JP3262769B2 - Shooting game device and its calculation method - Google Patents

Description

DETAILED DESCRIPTION OF THE INVENTION

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a shooting game apparatus, and more particularly to a shooting game apparatus for shooting a target on a display using a shooting device, and a method of calculating the same.

[0002]

2. Description of the Related Art Conventionally, a shooting game device which displays a target on a CRT and shoots the target displayed on the CRT with an input device imitating a gun has been widely used. Can actually operate the gun to attack enemies on the screen, so you can enjoy realistic shooting.

In such a shooting game apparatus, the skill of the player is evaluated by competing for the number of hit targets, the hit rate, and the like. However, the skill of the player is reflected in the game time. Was not formed. Therefore, there has been no game formed for the purpose of evaluating the skill of the player based on the time to clear the game or for time attack.

[0004]

On the other hand, in a racing game or the like, a player can shorten the time required to reach a goal by making full use of maneuvering techniques and compete for a clear time. Therefore, the player can enjoy not only the pleasure of operating a racing car or the like but also the pleasure of shortening the clear time.

In an actual shooting battle, when a player or an enemy is moving, the time required for the player to catch the enemy also depends on the skill of the player.
Even when hitting an enemy, the damage to the enemy differs depending on the hit position, and the enemy is attacked for different times.

[0006] Therefore, even in a shooting game, time is an effective factor for measuring the skill of the player.
In addition, by using time as an element, a more sophisticated and exciting shooting game device can be obtained.

The present invention has been made in view of such a problem, and an object of the present invention is to provide a shooting game apparatus capable of competing for a skill of shooting in a clear time.

[0008]

According to the present invention, there is provided a shooting device for shooting at a target displayed on a display, and a target is changed from an enabled state to an disabled state based on an input from the shooting device and a predetermined game program. A game calculation means for performing a shooting game calculation for switching to a game screen and displaying a game screen on a display, wherein the game calculation means sets a plurality of landing areas given different extinction times to the target. Detecting which landing area of the target the landing position by the player's shooting belongs to,
Target erasure determining the disappearance time of the target in accordance with the detection result
Extinction time determining means, and target extinction calculating means for performing an operation of switching the target from the valid state to the invalid state based on the target extinction time determined by the target extinction time determining means, wherein the player has a short target extinction time. By shooting the landing area, the time required for clearing can be reduced.

Further, the present invention is a shooting game apparatus for shooting at a target displayed on a display using a shooting device, and detects to which part of the target an impact position by shooting belongs, by detecting Target extinction time determining means for determining the length of extinction time when the target is switched from the valid state to the invalid state in accordance with the site, and means for switching the target from the valid state to the invalid state based on the target extinction time. It is characterized by including.

[0010] The shooting game apparatus of the present invention is characterized in that the extinction time of the target varies depending on where the bullet hits the target.

Further, the shooting game apparatus of the present invention is characterized in that a motion when the target is hit differs depending on where the bullet hits the target.

Further, the shooting game apparatus according to the present invention is characterized in that the target disappearance time is set shorter when hitting a key point of the target than when hitting another part.

[0013] The shooting game apparatus of the present invention is characterized in that the target disappearance time is set to be shorter when hitting the head of the target than when hitting other parts.

Further, the shooting game apparatus of the present invention is characterized in that a game effect in which when a hit at a crucial point of the target is performed is erased by a flashy play motion as compared with a case where a hit is made at another part.

Further, the shooting game apparatus of the present invention is characterized in that a game effect in which when hitting the head of the target, which disappears in a flashy play motion compared to when hitting another part is performed.

The present invention is also an arithmetic method for a shooting game apparatus including a shooting device for shooting at a target displayed on a display. The method includes calculating a target based on an input from the shooting device and a predetermined game program. A game calculation step of performing a shooting game calculation for switching from an effective state to an invalid state, wherein the game calculation step includes setting a plurality of impact regions provided with different extinction times to the target; Detects which landing area of the target the impact position by belongs to,
Target erasure determining the disappearance time of the target in accordance with the detection result
A dark time determining step, based on the target extinction time determined in the target fading time determination step has a target annihilation operation step for performing an operation to switch to the disabled state of the target from the valid state, the player short landing annihilation time of the target It is characterized in that the time required for clearing can be reduced by shooting the area.

The present invention is also a method of calculating a shooting game in which a shooting is performed at a target displayed on a display by using a shooting device. , the target determines the length of annihilation time to switch to an invalid state from a valid state in response to the detected sites, based on the target extinction time, and switches to the disable state of the target from the valid state.

Further, the calculation method according to the present invention is characterized in that the extinction time of the target differs depending on where the bullet hits the target.

Further, the calculation method according to the present invention is characterized in that a motion when the target is hit is different depending on where the bullet hits the target.

[0020] calculation method of the present invention is characterized in that the target extinction time compared with the case of a hit to the other parts when hit Key points of the target is set shorter.

Further, in the calculation method according to the present invention, the target disappearance time is set to be shorter when hitting the head of the target than when hitting other parts.

Further, the calculation method according to the present invention is characterized in that a game effect is produced in which when hitting a key point of the target, the flashing motion is eliminated as compared to when hitting another part.

Further, in the calculation method according to the present invention, there is provided a game effect in which when the head of the target is hit, it disappears with a flashy play motion compared to the case where the target is hit.

According to the present invention, there is provided a storage medium storing a program to be executed by a CPU of a game apparatus. The shooting medium switches a target from an effective state to an invalid state based on an input from a shooting device and a predetermined game program. A program necessary for functioning as a game calculation means for performing a game calculation for the game and displaying a game screen on a display is stored, and the program includes a plurality of landing areas provided with different extinction times for the target. Target disappearance time determining means for detecting which landing area of the target the impact position by the shooting of the player belongs to, and determining the disappearance time of the target according to the detection result; and the target disappearance time based on the target extinction time determined determining means, switching disable state target from a valid state Characterized in that it comprises a program necessary for functioning as a target annihilation operation means for performing sort operations.

Further, the present invention is a storage medium storing a program to be executed by a CPU of a game device,
Target extinction time determining means for detecting which part of the target the impact position by shooting belongs to, and according to the detected part, determining the length of extinction time during which the target switches from the valid state to the invalid state, A program necessary for functioning as a means for switching a target from an effective state to an invalid state based on the target disappearance time is included.

Further, the storage medium of the present invention is characterized in that it includes a program necessary for changing the extinction time of the target depending on where the bullet hits the target.

[0027] The storage medium of the present invention is characterized by including a program necessary for the motion of the target to be different depending on where the bullet hits the target.

Further, the storage medium of the present invention is characterized by including a program necessary for setting the target extinction time to be shorter when hitting a critical point of the target than when hitting another part.

