JP4071602B2 - Game program and storage medium storing the game program - Google Patents

Description

[0001]
BACKGROUND OF THE INVENTION
The present invention displays an enemy character and an operation character on the game screen, displays a life gauge for each or one of them, and a special effect ability gage that displays the attack power of the operation character and the physical strength value for running, The present invention relates to a game control method for making a game proceed while considering both gauges.
[0002]
[Prior art]
A fighting game is known as a game that employs this type of game control method that is conventionally known. In this fighting game, while operating characters and enemy characters are displayed on the game screen, a fighting scene image is generated in real time according to various attack inputs and movement inputs input by game operation means provided in the game machine. And displayed on the game screen. In addition to normal attacks such as punching and kicking, the attack input does not attack for a certain period of time, or a special attack is performed on the operating character on the assumption that the life value is reduced. Some of them have a control program that can be executed. On the display screen when such a special attack is executed, an effect image corresponding to this special attack is displayed on the display screen in order to produce the fact that the enemy character who has given this attack has been subjected to great damage. By executing control such as extracting from a plurality of effect videos stored in the storage means and displaying them on the game screen, the magnitude of the attack is visually produced.
[0003]
[Problems to be solved by the invention]
However, in the above-described game control method, since the game program selects and displays the video effect related to the attack effect without the involvement of the game player, the interest cannot be improved because the game player is not sufficiently involved in the video. There is a problem. In other words, after an operation input when executing a special attack, even if an operation input to the operation character of the game player is present during the moving image production when the operation character gives the enemy character to the enemy character, it is invalidated. Therefore, if the operation character is invalidated, the game input cannot be performed on the operation character, and if the video of the special attack does not get tired, the playback time of the video becomes a boring time for the game player.
[0004]
Such a video production for a special attack has a problem of being bored when repeatedly executing the game due to the fact that it is a flashy video production.
[0006]
In addition, as described above, after the operation input when executing the special attack, there is an operation input to the operation character of the game player during the video production when the operation character gives the enemy character the enemy attack. The active time battle method disclosed in Japanese Patent Laid-Open No. 6-105959 (conventional example 1) is known as a solution to the problem of “invalidated”, but this is simply determined for each character. In other words, only control that allows command input when the waiting time elapses is employed, and the correlation between an image generated in response to command input and an attack or defense is not considered. In other words, the video generated in response to the command input is not reflected in the attack damage to the enemy character of the operation character or the attack damage received from the enemy character of the operation character, but is generated with the game player involved. Since the correlation between the image and the damage is not close, there is a problem that it is not interesting.
[0007]
Further, from JP-A-6-105959, further seamlessization (to solve the problem that the enemy character does not move while the operating character is attacking, so that so-called competing can be expressed as a battle scene). Japanese Patent Laid-Open No. 2000-300143 (conventional example 2) is known. This is intended to represent a battle scene that progresses seamlessly like a movie action scene, when the current action on the character of the game player is finished and the next action becomes possible, It has been proposed to control the progress of the game time to be stopped or delayed when a predetermined event occurs in the middle. By making use of the fact that the game player has stopped or slowed down the game time by this control, a realistic game image such as an action scene of a movie is displayed to the game player by giving an operation instruction to the operation character. It is something to be offered. However, in this conventional example 2, although the time for inputting a command to the operation character can be set by stopping or delaying the progress of the game time, There is no disclosure or suggestion about reflecting the effects of winning or losing.
[0008]
  That is, this inventionEyesThe objective is to increase the fun of the game itself by associating the game time related to the generation of the game video with the winning or losing of the game.
[0009]
[Means for Solving the Problems]
  According to the first aspect of the present invention, in order to cause a computer to perform a plurality of preset operations on a display screen of a display unit, a plurality of characters including operation characters whose operations are controlled by a player. Storage means for storing motion data for each action and when a predetermined condition for causing each of the plurality of characters to perform a predetermined action is satisfied, the motion data of the predetermined action is read from the storage means, Display control means for reproducing at the reproduction speed and displaying it on the display screen, and operated by the player to control the reproduction speed of the motion data.To a speed faster or slower than the predetermined playback speedOperating means for changingAnd instructing the operation means to change to the fast speed or the slow speed.When an operation signal is input, among the plurality of characters,Pre-set according to the game sceneThe operation signal indicates the motion data playback speed during character playback.Fast speed or slow as indicated byIt is a game program for functioning as a playback speed changing means for changing to speed.
