JPH11299947A - Virtual game device - Google Patents

Abstract

PROBLEM TO BE SOLVED: To allow a player to play a game with a sense of reality by effectively indicating the contents of pitching and other factors by use of images and voices. SOLUTION: This device has a ball detection means 4 for detecting the position where a ball has passed, storage means 9, 10 for storing picture information for plural patterns in association with a game, a projection means 11 for projecting the picture information on a screen 3 placed in the moving direction of the ball, and a control means 15 for reading the picture information for the optimum pattern from the storage means in accordance with a detection signal from the ball detection means 4 and for feeding the picture information to the projection means 11 so as to project the picture on the screen 3.

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a virtual game device installed in a game center or the like, and more particularly, to a virtual game device capable of displaying information corresponding to a player's ability to realize a realistic game.

[0002]

2. Description of the Related Art Various batting devices and pitching devices have been manufactured as baseball-related playing machines, and game pitching devices for competing for scores by throwing balls are installed in game centers. An example of this pitching device has a strike zone with multiple blocks on the panel to hit the ball, and displays which ball hits which block after the player throws the ball toward this strike zone What is displayed on a container is known. This pitching device includes a coin insertion device, and when a player inserts a required coin, a certain number of balls are provided. Then, when the player throws the ball on the panel, the score is displayed on the display according to the position of the block hitting the strike zone. Thereby, when several people play the game, they can compete for the score, so that they can enjoy the game by pitching.

[0003]

However, the conventional pitching device described above is extremely simple, and the player simply throws the ball at the panel, so that it is not very interesting. In addition, it was not possible to know how effective his pitch was against the batter, so he could not be satisfied as a player. The present invention has been made in view of the above points, and it is an object of the present invention to provide a virtual game device in which a player can play a game with a sense of reality by effectively displaying a pitching content and the like by using video and audio.

[0004]

According to a first aspect of the present invention, there is provided a virtual game apparatus, comprising: a position detecting means for detecting a passing position of a moving object; Storage means for storing information;
Projection means for projecting the moving image information from the storage means on a screen arranged in the moving direction of the moving body, and based on a detection signal from the position detection means, reads the moving image information of the optimal pattern from the storage means, Control means for transmitting moving image information to the projection means and projecting the information on the screen. In the present invention, the moving object is typically a ball, and a pitching device, a toss batting device, a PK device for soccer, a hitch ball device, a tennis device, a hitting device, and the like can be freely constructed.

According to a second aspect of the present invention, there is provided a virtual game apparatus, comprising: a position detecting means for detecting a passing position of a moving object; and a memory for storing a plurality of patterns of moving picture information and sound information corresponding thereto in relation to the game. Means, projection means for projecting the moving image information from the storage means on a screen arranged in the moving direction of the moving object, and moving image information of the optimal pattern from the storage means based on a detection signal from the position detecting means. Control means for reading out and sending the moving picture information to the projection means for projection on the screen, and for reading and outputting necessary audio information. The moving image information of the plurality of patterns includes, for example, a batting video. You. In other words, according to the present invention, a live-action video of a professional baseball player or the like is digitized and stored in the storage unit,
This stored content is edited and reproduced and used as a virtual video. In addition, the video information of a plurality of patterns may include a defensive video, in which case, an infield fly, an outfield fly,
It is preferable to categorize into goro, hit, home run, etc.

According to a third aspect of the present invention, there is further provided a setting means for arbitrarily setting in advance the relationship between the passing position of the moving object and the moving image information projected on the screen. According to the present invention, for example, a home run area, an empty swing area, and the like can be set arbitrarily in a strike zone, so that equipment from advanced equipment to beginner equipment can be freely and easily constructed. In addition, it can be used not only as a game device but also as a training device for a professional baseball pitcher. Further, in the invention according to claim 4, the storage means stores an image of the batter's hitting action and an image of the subsequent hitting ball in accordance with the passing position of the moving object. According to the fifth aspect of the present invention, the storage means stores an image of a hitting operation, a ball catching operation, or an escape operation for the moving object corresponding to the passing position of the moving object.

