JP5398252B2 - Game device, game program - Google Patents

Description

  The present invention relates to a game apparatus and a game program that attack an object such as a character displayed on a game screen.

  In recent years, multiplayer games in which a plurality of players can participate in the same game space at the same time are widely used. In a multiplayer game, a plurality of players can move their corresponding characters in a game space (three-dimensional virtual space) and take actions to achieve various goals. For example, many gun shooting games and the like display a so-called first person screen that displays a game space from the viewpoint of a player character. The player designates various objects including characters of other players displayed in the game space, and advances the game by executing various processes.

  Normally, in a gun shooting game, a character operated by a player can possess weapons suitable for the game situation and attack an enemy character. For example, the game device displays a weapon selection menu in accordance with an instruction from the player, and selects a necessary weapon therefrom. When a gun-type controller is mounted as an input device provided in a game device, it is often possible to select different types of gun-type weapons.

Conventionally, there is a game apparatus including a bow-type controller as a different type of controller as well as a gun-type controller (see Patent Document 1). In the game device described in Patent Literature 1, a game pistol and a game bow are provided, and either a pistol or a bow can be selected by a button operation. The pistol can be shot by simply moving the index finger, and the bow needs to be shot using the entire arm.
JP 2002-166047 A

  Thus, in the conventional shooting game, it is possible to use not only a pistol type controller but also a bow type controller different from the gun.

  However, in the game device described in Patent Document 1, it is necessary to provide different types of controllers. Also, different types of controllers, pistols and bows, are provided, all of which are used only for shooting operations (attack operations). Therefore, even when using a bow, the arrow is fired in the same way as when a pistol trigger is pulled, which is a characteristic of the original bow. Could not be controlled.

  The present invention has been made in consideration of the above-described circumstances, and its purpose is to allow an object corresponding to an arrow to be fired in a game space by adjusting a pulling amount without mounting a plurality of types of controllers. Is to provide a game device and a game program.

  The present invention provides a game apparatus for executing a game for firing an object in a game space, input means provided with first and second input mechanisms operated by a player, and operation of the first input mechanism. In accordance with the start, the pull amount increasing means for increasing the pull amount for controlling the strength with which the object is fired over time, and the pull amount when the operation on the first input mechanism is ended , When there is an operation on the second input mechanism while the pulling amount is being increased by the first launching means for firing the object in the game space and the pulling amount increasing means, A pull amount storage means for storing a pull amount; and when the operation on the first input mechanism is completed during the operation on the second input mechanism, the pull Depending on the pulling amount stored in the amount storage means, characterized in that the objects and a second firing means for firing in the game space.

  According to the present invention, an object corresponding to an arrow can be fired in the game space by adjusting the pull amount without mounting a plurality of types of controllers.

Embodiments of the present invention will be described below with reference to the drawings.
FIG. 1 is a diagram illustrating a schematic configuration of a game apparatus 10 according to the present embodiment. It is assumed that the game apparatus 10 is configured for business use installed in a game facility such as a game center.

  As shown in FIG. 1, the game apparatus 10 includes a computer device 12, an attack controller 14, a movement controller 16, and a display device 17.

  The computing device 12 controls the entire game device 10, and executes game processing in accordance with operation data input from the attack controller 14 and the movement controller 16, and represents a game space on the display device 17. Display the screen. The detailed configuration of the computer 12 will be described later (see FIG. 4).

  The attack controller 14 and the movement controller 16 are controllers operated in parallel by the player during the game. The attack controller 14 and the movement controller 16 input instructions by various operations by the player and output them to the computer 12. The attack controller 14 is a controller mainly for instructing the attack direction and the execution of the attack. The movement controller 16 is a controller for instructing movement in the game space. The computer 12 executes processing according to instructions from the attack controller 14 and the movement controller 16. Details of the attack controller 14 will be described later (see FIG. 3).

  The display device 17 displays a game screen under the control of the computer device 12. In the game device 10 according to the present embodiment, a first person screen representing a situation in which a character (hereinafter referred to as a player character) whose operation is controlled by a player operation existing in the game space is viewed is displayed. In addition, a menu window 17 a is displayed on the display device 17 as needed under the control of the computer device 12. In the menu window 17a, for example, a weapon list for selecting a weapon used by the player character in the game space is displayed.