Further, the storage medium of the present invention is characterized by including a program necessary for setting the target extinction time to be shorter when hitting the head of the target than when hitting other parts.

Further, the storage medium of the present invention includes a program necessary for performing a game effect in which a hit at a crucial point of the target is more flashy than a hit at another part and disappears with a motion. I do.

Further, the storage medium of the present invention includes a program necessary for performing a game effect in which when a hit on the head of the target hits the other part, the game is rendered flashy and disappears with a motion. I do.

[0032]

BEST MODE FOR CARRYING OUT THE INVENTION A shooting game apparatus according to the present embodiment enables a shooting device to shoot at a target displayed on a display, and activates the target based on an input from the shooting device and a predetermined game program. Performing a shooting game calculation for switching from a state to an invalid state, and a game calculation means for displaying a game screen on a display,
The game calculation means includes a timer means for measuring a play time of the game, and detecting whether a part or all of a predetermined target is in an invalid state to determine whether the entire game or the predetermined part has been cleared. A clear determining means for determining, and a score display calculating means for determining a time required for clearing by the timer means and displaying a score based on the time when the clear determining means determines that the entire game or a predetermined portion has been cleared. And competing for the player's performance based on the length of time required to clear a predetermined point or the end of the game.

In this way, in a shooting game, it is possible to compete for the skill of shooting in the clear time, and it is possible to provide a shooting game device capable of enjoying more advanced and exciting shooting.

Further, the score display calculating means includes a recording storage means for storing a record of the past clear time of the player;
A comparison result calculating means for displaying a score by comparing the player's clear time with a past record stored in the record storage means may be included.

In this way, it is possible to display the results in comparison with the past clear time. In addition, as a result displayed by the comparative result calculating means, a ranking or a time difference from a past record may be used as necessary.

Therefore, the player can make a relative evaluation of his or her own clear time, and since his or her own performance is stored as a record, a player can use a shooting game device that can enjoy better performance. Can be provided.

Further, the game calculation means sets a plurality of impact areas provided with different extinction times on the target, and detects which impact area of the target belongs to the impact position by the shooting of the player. the detection result and the target extinction time determining means for determining a disappearance time of the target in accordance with, based on the target extinction <br/> time determined of the target disappearing time determining means is switched to the invalid state of the target from the valid state operation And a target extinction calculating means for performing the elimination , and the player can shorten the time required for clearing by shooting a landing area where the extinction time of the target is short.

In this manner, the skill of the player can be reflected in the target extinction time. Elimination of target
For example, when shooting an enemy character, the dead time refers to the time from when a bullet hits the enemy character until it is completely eliminated, etc. Progress will be delayed.

That is, the target extinction time is an important factor that determines the player's clear time in a game in which the player can compete for the ability to shoot by clear time.
Players must accurately target the enemy's key points in order to get good time. Therefore, it is possible to provide a shooting game apparatus capable of competing for the skill of shooting in the clear time reflecting the skill of the player.

It is preferable that the target extinction calculating means calculates a motion which is an operation for switching the target from the valid state to the invalid state in accordance with a portion to which the impact position detected by the target extinction time determining means belongs. In this way, not only the time at which the target is hit but also the action at the time of hitting is reflected on the game screen in accordance with the landing position, so that a shooting game apparatus with more richness can be provided.

Further, the target extinction time determination means is characterized in that the target extinction time is shortened by the player's follow-up.

In this way, even when the player's bullet hits a target other than the critical point, the time required for the target to switch from the valid state to the invalid state can be shortened by hitting the bullet. Therefore, the player can provide a shooting game device that can reduce the time required for clearing even if it is not necessary to make a shot, and compete with the skill of shooting by the time required for clearing.

Further, the score display calculating means is based on the play time measured by the timer means, and is an area which is a time required to clear an area from a predetermined point in the game or a predetermined point during the game to another predetermined point. An area result display calculation means for calculating a time and displaying a result of each area based on the area time is provided.

In this way, the player can know not only the results of the time required for clearing the game from the start to the end of the game, but also the results of the time required for clearing the area in the middle. Therefore, it is possible to provide a shooting game device which allows the user to know more detailed information on his / her own time.

When the game is divided into several areas by setting the predetermined points at good points in the game and setting the area according to the content of the game, the player can It is preferable because the performance of each area can be known.

The area score display calculating means sets an area score display area for displaying the score of the area in the game screen when the area ends in the middle of the game, and displays the score of the area together with the game screen. It is characterized by the following.

According to this embodiment, the results of the area can be displayed not only at the end of the game but also at the end of each area. Therefore, the player can immediately know the score in the area at the end of each area.

In this way, the player can take a shot in the next area based on the result of the finished area, and can enjoy the play continually during the game and conscious of the time required for clearing. Can be provided.

Further, since the result display of the area is displayed together with the current game screen, for example, overlapping the game screen or displaying a part of the game screen, the player feels unnatural interruption. You can advance the game without playing.

In particular, in a game in which there is a section in which a player cannot input between the areas, a result of the area is displayed on the game screen of the section. The section can be used more effectively. By doing so, it is possible to provide a shooting game device that enables the player to enjoy the game without being hand-held even in a section where input is not possible.

The present embodiment is also directed to a method for calculating a shooting game apparatus including a shooting device for shooting a target displayed on a display, and based on an input from the shooting device and a predetermined game program, A game calculation step for performing a shooting game calculation for switching a target from an effective state to an invalid state, wherein the game calculation step includes a step of measuring a play time of a game, and a plurality of times wherein different extinction times are given to the target. Setting an impact area, detecting which impact area of the target the impact position of the player belongs to, and determining an extinction time of the target according to the detection result in the step; Target determined in Based on fading time, by detecting and performing an operation to switch to the disabled state of the target from the valid state, whether a part or all of a given target to an invalid state, the game all or a predetermined portion is cleared When it is determined that the entire game or a predetermined portion has been cleared in the clear determining step, the time required for clearing is determined based on the play time measured in the step,
And a result display calculation step of displaying a result based on the time.

Therefore, it is possible to provide a method of calculating a shooting game apparatus which allows relative evaluation of the player's own clear time and reflects his / her skill.

Next, a preferred embodiment of the present invention will be described in detail with reference to the drawings.

FIG. 1 is an explanatory perspective view showing the appearance of a shooting game apparatus to which the present invention is applied. In this shooting game apparatus, a display 12 is provided inside a housing 10 toward a player P. The display 12 is of a raster scanning type, and a CRT is used in the present embodiment.

A gun case 14 is provided on the front surface of the housing 10 so that a gun 20 is housed therein. The gun 20 is connected to the housing 1 via a cable.
0 is configured to be connected to the internal circuit.