[0007]

BEST MODE FOR CARRYING OUT THE INVENTION Hereinafter, embodiments of the present invention will be described.
This will be described with reference to the drawings. FIG. 1 is an explanatory diagram illustrating a schematic configuration of the pitching device according to the first embodiment. This pitching device is typically installed in a game corner 1 of a game center, and includes a screen / panel 3,
A position detection device 4, a sensor control unit 5, a fee payment unit 6, a ball supply unit 7, a ball position display 8, a storage device 9 such as a CD deck, a video projector 11, a ball collection device 14, and a computer control device 15. Centrally provided. The game corner 1 divides the interior of a game center into a required size, has a slender shape like a lane in a bowling center, and a plurality of game corners can be provided in parallel. In this game corner 1, the distance from the screen-and-panel 3 for projecting the catcher's figure is set to a length that allows the player 16 to pitch with a sense of reality, corresponding to the pitching mound in the official baseball field. . In the game corner 1, the screen 2 is provided with a shielding curtain 2 and a ball-proofing mat material on the back side of the screen 2, so that the projector 1
1 and effectively prevent noise.

The screen-and-panel 3 is composed of a curtain material and a ball-proof mat material provided on the back surface thereof so as to withstand the impact of a hard ball. In this embodiment, since the projector 11 is fixed to the floor surface 1b, the screen / panel 3 is slightly inclined forward with respect to the wall surface 1a. However, when the projector 11 is fixed to the ceiling. Since the screen / panel 3 is fixed in parallel to the wall surface 1a, it is appropriately selected according to the situation at the site. The screen-and-panel 3 reflects the appearance of umpires, batters, catchers, and the like, but also appropriately reflects cartoon characters, famous professional baseball players, baseball stadiums, and the like. In addition, a strike zone is displayed on the screen / panel 3 so as to be superimposed on the appearance of the catcher, and the strike zones are divided into 3 × 3 and numbered 1 to 9 are given. The position detecting device 4 detects the position of the ball that has passed, and is disposed on the front surface of the screen / panel 3. The position detection device 4 is provided with a plurality of sets of XY sensors in a substantially rectangular body frame, and operates according to a control signal of the sensor control unit 5 to output a detection signal.
The XY sensor is a precise laser sensor including a laser light emitting part and a laser light receiving part. A plurality of sets of laser sensors are arranged in a matrix in the vertical direction and the horizontal direction of the main body frame. is there.

When the laser beam from the light emitting unit is cut off by passing the ball through the position detecting device 4, a detection signal is output from the light receiving unit to the sensor control unit 5. In addition,
In the position detection device 4, a plurality of sets of XY sensors are arranged at equal intervals. However, the strike zones may be densely arranged and the other zones may be roughly arranged to further improve the accuracy of the course. Good. When a detection signal is output from each light receiving unit of the XY sensor, the sensor control unit 5 determines a passing position of the ball based on the arrangement position of the light receiving unit and sends it to the computer control device 15. Thereby, the computer control device 15 can accurately know the height and the course of the ball thrown by the player.

The fee payer 6 supplies a ball in accordance with payment of a game fee, and has a coin insertion slot 6b, a card insertion slot 6d, a display window 6g, and a printer 6f provided on a front surface of a main body 6a. In addition, a ball supply unit 7 is disposed below the fee payment unit 6, and these are disposed at the entrance and exit of the game corner. Further, the fee payment device 6 includes a control circuit including a microcomputer. The coin insertion slot 6b is an insertion slot for paying the game fee by coins, and also has a coin insertion slot 6c so that coins can be paid in addition to the coins. Note that a change return port 6e is also provided below these input ports 6b and 6c. The card insertion slot 6d is for inserting a card in which a fixed amount of fee information is recorded. The card can be purchased in advance at a window of a game center with a fixed amount of fee. The ball supply unit 7 supplies a certain amount of balls when the game fee is paid by the fee payer 6, and stores a discharge port 7a for discharging the ball and a ball from the discharge port 7a. And a storage unit. In the present example, for example, 12 balls are discharged from the discharge port 7a and held in the storage section per game, thereby providing the game player.

