number indicating the number of image elements of obstacles simultaneously arranged on the game screen, and an obstacle. It may include an arrangement interval indicating the interval of line segments formed by a set of image elements. Here, when the number of players is N, these conditions are, for example, placement frequency = N × frequency coefficient Number of placements = reference placement amount × (maximum number of people who can play simultaneously −N) × placement coefficient (N ≧ maximum number of people who can play simultaneously) (Fixed in case of)
It may be derived by the arrangement interval = reference interval × N × interval coefficient.

In the present embodiment, the above three items are set as the arrangement condition of the image element of the obstacle, but the embodiment of the present invention is not limited to this. That is, the conditions for arranging the image elements of the obstacle may be other conditions as long as they are determined in order to avoid an unexpected accident during game play due to an increase in the number of players. For example, as the placement conditions, the placement density indicating the number of obstacle image elements per unit area of the game screen, the size of the placement obstacle image element, and the movement amount of the placed obstacle image element per unit time are set. The movement speed and the like shown may be included. In other words, the placement condition of the image element of the obstacle according to the number of players is defined so that at least one of the placement frequency, the placement density, the size, the number of placement, the movement speed, and the placement interval of the image element of the obstacle is different. It may be something to do. At this time, in order to ensure the safety of the game play, the placement condition is set so that the larger the number of players, the less the number of collision determinations that occur in one player per unit time. Good. Alternatively, the arrangement condition may be determined so that the ease of avoiding the image element of the obstacle increases as the number of players increases.

In S506, the control unit 101 determines the arrangement of the image element of the obstacle on the game screen next to be presented in the field 400, based on the arrangement condition of the image element of the obstacle set in S505. More specifically, the control unit 101 first determines the arrangement mode of the image element of the obstacle on the game screen already presented in the field 400 based on the progress of the process related to the experience game, and the game screen presented next. Understand the presence or absence of image elements of placed obstacles that disappear from. Then, the control unit 101 identifies the image element of the obstacle that remains on the game screen presented next, and then determines the position and number of the image element of the obstacle to be newly arranged based on the arrangement condition. ..

In S507, the drawing unit 107 generates the game screen to be presented next based on the information on the arrangement of the image elements of the obstacle determined in S506 under the control of the control unit 101.

In S508, the presentation control unit 108 transmits the game screen generated in S507 to the projector 300 under the control of the control unit 101, and causes the field 400 to present the game screen.

As described above, according to the experience game system of the present embodiment, it is possible to provide an experience game that takes into consideration the safety of the player's body while ensuring the interest. More specifically, in order to avoid increasing the difficulty and danger of game play on the field according to the number of players, the arrangement mode of the image elements of the obstacle is controlled to be different according to the number of players.

In the present embodiment, it has been described that the collision determination is performed only on the object presumed to be the player among the objects existing on the field 400, but the implementation of the present invention is not limited to this. The experience game does not have to be in a form in which the player plays the game while walking on the field 400, and may be played by boarding a moving body or the like having a predetermined shape. Alternatively, it is not essential in the practice of the present invention to determine whether the detected object is a player, a moving body on which the player is on board, or the like, and a collision determination is performed on any object existing in the field 400. There may be.

In addition, in the experience game configured so that the difficulty level can be selected for one game play, the placement condition of the image element of the obstacle according to the number of players is set in order to secure the interesting experience that the player can obtain by the game play. For example, it may be as follows. Since the difficulty level of the experience game as described in the present embodiment is determined according to the frequency of collision determination that is assumed to occur with the image element of the obstacle, the player desires the game play. It is preferable that this is guaranteed for the difficulty level. On the other hand, when the number of players increases, the safety of the player may not be guaranteed by arranging the image elements of obstacles that bring about the same frequency of occurrence. Therefore, as for the arrangement condition of the image element of the obstacle to be arranged on the game screen, the number of collision determinations (occurrence frequency) that will occur per unit time in the entire field 400 (game screen) is selected as the difficulty level. It may be determined that the frequency of collision determination is the same as that expected when one player plays a game. That is, the frequency of collision determination on the entire game screen may be controlled so that the difference between the selected difficulty level and the frequency of occurrence that is assumed in advance falls within a certain range.