  In the game according to this embodiment, in addition to a gun-type weapon in which a bullet is fired by pulling a trigger, an bow-type weapon (hereinafter simply referred to as a bow) that can fire an object such as a bow and arrow by adjusting the pull amount. Can be used. In addition to the bow, a bow-type weapon that adjusts the pulling amount such as a pachinko can be used as the bow-type weapon. It is not only a weapon that actually exists, but also a virtual weapon that launches some object (the action of which is controlled by a non-linear flight path such as a bow and arrow) by a pull amount defined in the game space. There may be.

FIG. 2 is a diagram illustrating an example of the game screen 17 b displayed on the display device 17.
In the game apparatus 10 in the present embodiment, a first person screen is displayed, and a character controlled by another player is displayed in the game screen. In the example of the game screen shown in FIG. 2, characters representing soldiers in a battle game are displayed. For example, two enemy characters A and B on the enemy side are displayed.

  Also, the game screen 17b shown in FIG. 2 displays a bow and arrow model display C when a bow is selected as the weapon used by the player character. The bow can adjust the strength of the bow and arrow fired from the bow by the pulling amount. The bow and arrow model display C is a display whose display is changed according to the pulling amount of the bow which is changed according to the player operation, and is referred to by the player to adjust the pulling amount. Further, the arrow included in the bow and arrow model display C indicates the emission direction of the bow and arrow in the game screen.

  In addition, the game screen displays a site D indicating a position indicated by a player's operation on the attack controller 14. Site D is a pointer that represents the aiming position that the player is aiming with a gun or a bow, and the display position (instructed position) is changed so as to follow the operation of changing the direction of the attacking controller 14. The character information window E is displayed when the site D is set to the character display position (within a certain range), and displays information related to the character. In the example shown in FIG. 2, the name of the character B and a numerical value representing the life force (life) are displayed. By displaying the character information window E, the player can confirm that the site D is superimposed on the character (specifying a specific character).

  In the example of the game screen 17b shown in FIG. 2, only characters representing soldiers are shown, but various objects in the game space, such as structures such as buildings, moving objects such as animals and cars, monsters, etc. There are virtual objects, objects in the background such as trees and rocks. These various objects can also be specified by combining the site D as described above.

FIG. 3 is a diagram showing the configuration of the attack controller 14.
The attack controller 14 is configured, for example, as a handgun, and can arbitrarily change the direction indicated by the controller by tilting it in the front / rear / left / right direction, and execute an attack or execute various processes by an input operation to the trigger 14a. Can be instructed. By operating the attack controller 14, the site D in the game screen can be arbitrarily moved to align with various objects such as characters in the game screen. The attack controller 14 of this embodiment is further provided with a secondary button 14b and a change wheel 14c. The secondary button 14b is a button used for executing other functions. The change wheel 14c is configured to be rotatable, and is an input device that is used to select a menu displayed on the game screen, for example, a message in the message selection window C or a weapon type.

  In the game apparatus 10 according to the present embodiment, the strength of the injection is adjusted not only by the operation of the gun-type weapon used by the player character in the game space but also by adjusting the pulling amount using the attack controller 14 configured in a handgun type. The bow can be changed. In the operation of the bow, the trigger 14a (first input mechanism) and the secondary button 14b (second input mechanism) are used, and the bow can be fired by adjusting the pulling amount by a combination of the two operations. .

FIG. 4 is a block diagram showing a system configuration of the game apparatus 10 in the present embodiment.
As shown in FIG. 4, the game apparatus 10 includes an attack controller 14, a movement controller 16, a CPU 20, a RAM 21, an HDD (hard disk device) 22, an image processing unit 23, a monitor 24 (display device 17), and an audio processing unit 25. , A speaker 26, a card reading / writing device 27, a lamp 28, a coin recognition device 29, a start button 30, and a communication device 31 are provided.