A coin slot 16 is provided below the housing 10. When a player inserts a coin and presses the start button 18, a shooting game is started.

When the player P holds the gun 20 and heads toward the display 12, a game screen is displayed on the display 12. The player can enjoy the shooting game by aiming at the targets displayed one after another on the game screen and operating the trigger button.

In the game device according to the embodiment of the present invention, a foot-operated input unit 30 is provided at a position connected to the lower part of the front surface of the housing 10 so that the player can operate it with his / her feet.

FIG. 2 shows a circuit configuration of a shooting game apparatus according to an embodiment of the present invention.

The shooting game apparatus according to the present embodiment is formed so that the game PCB 40 calculates a game screen in which targets having various attacking capabilities appear one after another in accordance with a predetermined game program, and displays it on the display 12. .

The game PCB 40 includes a game calculation unit 1 for calculating a game screen according to a predetermined game program.
10, an image synthesizing unit 120 for displaying the calculated game screen on the display 12, and a voice synthesizing unit 130 for synthesizing and outputting an audio signal according to the game development to the speaker 50.
And functions as game calculation means.

The game operation section 110 has a start button 1
The game is started based on a signal from the operation unit 11 such as 8.

When the player shoots a target using the gun 20, the game calculation section 110 detects the landing position. When the position of the impact point matches the position of the target, it is determined that the bullet has hit, and a screen in which the bullet hits the target is displayed as an image, and the player visually enjoys whether or not the target hits the target. be able to.

The foot-operated input unit 30 is formed to include a pedal 32 on which the player performs a stepping operation by placing his / her foot, and a pressure sensor 34 for detecting a pressure applied to the pedal 32. Is formed so as to detect a pressure value generated by stepping on the pedal.

The method of detecting the depression of the pedal 32 in the foot operation type input unit 30 includes ON, OF,
It may be formed using a switch for detecting F.

The pressure value detected by the foot operation type input unit 30 is input to the game operation unit 110,
At 0, a game calculation in an attack state and a defense state described later is performed according to the pressure value.

Here, a configuration will be described in which, when the trigger 26 of the gun 20 is operated, the game calculation section 110 detects the impact position on the display 12.

A light receiving portion is formed on the barrel of the gun 20. That is, the barrel of the gun 20 has a hollow shape, a lens 22 at the tip of the barrel, and a light receiving sensor 24 at the back.
Is provided, and the light 210 from the barrel direction is received by the light receiving sensor 24.
It is configured to detect by using.

The light receiving sensor 24 is connected to the display 12
Is provided such that a detection area 200 having a diameter of about several centimeters is set. Then, when the raster scanning of the display 12 passes through the detection area 200, the light receiving sensor 24 outputs a detection pulse to the game calculation unit 110.

When the player aims at the target and operates the trigger 26, the trigger signal is transmitted to the game operation unit 1
Then, the game calculation unit 110 sends flash screen data so that the image synthesis unit 120 flashes the display 12 for position detection at the next inter. The light receiving sensor 24 outputs a detection pulse when the raster scanning on the display 12 is performed with a light amount equal to or more than a predetermined amount. Since the game calculation unit 110 performs the position calculation in response to the detection pulse, when the display 12 is flashed for position detection, when the flash screen is displayed, the game calculation unit 110 receives the detection pulse input from the light receiving sensor 24. Based on the horizontal and vertical raster scanning positions at the time, the X and Y coordinates representing the landing position on the screen are detected. The game calculation unit 110 is configured to determine whether or not the landing position matches the hit area of the target, and perform a game effect for hitting or a game effect for missing.

The technique for detecting the impact position on the display 12 in this way is disclosed in detail in Japanese Patent Application No. 6-285555 filed earlier by the present applicant.

In this way, when shooting an enemy, by flashing the screen, the impact position at the time of the trigger operation of the gun 20 is detected using sufficient brightness without being influenced by the contents of the display screen. The target is hit or missed.

Next, the outline of the content of the game performed by the shooting game apparatus of the present embodiment will be specifically described.

FIGS. 7A and 7B show the structure of a game played by the shooting game apparatus of the present embodiment and the specific contents thereof. The game played on the shooting game device of the present embodiment is shown in FIG.
As shown in the figure, the stage is composed of a total of three stages, and each stage is composed of four areas. This area is composed of four to five shooting points to be described later.

For example, the stage 1 is composed of four areas 480-1 to 480-4 as shown in FIG. When moving from one area 480 to the next area 480, the setting is such that the player moves from place to place.

Further, in the shooting game of the present embodiment, the player is configured to attack an enemy character appearing on the display screen while receiving an attack from the enemy character.

Accordingly, the player uses the foot-operated input unit 30 to selectively use the attacking state and the defensive state, and performs a gunfight with the enemy character. The attack state is a state in which the player can damage the enemy character by attacking the enemy character while being exposed to the attack of the enemy character, and the defense state is a state in which the player hides or avoids the enemy character. It is in a state of dodging the character's attack and danger. Such a shooting battle is performed for each shooting point, and when an enemy character there is annihilated, the game proceeds to the next shooting point.

FIGS. 3 to 5 show the shooting points of the shooting screen of the shooting game apparatus of the present embodiment and the game screens in the attacking state and the defense state.

In the upper center of the game screen, the remaining time 380 of the game is displayed. This remaining time 380 decreases in real time as the game progresses,
Then the game is over. Also, at the bottom left of the screen,
Life 390 is displayed, and this life 390 is
Six are given at the start of the game, and are reduced by one each time an enemy character receives an attack. At the bottom right of the screen, there are 370 remaining ammo and timer 400 for time attack.
Is displayed. The former indicates the number of bullets that the player can attack at one time. When the number of bullets reaches 0, the player must release the pedal 32 and reload as described later. The latter indicates the play time since the start of the stage, and the skill can be evaluated by the total time when the game is cleared.

At the shooting point on the game screen of FIG.
The shadow of the two wooden boxes is the player battle position 310, and the player shoots with the enemy character located at the enemy character battle position 320 on the right side of the screen in FIG. 3 while hiding behind the wooden box to avoid bullets of the enemy character. Is set to be performed.

However, since the real player is separated from the virtual three-dimensional game space where the enemy character displayed on the screen exists, the shooting player of this embodiment places the virtual player in the game space. (It does not appear on the game screen), the player is a foot-operated input unit 3
By inputting the attack state and the defense state from 0, the position of the virtual player is changed to the attack or defense state, and the enemy character is formed so as to fight with the enemy character. Is displayed.