The control circuit of the fee payment device 6 performs a change calculation and the like as necessary when the player pays the fee, displays the amount of money to be inserted in the display window 6g, and sends an operation start signal to the computer control device 15. To start the operation of the game. On the other hand, the control circuit of the fee payment unit 6 receives a game start command from the computer control device 15 and gives a ball supply command to the ball supply unit 7. Also, the control circuit of the fee payment device 6 is based on a signal from the computer control device 15,
In addition to displaying the game score and the like on the display window 6g, after the game is over, the printer 6f is operated to print out the result on a sheet and inform the player of the score. In the present pitching device, the amount of money collected per game, the number of balls, and the game time can be set as appropriate.
Collecting ¥ 00 and supplying 15 balls, ending one game in 150 seconds, or collecting ¥ 300 and collecting 12 balls
Settings such as supplying a ball of balls and ending one game in 120 seconds can be freely set through the control circuit of the computer controller 15 or the fee payment device 6. The ball display 8 displays the position of the ball thrown by the player, and includes a rectangular display plate, a plurality of display lights, and a drive circuit. The display panel is divided into nine sections numbered 1 to 9 corresponding to the 3 × 3 strike zones displayed on the screen / panel 3, and the indicator lights correspond to the nine sections. Are arranged. In these nine sections, there are courses in which the strike zone has an inner corner, an outer corner, and a middle course, and each course has a higher, a lower, and a middle difference. Therefore, the nine zones are determined corresponding to these nine types of courses. The drive circuit of the ball display 8 is connected to a computer control device 15, and when a display command signal indicating a course is sent from the computer control device 15, an indicator lamp corresponding to the course is turned on. ing. Note that a speed gun 15 may be installed above the wall 1a.
Will be able to accurately measure the speed of the ball.
Then, the measured speed of the ball is displayed on, for example, a television monitor installed above the fee payment device 6.

The CD deck 9 reproduces video information and audio information recorded on the CD-ROM 10. C
The output of the D-deck 9 is connected to a computer control device 15 so that a video signal is transmitted to the video projector 11 in response to a control signal from the computer control device 15 and an audio signal is transmitted to the amplifier 12. Has become. The video projector 11 is fixed to the floor 1b toward the screen / panel 3, and receives a video signal from the computer
Various images recorded in the ROM 10 are projected on a screen. The CD-ROM 10 records various image data and audio data. For example, as a character of a pitcher, "Yuma Hoshihito" appeared in a manga or an animation, and a famous professional baseball player as a batter or catcher Is recorded. Also, based on whether or not the ball has been thrown into the strike zone, when the ball is out of the strike zone, the batter will be missed, missed, or projected to avoid the dead ball. On the other hand, in the strike zone, the batter swings the bat according to the height of the course, which is different between the inner corner, the outer corner, and the middle where the course is different. Further, background information such as the direction of the hit ball when the batter hits the ball, the field of a famous baseball stadium, the alpine stand, and the like are recorded as video information. The image of a hit ball is divided into a general hit, a hit, and a home run, and each hitting direction has various changes.
For example, the hitting is divided into an infield fly, an outfield fly, and a goro, and the infield fly and the outfield fly have three types: right, center, and left. Also, four types of goro are set: first base, second base, third base, short and pitcher.

[0013] In this example, first, the way of playing the game is displayed in characters, then, after the umpire declares a play ball, a batter appears and after a few swings, the ball is displayed. Have them throw into the game as if to throw them.
After this, an image corresponding to the player's pitching content is displayed,
Make the game progress as if you were in an actual baseball field. In particular, during the progress of the game, the batter swings in accordance with the player's pitching content, the ball flies to the field side when hitting, and the home run ball when hitting a home run is the Alps stand side It is designed to reflect the appearance of flying. The amplifier 12 is also connected to the computer control device 15, receives an audio signal transmitted from the CD deck 9 at the start of the game, and emits sound from the speaker 13. At this time, the sound of the ball being caught by the mitt and the sound of the ball being hit by the bat can be simultaneously output with the image in accordance with the image displayed on the screen / panel 3, thereby enhancing the sense of reality. And effective.

The ball collecting device 14 automatically collects a ball thrown by a player.
b. Then, the collected balls are automatically or artificially transferred to the ball supply unit 7. The computer control device 15 is a device that controls the operation of the entire system, and includes a CPU, a RO,
M and a RAM, and are connected unidirectionally and bidirectionally via the input / output ports according to the above-mentioned units and functions. Further, the computer control device 15 includes an input device such as a display device and a keyboard, so that the ability of the batter projected on the screen can be appropriately set in advance. The setting of the batter's ability is the same as that of the second embodiment described in paragraph 0019. When a signal is transmitted from the control circuit of the ball supply unit 7 and the sensor control unit 5 of the position detection device 4, the computer control device 15 operates the CD deck 9 and the video projector 11, and operates the ball supply unit 7 The ball display 8 and the like are driven to control a series of operations from the start to the end of the game.