  CPU20 implement | achieves various functions by running the program loaded into RAM21, and runs a game by controlling each part. The CPU 20 executes a multi-play game in which a plurality of players participate simultaneously by executing a game program. In the present embodiment, for example, game data indicating the status of a game played on another game device connected via the communication device 31 or the network 18 is received, and a plurality of players are handled based on the game data. The game progresses while displaying the game screen including the characters. It is assumed that the game data includes character information related to characters displayed on the game screen. The character information includes, for example, attribute information indicating the character (soldier) type and the state of the character (such as a life value representing life force) in the game in addition to the character name and team name.

  Further, the CPU 20 implements a character control function, a state management function, a weapon control function, and the like by executing a game program. The CPU 20 controls the player character that operates in the game space according to the player's operation input from the attack controller 14 and the movement controller 16 by the character control function. The CPU 20 controls the game while managing the state of the player character in the game based on the character information by the state management function, and outputs game data via the communication device 31. In addition to the data for controlling the game such as the life value as the character state during the game, the CPU 20 uses the state management function to control the game, such as the character operation state (stopped or moving) in the game space. The number of items experienced (experience value) shall be managed. The experience value includes, for example, various data associated with the firing of a bow and arrow when a bow is selected as a weapon (see FIG. 5). In the weapon control function, for a weapon selected from a plurality of types of weapons prepared in advance, an object (bullet, arrow, or other flying object) corresponding to the weapon in the game space according to the player operation on the attack controller 14 Control to fire an object). When a bow is used as a weapon, a control process (bow and arrow attack process) for firing a bow and arrow can be executed based on the experience value managed by the state management function.

  In addition to the basic program, the RAM 21 stores a game program for executing the game and various data necessary for executing the game. The RAM 21 stores game data (including attribute information indicating the character state) received via the network 18 and the communication device 31, and game data (character state and various experiences related to characters controlled by the player in the device itself). Experience value data indicating values (including FIG. 5) and the like are stored. Further, the RAM 21 stores pull amount data indicating the pull amount of the bow when a bow is selected as the weapon type.

  The HDD 22 stores various programs such as basic programs and game programs and various data.

  The image processing unit 23 performs display control for displaying a game screen under the control of the CPU 20. The monitor 24 (display device 17) displays a game screen under the control of the image processing unit 23.

  Under the control of the CPU 20, the sound processing unit 25 performs sound processing for outputting sound effects, messages, BGM (back ground music) and the like corresponding to the game execution status. The speaker 26 outputs sound such as sound effects, messages, and BGM under the control of the sound processing unit 25.

  The card reading / writing device 27 writes and reads data with respect to a card (for example, an IC card) provided with a recording medium. For the card, for example, data related to the player such as a user ID issued to a player using the game apparatus 10 and data such as a game result are recorded.

The lamp 28 is a lamp that is lit / flashed for game production or the like in order to inform the player of the progress of the game.
The coin recognizing device 29 recognizes that a coin (for example, 100 yen) as a consideration for using the game has been inserted from a coin slot provided in the housing body, and notifies the CPU 20 of it. The start button 30 is a button for inputting a game start instruction.
The communication device 31 controls communication with other game devices connected via the network 18. The network 18 includes, for example, a public network such as a LAN or the Internet, and connects a server 40 that controls the multiplayer game and a plurality of other game devices 41 to each other.

FIG. 5 is an example of experience value data managed by the state management function during game processing.
When the game apparatus 10 is executing a game, for example, when a bow and arrow is fired against the enemy characters A and B by an operation on the attack controller 14 (trigger 14a, secondary button 14b), the game apparatus 10 is related to the firing of the bow and arrow. Data to be recorded as experience values. For example, it is recorded as experience value data indicating the number of times the bow and arrow are fired, the number of times of continuous fire, the time when the pulling amount is set to the maximum (MAX), the hit rate against the enemy character, and the like. The experience value data is referred to in the subsequent bow and arrow attack process, and is used for the bow and arrow firing control process.