When the game is started, a screen in which the shooting point is overlooked as shown in FIG. 3 is displayed on the game screen as a view image of the virtual player. The point of view of the virtual player is
As shown in FIG. 3, the shooting point gradually moves from the bird's-eye view position overlooking the shooting point to the player battle position 310 for performing a gun battle, and a visual image of the virtual player in the meantime is displayed on the game screen. During this movement, the non-combat state in which neither the player nor the enemy character 330 can attack is set, and inputs from the gun 20 and the foot-operated input unit 30 are not accepted.

When the movement is completed, the virtual player is positioned in the player battle position 310 behind the wooden box 340 in the defense state, and the battle starts.

FIGS. 6A and 6B are side views showing the positional relationship of the virtual player 300 in the virtual three-dimensional game space. FIG. 6A shows a defense state, and FIG. 6B shows an attack state. Is represented.

In the defense state, the virtual player 300 has a positional relationship as shown in FIG. 6A with respect to the wooden box 340, and the virtual player 300 shown in FIG.
A game screen which is a view image viewed from the viewpoint position 302 of 00 is displayed as shown in FIG.

In the shooting game apparatus of the present embodiment, when the player is stepping on the foot-operated input unit 30, the player is in an attacking state, while the player is releasing his / her foot from the foot-operated input unit 30, or When the stepping action is released with the foot on, the state is the defense state.

When the battle starts, the enemy character 330, which can be seen from the gap in the wooden box, starts shooting, but if the player is instructing a defense state (a state in which the foot-operated input unit 30 is not depressed), The virtual player 300 is shown in FIG.
Since it is hidden behind a wooden box as shown in (A), it is possible to protect itself from the attack of the enemy character 330. That is, the defense state is formed so that the player cannot be attacked by the enemy character but cannot attack the enemy character. However, since there is a limit to the time given for one play, the player has to defeat the enemy character from behind a wooden box, aiming for an opportunity for the enemy character to attack. Therefore, when the player steps on the foot-operated input unit 30 with one of the feet, the virtual player 300 goes out of the shade to take an attacking posture and is positioned as shown in FIG. 6B. At this time, the viewpoint position 30 of the virtual player 300 shown in FIG.
A game screen as a view image viewed from the position 2 is displayed as shown in FIG. In such an attack state, the player can attack the enemy character 330, but the enemy character 330 can also attack the virtual player, and the virtual player is configured to be damaged if hit. .

When the player stops stepping on the foot-operated input unit 30 in order to avoid an attack by the enemy character, the defense state is established again.

Further, in the shooting game apparatus of the present embodiment, the attacking ability of the enemy character 330 is initially low after the player enters the attacking state, and the attacking ability of the enemy character 330 gradually increases after a while. When you enter the state and start attacking again,
The attack ability of the enemy character 330 is configured to be reset.

Further, in the shooting game apparatus according to the embodiment of the present invention, the game is set so that the player uses six consecutive guns, and the number of bullets that can be fired at one time is six. So if the player fires 6 shots,
It is configured such that a bullet is exhausted and the enemy character can no longer be attacked, and once the reloading is performed by shifting to the defense state, the attack must be started again.

When the player defeats the enemy located at the shooting point while using the offensive defense in this way, the player moves to the shooting point set at or near the shooting point, and the enemy appears there and the shooting battle is resumed. Be started. As described above, 4 to 5 such shooting points are prepared in one area, and when all of them are cleared, the player moves to the next area. It should be noted that it takes about 5 seconds to move from this area to the next area, and is positioned as a non-combat state in the same way as the above-described movement from the start of the game to the first shooting point. Then, on the game screen, a view image while the virtual player is moving is displayed.

As described above, in the shooting game apparatus according to the embodiment of the present invention, it is determined that it is better for the player to switch the attack and defense at an appropriate place, and the game is set so that the attack or defense is switched naturally. ing.

Therefore, the player can enjoy shooting in a gun battle while properly using the attack state and the defense state according to the battle situation in the game space.

Conventionally, such a shooting game device is formed so as to evaluate the skill of the player by competing for the number of hit targets, the hit rate, and the like.
The game's clear time was not an issue. This is because in the conventional shooting game device, the skill of the player was not formed so as to be reflected in the game time.

However, in the shooting game apparatus of the present embodiment, it is necessary to adjust the necessity of shifting to the defense state to prevent reloading and increase of the enemy's attack ability, and the time loss caused by shifting to the defense state. It is necessary to use different types of attack and defense, and the time required to clear the game depends on the skill of the player.

Next, the time attack mode specific to the shooting game apparatus of the present embodiment will be described.

The shooting game device of the present embodiment has a story mode and a time attack mode. The story mode is a mode in which all three stages shown in FIG. 7A are sequentially advanced, and a game is played while enjoying a story.

[0098] The time attack mode is a mode in which one stage is selected and the time until the stage is cleared is competed. In this mode, there is no limit on the life (how many shots you may take), and you only compete for the time to clear one stage, but if you can not clear it within the time limit (180 seconds), the game will be over. The player selects a time attack mode at the start of the game, selects a stage on which the player wishes to perform a time attack, and starts a time attack.

During the time attack, the player uses a time attack timer 400 displayed at the lower right of the game screen.
You can know the play time up to now. In addition, when one stage is cleared, or when the game is over due to being unable to clear within the time limit, a stage result screen 600 shown in FIG. 9 is displayed, and the player uses the stage result screen 600 to display his / her own results and results. You can know. The stage result screen 600 shows an area time 610, which is the clear time of area 1,
Area time 620 which is the clear time of area 2, area time 630 which is the clear time of area 3, area time 640 which is the clear time of area 4 (which is indicated as BOSS because it is an area against the boss), and stage 1 Stage time 65 which is the clear time of
0, difference from the time to the top 660, ranking display 6
70 is displayed.

As described above, by displaying the area time of each area, the player can know not only the clear time from the start to the end of the game but also the clear time of the area in the middle. Therefore, it is possible to provide a game device that can enjoy a time attack in each area.

Further, in the shooting game apparatus according to the present embodiment, in the non-combat state in which one area ends and moves to the next area, that is, in the area result screen display 490 of FIG. 7B, the area shown in FIG. Result screen 50
0 is displayed. The area result screen 500 overlaps with a screen displaying a view image accompanying the movement of the viewpoint of the virtual player, and the area time 510 that is the clear time of the area and the best time that is the difference from the earliest time in this area. The difference 520 from the time is displayed.

In this way, the player can clear the performance of each area immediately after clearing each area. Therefore, the player can flexibly face the next area based on his or her shooting situation in the finished area and the clear time.

Next, a configuration for realizing the function of displaying the results in the time attack as described above will be described.