Next, the operation of the pitching device will be described. When the player pays the fee with the fee payer 6, an ON signal is transmitted from the control circuit of the ball supply unit 7. Upon receiving the ON signal, the computer control device 15 operates each unit to start a game. First, the ball supply unit 7
For example, 12 balls are supplied per game. When the player stands by with the ball, an image is displayed on the screen / panel 3 by the operation of the CD deck 9 and the video projector 11. Here, as shown in FIG. 2, a figure is displayed in which an umpire appears and declares the start of the game, and then a batter comes out and performs a swing. Then, as shown in FIG. 3, when the player throws the ball when the image is held by the batter, the position is detected when the player passes the position detection device 4, and the position data is sent from the sensor control unit 5 to the computer control device 15. Is done.

The computer controller 15 sends the data of the CD deck 9 to the video projector 11 and the amplifier 12 according to the position of the ball, and displays the corresponding video and sound effect. For example, if you are close to the batter on the in-course, the appearance of avoiding a dead ball is displayed. Furthermore, if it is a slick zone just outside of Outstoko, it will make a blank image. The delicate slick zone is also displayed on the ball display 8, so that the player can throw while grasping the image of the batter and the course of the strike zone. Also, when thrown into the strike zone, raise to each of the inner angle, outer angle, and middle,
Although there are differences in the course, such as low and medium, the batter hits the ball according to the course, and the direction of the hit ball is displayed together with the image of the field. When a hit or home run is hit, the existence of the runner and the score lost are clearly indicated.

On the other hand, when the batter misses and strikes out, the next batter is projected and, for example, the game is finished with a maximum of nine at-bats per team within a predetermined time. As described above, the game is ended by the predetermined number of pitches within the predetermined time, but the result can be known after the game is completed, so that a sufficient satisfaction can be obtained with the pitch. In addition, "T" or "+"
The target can be projected in a form such as the above, the player throws a predetermined number of balls, and the score can be set so as to increase when the ball passes the sensor control unit 5 corresponding to the target. Limiting the number and the number of participants can make the game more interesting.

Next, another embodiment of the pitching device will be described. This pitching device has substantially the same basic configuration as the pitching device shown in FIG. 1, but is characterized in that a position detecting device 4B different from the position detecting device 4 is installed. In other words, the second position detection device 4B is fixed closer to the player than the first position detection device 4, as indicated by the phantom line in FIG. This is to detect how the pitcher's pitch has changed in the vicinity of the batter box 17 and to measure the ball passing speed between the two position detecting devices to accurately know the pitching speed. . As shown by a two-dot chain line in FIG. 1, detection signals from the two position detection devices 4 and 4B are guided to the sensor control unit 5, and the sensor control unit 5
The ball position and the ball passing timing detected at step (1) are sent to the computer controller 15.

In this embodiment, the first position detecting device 4 is provided with 10.times.10 XY sensors only in the strike zone. In consideration of the size of the ball,
10 × 10 laser sensors are arranged such that a strike zone of about 60 cm to 72 cm on one side is formed. On the other hand, in the second position detection device 4B, an XY sensor is spread over the entire range in which the ball will pass. It is to be noted that the main purpose of the second position detection device 4B is to detect the passage timing of the ball, so that it is sufficient to detect the passage position of the ball relatively coarsely.

The laser sensor of the first position detecting device 4
As shown in FIG. 6, the 3 × 3 strike zone is further divided into 9 rows × 9 columns. In this embodiment, the ability of the batter projected by the projector 11 can be set in advance. For example, (5, 4) to (5, 6) represent the home run area,
1) to (6, 3) are hit areas before writing, and (4, 7)
~ (4,9) is the area of hit before left, (9,1) ~
(9, 2) and (8, 8) to (8, 9), the area of the infield goro, (1, 9), (2, 9), the area where the batter runs through
Others can be set like a miss swing area. In the case of a hit before the right or a hit before the left, the batter runs and the game progresses with the first base safe, and in the case of Uchino Goro, the batter runs but the first base is out and the game progresses. An image is projected from the projector 11. As is evident, how to set the home run area and the hit area in the area of 9 rows x 9 columns is arbitrary, so that the pitching device for advanced users to the pitching device for beginners can be freely constructed. Can be.