FIG. 6 is an example of the pull amount data.
In the game apparatus 10, when a bow is selected as a weapon, the pull amount is stored by operating the trigger 14 a and the secondary button 14 b of the attack controller 14, and the pull amount is read and a bow and arrow is fired. it can. In the bow and arrow attack process to be described later, basically only the pull amount data stored immediately before is read (see FIG. 7), but as shown in FIG. 6, a plurality of pull amount data set differently is stored. It may be allowed to be arbitrarily selected and used. In the configuration for storing a plurality of pull amount data, for example, when an operation is performed on the secondary button 14b, if a plurality of pull amount data is stored, a list of the pull amount data is displayed in a window and the player is selected.

Next, the operation in this embodiment will be described.
When the weapon switching is requested by the player operation, the CPU 20 displays a weapon list menu window 17 a on the monitor 24. Here, when any weapon is selected from the weapon list by operating the change wheel 14c of the attack controller 14, the weapon possessed by the player character in the game space is changed thereafter.

  When the gun-type weapon is selected by the player, the CPU 20 changes the position of the site D in the direction indicated by the controller by arbitrarily tilting the attack controller 14 in the front / rear / left / right direction, and performs an input operation to pull the trigger 14a. In response, an attack process that fires bullets is executed. In the case of a gun-type weapon, shooting (shooting a bullet) can be instructed only by operating the trigger 14a. The bullets fired from the weapon are controlled to move (fly) linearly in the game space toward the position indicated by the site D.

  On the other hand, when the bow-shaped weapon is selected by the player, the CPU 20 changes the position of the site D in the direction indicated by the controller by arbitrarily tilting the attack controller 14 in the front-rear and left-right directions. And CPU20 performs the attack process which fires a bullet according to input operation which pulls trigger 14a. In the case of a bow-shaped weapon, the pulling amount can be adjusted by operating the trigger 14a and the secondary button 14b, and shooting (launching a bow and arrow) can be instructed by operating the trigger 14a (pulling and releasing). Further, the flight path of the bow and arrow fired from the bow is calculated so as to move (flight) in the direction indicated by the site D after the flight path is calculated according to the pull amount (experience value data, environmental data in the game space, etc.). Is controlled. Basically, the flight path is calculated by calculation based on the physical motion when the actual bow and arrow fly in space. However, in order to fly in a virtual game space, a special motion that does not follow physical motion may be included. In an attack with a bow, since the flying object does not fly linearly like a gun-type weapon, for example, in the game space, it passed over the shielding object against the enemy character existing on the opposite side of the shielding object You can attack by adjusting the pulling amount so that it will fall later and firing a bow.

Next, a bow and arrow attack process executed when a bow is selected as a weapon will be described with reference to a flowchart shown in FIG.
When the CPU 20 detects that the trigger 14a has been pulled by the player (Step A1, No) while the attack controller 14 is not operated on the secondary button 14b (Step A1, Yes), the CPU 20 has a strength for firing a bow and arrow. The increase of the pull amount for control is started (step A3). Note that the upper limit (MAX pulling amount) of the pulling amount that is increased by the operation on the trigger 14a is determined, and basically it is increased only to the MAX pulling amount (the MAX pulling amount may be increased depending on conditions). it can).

  When the operation on the secondary button 14b is not performed (step A4, No), the CPU 20 increases the pulling amount at a predetermined rate determined with the passage of time (step A5). The prescribed ratio is determined by referring to experience value data managed for the player character. For example, if the experience value data shows a high value (such as a high frequency of past bow attacks), increase the pull amount per unit time, and if the experience value data shows a low value, Conversely, the pulling amount to be increased per unit time is reduced. This makes it possible to give a difference in the time required to obtain the required pull amount according to the skill level of the attack using the player's bow. Further, the power at the time of MAX pulling may be changed depending on the experience value. For example, the power at the time of MAX pulling is increased as the experience value data shows a higher value.

  When the state in which the trigger 14a is pulled by the player continues (No at Step A6), the CPU 20 continues to increase the pull amount. Further, the CPU 20 controls the display in the bow and arrow model display C displayed on the monitor 24 so that the bow is drawn more greatly as the pulling amount increases.