In the time attack mode, since the play time becomes a problem, the game calculation section 110 detects the timer section 111 for measuring the play time of the game and detects whether or not all predetermined enemy characters have been disabled. A clear determining unit 118 that determines whether the entire game or a predetermined portion has been cleared;
When it is determined that the entire game or a predetermined portion has been cleared, the timer means calculates the time required for clearing, and includes a score display calculation unit 112 for displaying a score based on the time. Further, the score display unit 112 has a clear time display calculation unit 115 for calculating and displaying the clear time of each area and stage in order to display the clear time of the current game. In order to display the results by comparing the past record with the past record, the record storage unit 114 for storing the record of the past clear time of the player, and the current clear time and the past record stored in the record storage unit 114 are stored. And a comparison result calculation unit 113 for displaying the results based on the comparison result.

Note that the comparison result calculation section 113 and the clear time display calculation section 115 are formed so as to function as area result display calculation means when displaying and calculating the results of each area.

The timer section 111 measures the game time from when the virtual player is positioned at the shooting point in the first area to when the last area in the stage ends or when the time limit comes and the game is over. It is formed so that.

The clear determination unit 118 determines whether the entire game or a predetermined portion has been cleared by detecting whether or not all the predetermined enemy characters have been invalidated. The clear determination unit 118 according to the embodiment includes an enemy character information storage area for storing information on an enemy character and a state determination area for setting whether the enemy character is in a valid state or an invalid state. The enemy character information storage area includes an information area for storing identification data of the enemy character, and an information area group for storing information on shooting points, areas, and stages to which the enemy character belongs. In the information storage area of the enemy character, enemy character information about which enemy character appears at which shooting point in which area of which stage is set, and in the state determination area, the enemy character is initially set to a valid state. Have been.

[0108] Then, the clear determination unit 118 receives the disappearance information of the enemy character from the target disappearance time determination unit 116 described later. The disappearance information is information including identification data of the hit enemy character, data indicating that the enemy character has been hit, and time data until the enemy character disappears. In the case where there is a hit by the after-hit, the identification information of the enemy character hit by the after-hit, data indicating that there is a hit by the after-hit, and the disappearance information including the shortened time to the disappearance are provided. receive.

The clear determining unit 118 receives the disappearance information of the enemy character, and when the disappearance time of the enemy character has elapsed and the enemy character has been decided to disappear, the state determination area of the corresponding enemy character is set to an invalid state.

If there is a hit due to a blow, the clear determining unit 118 uses the previously received extinction information of the enemy character before setting the state determination area of the enemy character to an invalid state. Extinction information is received. Normally, if there is a hit due to a hit, a short extinction time is set,
According to the disappearance information, the state determination area of the enemy character is set to the invalid state earlier.

[0111] The clear judging section 118 determines each shooting point,
When all invalid states are set in the state determination areas of the enemy characters belonging to each area and each stage, it is determined that the shooting point, area, and stage have been cleared.

When the clear determination unit 118 determines that each area and each stage have been cleared, the clear time display calculation unit 115 displays the stage result screen shown in FIG. 9 based on the game time measured by the timer unit 111. The image synthesizing unit is instructed to display a stage time 650 of 600 and an area time 510 of the area result screen 500 shown in FIG.

The clear time display calculation section 115 is provided with a time attack timer 400 displayed on the game screen based on the game time measured by the timer section 111.
Is formed so that the image synthesizing unit gives an instruction to display the display time.

Note that the game time measured by the timer unit 111 is the entire game time including the non-combat time, but the stage time 650 for which the clear time display calculation unit 112 instructs the display includes the non-combat time. There is no play time. That is, the stage time 650 is, strictly speaking, a play time that does not include the non-combat time until the end of the last area in the stage. In the non-combat state, the player cannot perform attack defense,
In the shooting game apparatus according to the present embodiment, the clear time is not counted.

Therefore, the clear time display calculation unit 115
When instructing the image composition unit to display the time attack timer 400 on the game screen in real time,
Since the non-combat time is also included in the play time measured by the timer unit 111 in the area after the first area, the time excluding the non-combat time is calculated, and the time is displayed.

That is, the non-combat time (from the end of a certain area to the position at the shooting point of the next area) is a preset value (set to 5 seconds in the shooting game apparatus of the present embodiment). , The play time measured by the timer unit 111 in the I-th area is T,
If the play time that does not include the non-combat state is P, and the area travel time that is the non-combat time is E, then when I = 1, when P = TI ≧ 2, it is calculated as P = T−E × (I−1). You.

At the end of the game, the comparison result calculating section 113 displays a time difference 660 from the top of the stage result screen 600 shown in FIG. 9, a ranking display 670, and at the end of each area, the area result screen 500 shown in FIG.
The image synthesizing section is instructed to display the difference 520 from the best time.

At this time, the ranking calculation performed by the comparison result calculation unit 113 is performed by comparing with the record of the game performed in the past. Records of the stage time and the area time are held.

Accordingly, the comparison result calculation section 113 performs a comparison calculation between the past stage time and area time stored in the recording storage section 114 and the current stage time and area time, thereby obtaining the time with the top. The difference 660, the ranking display 670, and the difference 520 from the best time are obtained.

FIG. 10 is a flowchart showing a procedure for displaying a result in the shooting game apparatus according to the present embodiment.

First, a shooting calculation is performed in each area (step 10). When the game is not cleared (step 20) or the time limit is exceeded (step 30) and one of the areas 1 to 3 is cleared (step 10). 40), the area result screen 500 shown in FIG. 8 is displayed, and the area result is displayed (step 50). Then, a shooting operation in the next area is performed (step 60).

While the clearing of any one of the areas 1 to 3 is not performed (step 40), the shooting calculation is continuously performed in the area (step 6).
0). If the time limit is exceeded before clearing all the areas (step 30), the stage result screen 600 shown in FIG. 9 is displayed, and the stage result is displayed (step 80). Then, the game ends (step 90), and the ranking of the top performers up to the present is displayed (step 100).

When the four areas are cleared within the time limit (step 20), a clear screen displaying game clear is displayed (step 110), and then a stage result screen 600 shown in FIG. 9 is displayed. Then, the stage result is displayed (step 120). If the player's score is within the 20th place (step 13
0), the player makes a name entry (step 1)
40), the game ends (step 90), and the ranking of the top performers until now is displayed (step 1).
00).

Next, the extinction time of the enemy character, which differs depending on the landing area specific to the shooting game device of the present embodiment, the stricken action and the follow-up will be described. Note that disappearance means that the enemy character is in an invalid state, and disappearance time means the time when the enemy character switches from the valid state to the invalid state when a bullet hits the enemy character.