[Other Embodiments]
The present invention is not limited to the above-described embodiment, and various modifications and changes can be made within the scope of the gist of the invention without departing from the spirit and scope of the present invention. The experience game system according to the present invention can also be realized by a program that causes one or more computers to function as the experience game system. The program can be provided / distributed by being recorded on a computer-readable recording medium or through a telecommunication line.

100: PC, 101: control unit, 102: recording medium, 103: memory, 104: acquisition unit, 105: estimation unit, 106: judgment unit, 107: drawing unit, 108: presentation control unit, 109: operation input unit, 110: Communication unit, 200: Sensor, 300: Projector, 400: Field

Claims (9)

It is a hands-on game system having a presentation means for presenting an image on the floor surface of a field where a player can move.
The images presented in the field by the presenting means are sequentially updated in content and are configured to include image elements of obstacles in the field.
The experience game system is
A generation means for generating an image to be presented by the presentation means, and
A control means that executes a process related to the experience game and controls the configuration of the image to be presented to be generated by the generation means.
A detection means for detecting the position of a player or a moving body on which the player is on the field, and
An estimation means for estimating the number of players or moving objects on which a player is on the field based on the distribution of positions of the player or moving objects on which the player is on the field detected by the detecting means.
With respect to the player or the moving body on which the player is on the field and the obstacle, the position of the player or the moving body on which the player is on the field detected by the detection means and the position of the moving body on which the player is on the field are presented in the field. A determination means for performing collision determination based on the arrangement of image elements of the obstacle, and
Have,
The control means
Depending on the distribution of the position of the player or the moving body on which the player is on the field, the mode of the image element of the obstacle included in the image to be presented is changed .
The greater the number of players or moving objects on which the player is boarded, which is estimated by the estimation means, the more frequently, the arrangement density, the size, the number of arrangements, the arrangement frequency, the arrangement density, the size, and the number of arrangements of the image elements of the obstacle in the image to be presented. experience gaming system at least one of the moving speed and the arrangement interval, to change the manner in which the frequency of occurrence of the collision judgment can be reduced. It is a hands-on game system having a presentation means for presenting an image on the floor surface of a field where a player can move.
The images presented in the field by the presenting means are sequentially updated in content and are configured to include image elements of obstacles in the field.
The experience game system is
A generation means for generating an image to be presented by the presentation means, and
A control means that executes a process related to the experience game and controls the configuration of the image to be presented to be generated by the generation means.
A detection means for detecting the position of a player or a moving body on which the player is on the field, and
An estimation means for estimating the number of players or moving objects on which a player is on the field based on the distribution of positions of the player or moving objects on which the player is on the field detected by the detecting means.
With respect to the player or the moving body on which the player is on the field and the obstacle, the position of the player or the moving body on which the player is on the field detected by the detection means and the position of the moving body on which the player is on the field are presented in the field. A determination means for performing collision determination based on the arrangement of image elements of the obstacle, and
Have,
In the experience game , a predetermined difficulty level is provided for the expected frequency of collision determination.
The control means
Depending on the distribution of the position of the player or the moving body on which the player is on the field, the mode of the image element of the obstacle included in the image to be presented is changed.
The frequency of collision determination assumed for the difficulty level of the experience game for executing the process of changing the aspect of the image element of the obstacle included in the image to be presented exists in the field estimated by the estimation means. line cormorant body feeling game system to fit in a certain range regardless of the number of mobile the player or the player has appeared to. The control means has a player or an arrangement frequency, an arrangement density, a size, an arrangement number, and a movement speed of an image element of the obstacle in the image to be presented according to the number of players or moving objects on which the player is on board. The experience game system according to claim 2 , wherein at least one of the arrangement intervals is different. As the number of players or moving objects on which the players are boarded