As described above, the second position detecting device 4B
Has an XY sensor spanning the entire range in which the ball will pass. Therefore, the computer control device 15 determines the type of the ball such as a straight, a shot, a curve, etc., based on the data from the sensor control unit 5, and based on the time difference when the ball passes through the two devices 4, 4B. The speed of the ball.
As described above, according to this embodiment, the degree of change and speed of the ball in the vicinity of the batter's box can be accurately known, so that the pitching device can be used not only for simple game machines but also for advanced training. . Further, the second position detection device 4B can detect the passage timing of the ball, and can also predict to some extent whether the passed ball may hit the batter's face or head. Therefore, for example, when such a near ball is thrown, it is possible to produce an effect such that the face of the batter comes up and gets angry. Although the passage of the ball is detected by the second position detecting device 4B, but the passage of the ball is not detected by the first position detecting device 4, it means that the pitch has fallen out of the strike zone, The umpire declares a "ball," but if this situation continues many times, the batter's face may be raised to make some remarks.

Further, as a third embodiment, the second position detecting device 4B may be arranged closer to the player. In such an embodiment, the operation of the video projector 11 can be started from the moment the ball passes through the second position detection device 4B, so that the batter hits the batting The operation can be started, and a more realistic device can be realized. In addition, the longer the measurement distance, the higher the accuracy of ball speed measurement. Note that if the number of pitches from the balls is totaled, the ball of the player becomes almost clear, and the ball of the first position detection device 4 is determined based on the position of the ball passing through the second position detection device 4B. It is also possible to predict the passing position and display an image corresponding to the predicted ball passing position. For example, when the player throws a practice ball several times, the ball and speed of the player are grasped, and an image suitable for the ball thrown at the optimal timing is displayed on the screen and panel 3.
Can be displayed. As described above, in this embodiment, since the figure of the batter who swings the bat in a timely manner according to the level of the player is displayed, the game can be enjoyed with a sense of reality regardless of the level from amateur to professional.

Although the three embodiments of the present invention have been described above, the present invention is merely described as an example embodying the present invention, and does not limit the present invention. For example, in the screen / panel 3, a description has been given that the ball rebounds. However, the present invention is not limited to this, and the ball may enter the screen. Further, in the embodiment, the case where one or two position detecting devices are provided has been described, but the present invention is not limited to this, and three position detecting devices may be provided. The sensor provided close to the player may simply detect the passage of the ball without detecting the passing position, and the batter may start the hitting operation in response to the passage of the ball. . Furthermore, a first position detecting device for detecting the passing position of the ball and a second position detecting device for detecting the contact position of the ball may be provided. In such a case, the first position detection device
A laser sensor configured to detect the interruption of the laser beam is disposed relatively close to the player, and the second position detection device includes:
It may be constituted by a pressure sensor or the like and arranged on the screen / panel.

In the above, an example in which the present apparatus is applied to a baseball pitching machine has been described. However, an apparatus as exemplified below can be realized by simply changing an image without changing a basic configuration. [Virtual Soccer Realizing a PK (Penalty Kick) Battle] The position detection device 4 is arranged according to the size of a soccer ball, and the soccer goal net is divided into an appropriate area on the display screen. FIG. 7 illustrates a state in which the XY sensors are arranged in four rows and ten columns and the inside of the goal net is divided into nine regions. Compared to the device of the first embodiment, if the position of the XY sensor is changed and the ball collection unit is changed in accordance with the size of the ball and the size of the goal net, then the image displayed on the screen 3 is changed. Just do it. The image displayed on the screen 3 is an image of the keeper holding the corner post (preferably a live-action image of a famous player), but the ball kicked by the player reaches a predetermined area (1 to 9). In such a case, the keeper blocks the goal based on a preset blocking rate.
Note that which goal kick is to be prevented is determined based on a random value.

[Virtual Handball] For a handball, a virtual game can be realized by the same configuration as the virtual soccer described above. [Virtual Dotball] The player of the opponent team is displayed on the screen 3 by a live-action video or an animation video, and an ally player is displayed behind the player. And X
The Y sensors are arranged vertically and horizontally, and the movement positions of the ally player and the enemy player in the video are grasped as coordinate positions by the XY sensors. With this configuration, when a pass is sent to a teammate or an attack is made toward an enemy player, a subsequent image can be selected based on the position of the XY sensor through which the ball passes. For example, depending on whether the ball hits an enemy player or a pass passes on a teammate, a video corresponding to that can be displayed thereafter.