In the shooting game apparatus of the present embodiment, the time until the enemy character disappears depends on the impact area, that is, where the bullet of the player hits the enemy character. FIG. 11 is a game screen when a player bullet hits an enemy's head, and FIG. 12 is a game screen when a player bullet hits an enemy foot.

In other words, when hitting a key point such as the head, the time until the disappearance is short, and the game effect of disappearing with a flashy motion is performed. When hitting other parts, the time until the disappearance is long, A game effect that tells the player that he / she has left the key point in a sobering motion. That is, as shown in FIG. 12, the player performs motion display of the enemy character so that the bullet shot by the player can hit the foot of the enemy character.

FIG. 13 is a diagram showing an impact area of an enemy character. Basically, the landing area of the enemy character is head 71
0, torso 720, right arm 730, left arm 740, right foot 75
0, the left foot 760 is divided into six parts, and the time until the enemy disappears and the motion when the enemy is killed differ depending on where the player's bullet hits the six parts. That is, as shown in FIG. 13, when the player's bullet hits the head 710 of the enemy character,
Disappear at the interchange. Also, when hitting the torso 720, 80 inter, right arm 730, left arm 740, right foot 750,
When hitting the left foot 760, it takes 90 inters to disappear, and when hitting other than the head, the time is lost. Therefore, the player must accurately aim at the enemy's vital points in order to set a good time.

Further, the shooting game device of the present embodiment is formed so as to be able to hit after another. In other words, when a bullet hits a part other than the head 710, the time until the bullet disappears is relatively long, but the player can perform a follow-up shot during that time. In other words, after the first hit, if the follow-up performed within a predetermined time further hits the enemy character, the enemy character performs a motion receiving a bullet again, and the time until disappearance is reduced. FIG. 14 is a diagram for explaining the effect of shortening the extinction time by the follow-up.

As shown in FIG. 14, when the player's bullet hits the head of the enemy character with one shot, 810 has the shortest extinction time, and when the first hits the torso or the left and right arm and leg, 820, The extinction time becomes shorter in this order. First, if two more hits hit 830, then one more hit
The time 840 is the case where the hit is the first hit, and the longest is the time 850 where the hit is not performed or the hit is not hit.

If the first shot hits, the enemy character disappears after a certain period of time even if no beating is performed. Therefore, in order for the beating to contribute to a reduction in the time until the enemy character disappears, a predetermined time is required. Need to be done in time. FIG. 15 shows that the predetermined time for receiving the second shot is the second reception time and the predetermined time for receiving the third shot is the third reception time. FIG. 7 is a diagram showing a specific example in which time is shortened by doing so.

First, if the first shot hits the body of the enemy character 910, and if no follow-up is performed, the enemy character disappears 930 after 80 inters. However, during the second shot reception time (40 inters) 920, the second hit is hit 940, and the enemy character disappears 960 40 inters after the hit. That is,
For example, if the second shot is performed 20 inters after the first shot, the enemy character disappears 960 after 20 inters and 20 + 40 from the first shot.

Further, 950 when the second hit is hit, and 950 within the reception time of the third shot (20 inters) 950, and 970 when the third hit is hit, and the enemy character 20 inters 20 hours after the hit Disappears 9
60. That is, for example, if the third shot is performed 10 inters after the second shot, the second shot from the first shot is 2
The enemy character disappears 990 after 50 inters at 0 + 10 + 20.

As described above, even when the first shot of the player hits a place other than the target's vital point, the follow-up
Since the time for disappearing the target can be shortened, the player is formed so as to be able to shorten the clear time even when it is not necessary to make a single shot.

Further, in the shooting game apparatus of the present embodiment, the enemy character is formed so that the motion is different depending on the hit area. FIG. 16 is a diagram showing the relationship between the motion of the enemy character (that is, the motion when being crushed) at the time of hitting and at the time of a follow-up.

First, when the first hit hits an enemy, a motion corresponding to that part is performed. Three types of motions are given for each of the secondary and tertiary motions at the time of the follow-up, and are formed so as to be randomly selected from these and displayed as shown in FIG.

Next, a description will be given of a configuration for realizing the extinction time of the enemy character which differs depending on the impact area and the function of the hitting action and the follow-up shot.

In order to realize the above-described function, the game calculation section 110 detects to which landing area of the enemy character the landing position of the shooting by the player belongs, and according to the detection result, the enemy character's targeted disappearance time determining unit 116 that determines the fading time, the target consumption
A target extinction operation unit 117 that receives the target extinction time determined by the extinction time determination unit 116 and performs an operation to eliminate the enemy character is configured.

[0138] The game calculation section 110, and the coordinates representing the position of the center of gravity of the enemy character in the virtual three-dimensional game space, so have the operation information indicating the enemy character is performing what kind of operation, the target fading time Decision unit 116
Calculates the impact area of each part of the enemy character in the virtual three-dimensional game space based on the coordinates indicating the position of the center of gravity of the enemy character and the motion information.

Therefore, when the game calculation unit 110 detects the impact position on the display 12 as described above, the target extinction time determination unit 116 determines which of the impact regions of the respective parts of the enemy character. Is calculated, and according to the corresponding location, FIG.
Has been determined.

[0140] Further, since there is a possibility of shortening annihilation time by final blow as described above, the target disappearance time determining unit 11
When the extinction time is determined, the extinction time is calculated in consideration of the possibility of shortening the time until the extinction as described below.

That is, the target extinction time determining unit 116
When the first hit hits the enemy character, the possibility of overtaking is determined according to the landing area. If it hits the head of the enemy character, the following hit calculation described below is not performed.

When a hit is made in a landing area other than the head, the following hit calculation is performed. First, the target extinction time determination unit 116 determines the reception time of the second attack such that the reception time of the second attack = (the number of death inters of each part) −40 inters. . If there is no hit from the second shot within the reception time of the second attack, it is determined that the first shot is dead, and the hit calculation is terminated.

If the enemy character has a hit due to a follow-up shot within the second attack acceptance time, the following calculation is performed. The 3rd attack acceptance time is 2 in advance
Since it is set to 0 inter, if there is no hit due to a follow-up within the reception time of this third attack, 2
It is determined to die at 40 inters from the hit of the first hit, that is, at 20 inters after the time of accepting the third attack, and the follow-up calculation is terminated.

If the enemy character has a hit by a hit within the third attack reception time, it is determined that the enemy character will die in 20 interchanges from the hit of the third hit, and the hit hit calculation ends.

The target disappearance calculating section 117 receives hit information and follow-up information on the enemy character from the target disappearance time determining section 116. The hit information is information including, when the first hit is made, the fact that the hit has been made, the hit area where the hit has occurred, and the disappearance time of the enemy character corresponding to the hit area. In addition, the follow-up information is, when the follow-up hits within the follow-up reception time, or when the follow-up does not hit or within the reception time without the follow-up within the follow-up reception time, the fact of the confirmed enemy character is notified. This is information including the extinction time.