  When it is detected that the trigger 14a has been released without the secondary button 14b being pressed (step A6, Yes), the CPU 20 converts the pulling amount at that time into an injection amount of the bow (step A7). In response to this, a bow and arrow is fired in the game space (step A8). The CPU 20 calculates and displays the flight path of the fired bow and arrow based on the experience value data managed for the player character (step A9). Basically, as described above, the flight path is calculated according to the physical motion according to the injection amount (speed) with respect to the bow and arrow. For example, when the experience value data is high, the position where the bow reaches Is corrected so as to be closer to the position indicated by the site D. That is, it is easy to hit the enemy character that is the attack target. When environment data in the game space is set, for example, when wind power, humidity, temperature, etc. are set, the flight path may be calculated including these data. For example, the calculation is performed such that the flight distance increases in the case of a tailwind, the flight shifts to the left side when there is a wind from the right side, and the flight distance decreases when the humidity is high.

  In an attack with a bow, the flight path fluctuates under the influence of variable factors including the pulling amount, which flies linearly like a gun-type weapon. The player can calculate these and perform an attack using a bow according to the game situation.

  On the other hand, if the secondary button 14b is pressed by the player operation while the pull amount is increased by the trigger 14a being pulled (step A4, Yes), the CPU 20 fixes the pull amount at that time. Then, the pull amount data indicating the pull amount is stored in the RAM 21 (step A11). Then, when the trigger 14a is released (step A6, Yes), the CPU 20 converts the fixed pull amount into a bow injection amount (step A7), and fires a bow and arrow in the game space according to the injection amount (step A7). Step A8).

  The CPU 20 updates the experience value data for the player character by the state management function (step A10). That is, data such as the number of firings and the hit rate as shown in FIG. 5 is updated.

  In the operation of the trigger 14a and the secondary button 14b described above, the case where the secondary button 14b is operated after the trigger 14a is operated is described. However, when the pull amount data is stored by the operation of the secondary button 14b, By operating (pulling and releasing) the trigger 14a while operating the secondary button 14b (on state), it is possible to instruct shooting (launching a bow and arrow) using the previously stored pull amount.

  That is, when the secondary button 14b is pressed, the CPU 20 determines whether or not the pull amount data is stored in the RAM 21, and when the pull amount data is stored (Yes in step A12), the operation on the trigger 14a is performed. A waiting state is entered (step A13). When the pull amount data is not stored, as described above (No at Step A12), the operation proceeds to an operation for setting the pull amount by operating the trigger 14a (Steps A2 to A6, A11).

  When the pull amount data is stored (step A12, Yes), if it is detected that the trigger 14a is operated with the secondary button 14b being pressed (step A13, Yes), the CPU 20 The amount data is read (step A14), and the pull amount is fixed according to the pull amount data (step A15). Here, the pulling amount is set immediately without providing time for drawing the bow. The bow and arrow model display C displayed on the monitor 24 is also changed to a pull amount corresponding to the read pull amount data. Thus, the player can easily reproduce the pull amount set by the player by operating the secondary button 14b.

  When it is detected that the trigger 14a has been released by the player (step A16, Yes), the CPU 20 converts the drawing amount at that time into an injection amount of the bow (step A7), and the game space according to the injection amount. In step A8, a bow and arrow is fired. Thereafter, bow flight control in the game space is performed in the same manner as described above.

  Therefore, by storing the pull amount data by operating the trigger 14a and the secondary button 14b, it is possible to continuously execute the firing of the bow and arrow based on the same pull amount. That is, it is only necessary to repeatedly pull the trigger 14a and release it while the secondary button 14b is pressed. Thereby, for example, a plurality of enemy characters existing at the same distance in the game space can be attacked by firing a bow and arrow continuously with the same pulling amount. The player can concentrate the adjustment of the direction in which the bow and arrow are fired by the attack controller 14.

  When setting different pulling amounts, the trigger 14a is pulled in a state where the secondary button 14b is not operated, and the pulling amount may be adjusted as described above.

  In the above description, it has been described that the bow and arrow can be fired using the previous pull amount data stored by the operation of the trigger 14a and the secondary button 14b, but a plurality of different pull amount data is stored in the RAM 21. You may make it make it (draw amount data shown in FIG. 6).