[Virtual Monster Game] A plurality of monsters are moved on the screen 3 by an animation image or the like. Then, a target zone is formed by an XY sensor (for example, regions 1 to 9 in FIG. 7), and if a ball hits when a monster is present in the target zone, the monster will die. However, even if the ball hits, the monster does not die, and, for example, an image that mocks the player is displayed.

[Virtual Darts] A concentric target is displayed on the screen 3, and an angel bunny and a devil bunny are displayed on both sides of the target. The angel bunny has an angel stick with a heart mark at the tip, and the devil bunny has a devil stick with a spade mark at the tip. When the player throws the ball (or dart) toward the target, the position of the ball can be grasped at the position of the XY sensor. Operate the angel rod to prevent it. Then, based on the predetermined rejection rate, in some cases, the devil bunny wins and the dart is bounced, and in other cases, an image in which the dart is stuck on the screen 3 is displayed.

[Virtual Tennis] By arranging a toss machine in addition to the device of the first embodiment and tossing a tennis ball toward a player, a virtual tennis device can be realized. In the case of this device, famous tennis players and animation images are displayed on the screen 3. Then, if the ball from the toss machine hits the ball in front of the player, the opponent will not be able to hit the ball well, while if the ball goes to the left and right of the player, a sharp ball will be hit back. Keep it.

[Virtual Toss Batting] In the above-described virtual tennis embodiment, if a tennis ball is changed to a baseball, a virtual toss batting device can be realized. In this case, for example, a third baseman and a shortstop are displayed on the screen 3, and when the ball is hit back near the defensive position, the captured image is displayed. When the ball is hit back at a location, a hit image is displayed.

[0030]

As described above, according to the present invention,
It makes the player feel as if he or she is actually playing a game. When the present invention is installed in a game center, a realistic game can be enjoyed. On the other hand, when the present invention is provided in a baseball practice field or the like, there is an effect that the player can use it for a full-fledged pitching practice. .

[Brief description of the drawings]

FIG. 1 is an explanatory diagram showing a schematic configuration of a pitching device according to a first embodiment of the present invention.

FIG. 2 is an illustration of a moving image showing the progress of a game projected on a screen.

FIG. 3 is a diagram of a moving image showing an operation of a batter projected on a screen.

FIG. 4 is a diagram of a moving image showing a situation in which a batter hits a ball.

FIG. 5 is a diagram of a moving image showing a direction of a hit ball and a scene of a baseball field.

FIG. 6: 10 × 10 Xs corresponding to strike zones
2 illustrates a state where a Y sensor is arranged.

FIG. 7: 4 × 1 corresponding to soccer goal posts
FIG. 3 illustrates a state where zero XY sensors are arranged.

[Explanation of symbols]

 Reference Signs List 3 screen 4 ball detection means 10 storage means 11 projection means 13 speaker 15 control means

Claims (5)

[Claims] 1. A position detecting means for detecting a passing position of a moving object, a storing means for storing a plurality of patterns of moving image information related to the game, and a screen arranged in a moving direction of the moving object. A projection unit for projecting the moving image information from the storage unit, based on a detection signal from the position detection unit, reads out the moving image information of the optimal pattern from the storage unit, sends the moving image information to the projection unit, and sends the moving image information to the screen. A virtual game device comprising: control means for projecting. 2. A position detecting means for detecting a passing position of a moving object, a storage means for storing a plurality of patterns of moving image information and sound information corresponding thereto in relation to the game, A projection unit for projecting the moving image information from the storage unit on the placed screen; and, based on a detection signal from the position detection unit, reading the moving image information of the optimal pattern from the storage unit, and transmitting the moving image information to the projection unit. Control means for transmitting and projecting the sound information on the screen, and for reading and outputting necessary audio information. 3. The virtual game apparatus according to claim 1, further comprising a setting unit that can arbitrarily set a relationship between a passing position of the moving object and moving image information projected on a screen in advance. 4. The storage device according to claim 1, wherein the storage unit stores an image of a batter's hitting operation and an image of a subsequent hitting ball in accordance with the passing position of the moving object. A virtual game device according to any one of the claims. 5. The storage device according to claim 1, further comprising: a hitting operation, a ball catching operation,
4. The virtual game device according to claim 1, wherein the virtual game device stores a video of the escape operation.