The target disappearance calculation unit 117 receives the hit information and the follow-up information, and performs a calculation for erasing the enemy character based on the hit information and the follow-up information.

[0147] The operation of the enemy character disappearing specifically determines a motion until the enemy character disappears, and the image synthesizing section 120 displays the enemy character disappearing operation in an image by the determined motion. Is to instruct. That is, as shown in FIG.
When the first hit information is received, a hit motion corresponding to each part is determined. When the second hit information is received, the three types of prepared secondary motions
When one hit is determined at random and the third hit information is received, similarly, one is randomly determined from three types of prepared tertiary hit motions.

Then, by passing the motion information determined in this way to the image synthesizing unit in real time, the image synthesizing unit displays an image in which the enemy character disappears.

FIG. 17 is a flowchart showing the procedure of the calculation performed by the target disappearance time determination unit 116 and the target disappearance calculation unit 117 when hitting an enemy character.

[0150] Target disappearance time determining unit 116 first detects that the one shot eyes is hit to one of the landing area of the enemy character (step 210), the target disappearance calculation unit 11
7 receives the information, determines a torn motion corresponding to the hit landing area, and instructs the image synthesizing unit 120 to display an image with the motion.

When the first hit is detected, the target disappearance time determination unit 116 determines whether or not the landing area is the head in order to detect the possibility of overtaking (step 23).
0). If the landing area is the head, the target extinction time determination unit 11
In step 6, it is determined to disappear at the 40th inter from the first shot (step 240), and the follow-up calculation ends (step 250). The target disappearance calculation unit 117 receives the information, and after 40 inters from the first shot, ends the motion and terminates the enemy (step 240).

If there is a possibility of overtaking, the target extinction time determining unit 116 detects whether or not there is a hit within the second shot acceptance time (step 260).
If there is no hit, the target extinction time determination unit 116 determines that the extinction will occur at 40 inters after the lapse of the second shot acceptance time (step 270), and ends the overrun calculation (step 280). The target disappearance calculation unit 117 receives the information, ends the motion after 40 inters after the second reception time has elapsed, ends the motion, and destroys the enemy (step 2).
70).

If there is a hit, the target disappearance calculation unit 117
Determines the second-ordered motion (step 29)
0), the target extinction time determination unit 116 detects whether there is a hit within the third shot acceptance time (step 3).
00). If there is no hit, the target extinction time determination unit 116
Is determined to disappear at the 20th inter after the reception time of the third shot has elapsed (step 310), and the follow-up calculation ends (step 320). The target disappearance calculation unit 117 receives the information, ends the motion after 20 inters after the lapse of the third reception time, ends the motion, and destroys the enemy (step 310).

If there is a hit, the target disappearance calculation unit 117
Determines the third-order motion (step 33)
0), the target extinction time determination unit 116 determines that the extinction will occur at 20 inters after the third hit (step 34).
0), the overrun calculation is terminated (step 350). The target disappearance calculation unit 117 receives the information and ends the motion after 20 inters from the time of the third hit, and ends the motion.
The enemy is annihilated (step 340).

It is to be noted that the hitting motion may not be determined randomly but may be determined according to the hitting portion of the hitting. In addition, the reception time of the follow-up shot may be determined or changed according to the previous hit part, such as determining or changing the second reception time according to the first hit part.

The present invention is not limited to those described in the above embodiments, and various modifications can be made.

In the above-described shooting game apparatus, the enemy character is formed so as to disappear when the enemy character is invalidated. However, even if the enemy character is invalidated, the enemy character remains on the screen or exists in another manner. May be formed.

Further, the present invention can be applied not only to a shooting game using a gun but also to a shooting game apparatus using another shooting device.

Further, the present invention can be applied to not only a game device for business use but also, for example, a game device for home use.
FIG. 18 shows an example of a block diagram in the case where the present invention is applied to a home-use game device. This game device includes a main body device 1000, an operation unit 1012, a shooting device 1020, and a storage medium (CD-ROM, game cassette, memory card, or the like) 1306, and outputs generated images and sounds to a television monitor 1010 or the like. Enjoy the game. Main unit 1000 includes CPU 110
0, a three-dimensional calculation unit 1210, an image synthesis unit 1220 including an image formation unit 1228, a voice synthesis unit 1300, a work R
The AM 1302 includes a backup memory (memory card or the like) 1304 for backing up data.

In such a home game device, the CP
U1100 a program stored in the storage medium 1306, by executing with RAM 1302, the game operation unit, a timer unit, results display operation unit, the recording memory means, comparing performance means, target disappearing time determining means, a target vanishing
It is formed so as to function as depletion calculation means and area time calculation means.

The present invention can also be applied to a so-called multimedia terminal or a large attraction type game device in which many players participate.

The image synthesizing unit of the present embodiment shown in FIG. 2 and the three-dimensional arithmetic unit and the image forming unit of the home game machine shown in FIG. 18 are operated by using a dedicated image processing device. The processing may be performed, or the processing may be performed by software using a general-purpose microcomputer, DSP, or the like.

The configuration of the game calculation section and the calculation processing method are not limited to those described in the present embodiment.

The present invention also includes a configuration in which a game image obtained by image synthesis is displayed on a display called a head mounted display (HMD).

[Brief description of the drawings]

FIG. 1 is an external perspective view illustrating an example of a shooting game apparatus to which the present invention is applied.

FIG. 2 is a block diagram showing a specific configuration of a shooting game device according to the present embodiment.

FIG. 3 is an explanatory diagram of a game screen according to the embodiment.

FIG. 4 is an explanatory diagram of a game screen according to the embodiment.

FIG. 5 is an explanatory diagram of a game screen according to the embodiment.

FIGS. 6A and 6B are side views showing a positional relationship of a virtual player in a game space.

FIGS. 7A and 7B are diagrams showing a configuration of a game played by the shooting game apparatus of the present embodiment and specific contents thereof.

FIG. 8 is an explanatory diagram of a game screen according to the embodiment.

FIG. 9 is an explanatory diagram of a game screen according to the embodiment.

FIG. 10 is a flowchart showing a procedure for performing a result display in the shooting game device of the present embodiment.

FIG. 11 is an explanatory diagram of a game screen according to the embodiment.

FIG. 12 is an explanatory diagram of a game screen according to the embodiment.

FIG. 13 is a diagram showing hit categories of enemy characters.

FIG. 14 is a diagram for explaining the effect of shortening the extinction time by a follow-up.

FIG. 15 is a diagram showing a specific example for explaining the effect of shortening the extinction time due to the hitting.