  In the case of this configuration, for example, the pull amount data can be selected using the secondary button 14b, and for example, the secondary button 14b can be operated to be operated up, down, left, and right, for example. When the secondary button 14b is pressed and operated up, down, left, and right, the CPU 20 displays a plurality of pull amount data in a list on the menu window 17a when a plurality of pull amount data is stored in the RAM 21. Then, any pull amount data is selected from the menu window 17a by an operation of the player shifting the secondary button 14b up, down, left, or right. When the trigger 14b is released, the CPU 20 reads the pull amount data selected by operating the secondary button 14b, and causes the bow and arrow to be ejected according to the pull amount data.

  For example, a plurality of pull amount data stored in the RAM 21 may be displayed in a list in the menu window 17a in accordance with a predetermined operation, and may be selected by operating the change wheel 14c.

  In the above description, the pull amount is only increased by operating the trigger 14a. However, for example, the increase / decrease of the pull amount may be finely adjusted by operating the secondary button 14b. When the secondary button 14b can be operated in the vertical and horizontal directions as described above, the direction for instructing the increase or decrease of the pulling amount is defined. For example, when the left button 14b is pressed and operated in the left direction, the current fixed pull amount is slightly decreased. Accordingly, the pull amount can be finely adjusted while using the pull amount data stored in advance.

  Further, in the above description, the bow and arrow ejection amount is converted according to the pull amount, but the bow and arrow that is ejected based on the operation status such as the pull amount and the number of times (or the flying object corresponding to the bow and arrow) It is also possible to control the movement of. For example, when the state of the MAX pulling amount continues for a certain time or more, when the pulling amount within a predetermined range can be set continuously by operating the trigger 14a, the firing operation can be performed a predetermined number of times or more within a certain time. It is assumed that the conditions such as the case are stored in advance. CPU20 detects the operation condition with respect to the trigger 14a and the secondary button 14b, discriminate | determines whether it corresponds to the conditions mentioned above, and when applicable, controls operation | movement of the bow and arrow (flying object) to be fired in game space Then, the action in the game space is changed. For example, the CPU 20 causes a plurality of bows and arrows (objects) to be simultaneously ejected (for example, five bows and arrows at the same time), which increases the power when, for example, a bow and arrow (flying object) hits a target, for an operation corresponding to the condition Or the flight path is changed by operating the attack controller 14 after the launch. Thereby, the game content can be changed by the operation of adjusting the pulling amount, and the game performance can be improved.

  In this way, in the game device according to the present embodiment, not only the gun-type weapon but also the bow-type weapon whose flight is changed by the pull amount by the single gun-type attack controller 14 provided with the trigger 14a. Can be controlled. Attacks using bows (bows and arrows) can be different from gun-type weapons that apply linear attacks, such as attacking enemy characters beyond obstacles across obstacles. Become.

  In the above description, the control of the bow and arrow fired for the attack on the enemy object is described as an example in the shooting game (bow and arrow attack processing), but various objects are fired in the game space. It can be applied to other games. For example, it is suitable for a game such as an archery game or a dart game in which a flying object is launched toward a target. For example, as described above, by operating the trigger 14a and the secondary button 14b, a suitable pulling amount is stored so that an object such as archery or dart reaches the target, and only the direction toward the target is concentrated in that state. It can be used to adjust and fire.

  Furthermore, in the above description, an example of an operation on the trigger 14a and the secondary button 14b provided in the gun-type attack controller 14 is shown. However, if the controller is provided with two input functions, the above-described implementation is performed. It can be used in the same manner as the form.

  Further, the present invention is not limited to the above-described embodiments as they are, and can be embodied by modifying the constituent elements without departing from the scope of the invention in the implementation stage. In addition, various inventions can be formed by appropriately combining a plurality of components disclosed in the embodiment. For example, some components may be deleted from all the components shown in the embodiment. Furthermore, constituent elements over different embodiments may be appropriately combined.