increases, the control means increases the placement frequency, placement density, size, number of placements, and movement speeds of the image elements of the obstacle in the image to be presented. The experience game system according to claim 3 , wherein at least one of the arrangement intervals is changed to a mode in which the frequency of collision determination is reduced. The experience game system according to any one of claims 1 to 4 , wherein the detection means further detects whether or not the player or the moving body on which the player is on the field is in contact with the floor surface. The determination means is a state in which a player existing in the field or a moving body on which the player is aboard is in contact with the floor surface, and the grounding position and an image of the obstacle presented in the field. The experience game system according to claim 5 , wherein when the distance from the position of the element is equal to or less than the threshold value, it is determined that the elements are colliding. An experience game device that executes a process related to an experience game in which an image is presented by a presenting means on the floor surface of a field in which a player can move.
The images presented in the field by the presenting means are sequentially updated in content and are configured to include image elements of obstacles in the field.
The experience game device is
A generation means for generating an image to be presented by the presentation means, and
A control means that executes a process related to the experience game and controls the configuration of the image to be presented to be generated by the generation means.
An acquisition means for acquiring the detection result of the position of the player or the moving body on which the player is on the field, and
The number of players or mobiles on which the player is on the field, based on the distribution of positions of the player or mobile on which the player is on the field, as indicated by the detection result acquired by the acquisition means. And the estimation method to estimate
Regarding the player or the moving body on which the player is on the field and the obstacle, the position of the player or the moving body on which the player is on the field acquired by the acquisition means and the position of the moving body on which the player is on the field are presented to the field. Judgment means for determining collision based on the arrangement of image elements of obstacles,
Have,
The control means
Depending on the distribution of the position of the player or the moving body on which the player is on the field, the mode of the image element of the obstacle included in the image to be presented is changed .
The greater the number of players or moving objects on which the player is boarded, which is estimated by the estimation means, the more frequently, the arrangement density, the size, the number of arrangements, the arrangement frequency, the arrangement density, the size, and the number of arrangements of the image elements of the obstacle in the image to be presented. at least one of the moving speed and the arrangement interval, sensory game apparatus incidence of collision determination is to change the mode to reduce. An experience game device that executes a process related to an experience game in which an image is presented by a presenting means on the floor surface of a field in which a player can move.
The images presented in the field by the presenting means are sequentially updated in content and are configured to include image elements of obstacles in the field.
The experience game device is
A generation means for generating an image to be presented by the presentation means, and
A control means that executes a process related to the experience game and controls the configuration of the image to be presented to be generated by the generation means.
An acquisition means for acquiring the detection result of the position of the player or the moving body on which the player is on the field, and
The number of players or mobiles on which the player is on the field, based on the distribution of positions of the player or mobile on which the player is on the field, as indicated by the detection result acquired by the acquisition means. And the estimation method to estimate
Regarding the player or the moving body on which the player is on the field and the obstacle, the position of the player or the moving body on which the player is on the field acquired by the acquisition means and the position of the moving body on which the player is on the field are presented to the field. Judgment means for determining collision based on the arrangement of image elements of obstacles,
Have,
In the experience game, a predetermined difficulty level is provided for the expected frequency of collision determination.
The control means
Depending on the distribution of the position of the player or the moving body on which the player is on the field, the mode of the image element of the obstacle included in the image to be presented is changed.
The frequency of collision determination assumed for the difficulty level of the experience game for executing the process of changing the aspect of the image element of the obstacle included in the image to be presented exists in the field estimated by the estimation means. A player or a hands-on game device that keeps the player within a certain range regardless of the number of moving objects in which the player appears. A program for causing a computer to function as a control means of the experience game system according to any one of claims 1 to 6.

Images