FIG. 16 is a diagram illustrating a relationship between a hit motion of an enemy character at the time of a hit and a follow-up shot.

FIG. 17 is a flowchart illustrating a calculation procedure when an enemy character is hit.

FIG. 18 is a block diagram illustrating a configuration of a shooting game device according to another embodiment.

[Explanation of symbols]

12 display 20 gun 24 light receiving sensor 26 trigger 40 game PCB 110 game operation unit 111 timer unit 112 result display operation unit 113 comparison result operation unit 114 record storage unit 115 clear time display operation unit 116 target extinction time determination unit 117 target extinction operation unit 118 clear judgment section 120 image synthesis section 130 voice synthesis section

Claims (24)

(57) [Claims] 1. A shooting device that shoots a target displayed on a display, and performs a shooting game calculation for switching a target from an enabled state to an disabled state based on an input from the shooting device and a predetermined game program. And a game calculation means for displaying a game screen on a display, wherein the game calculation means changes from a valid state to an invalid state when a bullet hits the target.
A plurality of impact regions having different extinction time lengths, which are switching times, are set, and the impact position by the shooting of the player belongs to which impact region of the target is detected, and the target is detected in accordance with the detection result. means for determining the fading time, based on the determined fading time, and means for performing an operation to switch to the disabled state of the target from the valid state, the player by shooting a short landing area of disappearance time of the target A shooting game apparatus characterized in that the time required for clearing can be reduced. 2. A shooting game apparatus for shooting at a target displayed on a display by using a shooting device, wherein a target position of the shooting belonging to the target is detected, and the detected part is detected. A means for determining the length of an extinguishing time for switching from an effective state to an invalid state when a bullet hits the target, and a means for switching the target from an effective state to an invalid state based on the extinguishing time. A shooting game device characterized by the above-mentioned. 3. The shooting game apparatus according to claim 1 , wherein the extinction time of the target differs depending on where the bullet hits the target. 4. The claim 1, a shooting game apparatus, characterized in that the fading time of the target compared to the case of a hit to the other parts when hit Key points of the target is set shorter . 5. The shooting game apparatus according to claim 1, wherein when the target hits the head, the extinction time of the target is set shorter than when the target hits another part. . 6. The shooting game apparatus according to claim 1, wherein a motion when said target is shot differs depending on where said bullet hits said target. 7. A shooting game according to any one of claims 1 to 6 , characterized in that a game effect in which when hitting a crucial point of said target is erased by a flashy play motion compared to when hitting another part is performed. apparatus. 8. A shooting game according to any one of claims 1 to 7 , characterized in that a game effect in which when the target hits the head, the game disappears in a flashy play motion compared to when the target hits another part. apparatus. 9. A calculating method for a shooting game apparatus including a shooting device for shooting at a target displayed on a display, wherein the target is changed from a valid state based on an input from the shooting device and a predetermined game program. A game calculation step of performing a shooting game calculation for switching to an invalid state, wherein the game calculation step includes changing the state from the valid state to the invalid state when a bullet hits the target.
A plurality of impact regions having different lengths of extinction time, which is a time for switching to the state, are set, and it is detected which impact region of the target the impact position by the shooting of the player belongs to, and the target is detected in accordance with the detection result. determining a fading time, based on the determined fading time, comprising the step of performing an operation to switch to the disabled state of the target from the valid state, the player by shooting a short landing area of disappearance time of the target, clear The calculation method characterized in that the time required for the calculation can be reduced. 10. A method for calculating a shooting game in which a shooting device is used to shoot at a target displayed on a display, wherein a target position of the shooting belonging to the shooting is detected and detected. Target, depending on the site
Determining a length of an extinguishing time for switching from a valid state to an invalid state when a bullet hits the target, and switching the target from the valid state to the invalid state based on the extinguishing time. 11. The target according to any one of claims 9 to 10, wherein the target is erased depending on where the bullet hits the target.
An arithmetic method characterized by different dead times. In any of 12. The method of claim 9 to 11, operation wherein said that the disappearance time of the target is set shorter than in the case of a hit to the other parts when hit Key points of the target. 13. The calculation method according to claim 9 , wherein when the target hits the head, the disappearance time of the target is set shorter than when the target hits another part. 14. The calculation method according to claim 9 , wherein a motion when the target is hit differs depending on where the bullet hits the target. 15. A method according to claim 9 , wherein a game effect is produced in which when hitting a crucial point of the target, the game effect disappears with a fancy play motion as compared with a case where a hit occurs at another part. . 16. The method according to claim 9 , wherein a game effect is provided in which when the target hits the head, the game is rendered flashier and disappears with a motion than when the target hits another part. . 17. A program executed by a CPU of a game device.
A storage medium on which a program is stored, wherein the input from a shooting device and a predetermined game program
Switch the target from enabled to disabled based on the program
Perform a shooting game calculation to change the game screen
As game calculation means for displaying
A program necessary for the target to function, and the programWhen the bullet hits, it changes from valid to invalid
The duration of extinction changes to a different stateMultiple landing areas
Is set, and the player
Detecting which impact area the impact position belongs to on the target,
Depending on the detection result of the targetDisappearanceDetermine timemeans
When,Determined extinction time Disables target from active state based on
Perform an operation to switch to a statemeansTo function as
A storage medium containing a necessary program. 18. A storage medium in which a program to be executed by a CPU of a game device is stored, wherein it is detected which part of the target the impact position by shooting belongs to, and according to the detected part, The target
Means for determining the length of extinction time for switching from an effective state to an invalid state when a bullet hits, and a program necessary to function as a means for switching a target from an effective state to an invalid state based on the extinction time. A storage medium characterized by including. 19. The method according to claim 17, wherein
Te, consumption of the target by where the bullet has hit the target
A storage medium containing a program necessary for different dead times. 20. The method according to claim 17, wherein
Te, storage medium characterized by comprising a program necessary for disappearance time of the target is set shorter than in the case of a hit to the other parts when hit Key points of the target. 21. The odor of any one of claims 17 to 20.
Te, storage medium characterized by comprising a program necessary for disappearance time of the target is set shorter than in the case of a hit to the other parts when hit on the head of the target. 22. The odor of any one of claims 17 to 21.
Te, storage medium, characterized in that the where the bullet hits the target includes a program necessary for the motion when different that done of the target. 23. The method according to claim 17, wherein
A storage medium including a program necessary for performing a game effect in which a hit at the key point of the target is more flashy and the motion disappears as compared with a hit at another part. 24. The odor of any one of claims 17 to 23.
A storage medium characterized by including a program necessary for performing a game effect in which a hit on the head of the target is more flashy and disappears with a motion than a hit on other portions.