  In addition, the method described in the embodiment uses, as a program (software means) that can be executed by a computer, for example, a magnetic disk (flexible disk, hard disk, etc.), an optical disk (CD-ROM, DVD, MO, etc.), and a semiconductor memory. It can also be stored in a recording medium such as (ROM, RAM, flash memory, etc.), or transmitted and distributed via a communication medium. The program stored on the medium side also includes a setting program that configures in the computer software means (including not only the execution program but also a table and data structure) that is executed by the computer. A computer that implements the present apparatus reads the program recorded on the recording medium, constructs software means by a setting program in some cases, and executes the above-described processing by controlling the operation by the software means. The recording medium referred to in this specification is not limited to distribution, but includes a storage medium such as a magnetic disk or a semiconductor memory provided in a computer or a device connected via a network.

The figure which shows schematic structure of the game device in this embodiment. The figure which shows an example of the game screen displayed on the display apparatus 17. FIG. The figure which shows the structure of the controller for attacks in this embodiment. The block diagram which shows the system configuration | structure of the game device in this embodiment. The figure which shows an example of the experience value data managed by the state management function during the game process in this embodiment. The figure which shows an example of the amount-of-drawing data in this embodiment. The flowchart shown about the bow and arrow attack process performed when a bow is selected as a weapon.

Explanation of symbols

  DESCRIPTION OF SYMBOLS 10 ... Game device, 12 ... Computer device, 14 ... Attack controller, 14a ... Trigger, 14b ... Secondary button, 14c ... Change wheel, 16 ... Movement controller, 17 ... Display device, 17a ... Menu window, 17b ... Game screen , 18 ... Network, 20 ... CPU, 21 ... RAM, 22 ... HDD, 23 ... Image processing unit, 24 ... Monitor, 25 ... Audio processing unit, 26 ... Speaker, 27 ... Card reader / writer, 28 ... Lamp, 29 ... coin recognition device, 30 ... start button, 31 ... communication device, A, B ... enemy character, C ... bow and arrow model display, D ... site, E ... character information window.

Claims (7)

In a game device for executing a game for firing an object in a game space,
Input means provided with first and second input mechanisms operated by a player;
A pull amount increasing means for increasing a pull amount for controlling the intensity with which the object is fired in accordance with the start of an operation on the first input mechanism;
First launching means for firing the object in the game space in accordance with the pulling amount when the operation on the first input mechanism is terminated;
When there is an operation on the second input mechanism while the pulling amount is being increased by the pulling amount increasing unit, a pulling amount storing unit that stores the pulling amount at that time;
When the operation on the first input mechanism is ended during the operation on the second input mechanism, the object is fired in the game space according to the pull amount stored in the pull amount storage means. A game apparatus comprising two launching means. An experience value management means for managing an experience value associated with the firing of the object by the first launching means and the second launching means;
2. The game apparatus according to claim 1, wherein the pull amount increasing means changes a pull amount to be increased per unit time according to the experience value managed by the experience value managing means.   The flight path in the game space of the object fired by the first launching means and the second launching means is calculated according to the experience value managed by the experience value managing means. The game device according to claim 2. A plurality of the pull amounts are stored by the pull amount storage means,
2. The game apparatus according to claim 1, wherein the second launching unit causes the object to fire in the game space in accordance with any of the pulling amounts selected from the pulling amount storage unit. An operation status detection means for detecting an operation status for the input means;
An object control means for controlling movement of the object fired by the first launching means and the second launching means in the game space according to the operation situation detected by the operation situation detection means; The game device according to claim 1.   2. The game apparatus according to claim 1, wherein the input means includes a gun-type controller, wherein the first input mechanism is a gun trigger, and the second input mechanism is a button. A computer running a game that fires objects into the game space,
Input detection means for detecting an input operation of the player with respect to the first and second input mechanisms;
A pull amount increasing means for increasing a pull amount for controlling the intensity with which the object is fired in accordance with the start of an operation on the first input mechanism;
First launching means for firing the object in the game space in accordance with the pulling amount when the operation on the first input mechanism is terminated;
When there is an operation on the second input mechanism while the pulling amount is being increased by the pulling amount increasing unit, a pulling amount storing unit that stores the pulling amount at that time;
When the operation on the first input mechanism is ended during the operation on the second input mechanism, the object is fired in the game space according to the pull amount stored in the pull amount storage means. A game program for functioning as two launching means.

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