[0010]
  The game program according to claim 1, wherein the computer is configured to determine whether a predetermined permission condition is satisfied when the operation signal is input, and to determine the predetermined by the determination unit. When it is determined that the permission condition is satisfied, it is preferable to further function as permission means for permitting the reproduction speed change by the reproduction speed changing means (claim 2). Further, the computer is further caused to function as second display control means for displaying a predetermined gauge indicating whether or not the operation means can be operated by the player on the display screen, and the determination means includes the operation signal It is preferable to determine whether or not the predetermined permission condition is satisfied based on the display state of the gauge displayed on the display screen when is input. Also,It becomes an operation target of the operation means set in advance according to the game sceneCharacter isIn the case of a damage-type game scene in which the game scene impedes movement of the operation character controlled by the player and damages the operation character, the game scene is controlled by the player, and the game scene is changed by the player. When the operation character to be operated is a game scene in which an enemy character battles,Operation characterOr the enemy characterA given character that damagesMake(Claims 4 and 5). Furthermore, when the predetermined event occurs on the display screen, the computer may be further functioned as a calculation unit that calculates a predetermined value related to the game effect based on the duration of the predetermined event. Item 6). In this case, the predetermined value related to the game effect may be a life value provided for the operation character or a character other than the operation character.
[0011]
The program according to the present invention is a program that can be used by a computer including a program embodied in a carrier wave.
[0012]
  Also,An eighth aspect is a computer-readable storage medium in which the game program according to any one of the first to seventh aspects is recorded. thisStorage mediumInCD-ROM, CompactFlash (registered trademark), floppy (registered trademark), or other external storage media that can store the program.IncludingIt is out.
[0013]
  Claim 1According to the invention,For example,Operation character movementTheChange the movement speed of the operation character operated by the layererOperation means(See below.Slow input(Or equivalent to forward input), the game player's involvement in the game video is more complicated and the preference is improved.be able to.
[0014]
  By the computing means of claim 6Life valueofCalculationInFor example, as will be described later, the overlap time between a flame as a damaged character and the operation character is detected by a well-known hit determination, and the life value of the operation character is reduced according to the overlap time.AndContains. Another life valueofPerformanceArithmeticBeforeNoteRather than calculating according to time,Change the movement speed of the operation character operated by the layererInput operation of operation meansHowever, in response to the input at a certain timing, the life value is changed by referring to the look-up table data of the input timing of the game input and the reduced damage prepared in advance.
[0016]
  Claims 2-7According to the invention,NothingRestrictionInLeyaOf motion data byChange playback speedoperationRather than allowOnly if the prescribed permission conditions are metBy controlling, it becomes possible to improve the fun of the game.
[0018]
  In addition, when a predetermined event occurs on the display screen, a predetermined value related to a game effect such as a life value is changed based on the duration of the predetermined event, so that the fun of the game can be further improved. It becomes possible.
[0019]
  That is,Predetermined damage to the operating characterThe character visually recognizes the game image.RupuA character that can be conceptually recognized as a layer or spectator taking visual damage, such as a flame or poisonous fog image.PredeterminedIf the character and the operation character are displayed overlapping,PredeterminedLife according to the damage reduction rate set in advance for each charactervalueProcessing to reduceCalculationExecuted by means,The player operates the operation means (forward input in the embodiment described later),Such as the flamePredeterminedThe overlapping state with the character is changed so that the operation speed of the operation character moves quickly.thingImproved by said lifevalueCan be minimized.
[0020]
DETAILED DESCRIPTION OF THE INVENTION
Hereinafter, an embodiment of the present invention will be described with reference to the drawings. However, the present invention is not limited to the configuration shown in this embodiment.
[0021]
FIG. 1 shows a game play using a storage medium such as a CD-ROM storing a game program containing three-dimensional information that can be read by a computer as one embodiment of the present invention. An example of the hardware of the home game device 1 is shown. In this embodiment, a home game device that can be used by being connected to the television system 20 will be described as an example. However, a portable game machine with a display screen other than the home game machine or an arcade game Of course, it can also be applied to the apparatus.
[0022]
This home-use game machine 1 includes an arithmetic processing unit 3 as a control means including a CPU for executing arithmetic control for generating game video information in response to a game program and a game input to be described later, a RAM 4, A CD-ROM drive as storage medium reading means 5 capable of appropriately reading out data from a storage medium storing a game program including three-dimensional information that can be read by a computer, and for the game player to operate an operation character Based on the game program read out by the game input means 6 for executing the game input and the slow or forward input described later, the interface 7 connected to the game input means 6 and the CD-ROM drive 5 , The game corresponding to the game input by the game input means 6 The main components are a three-dimensional drawing means 8 for converting video image information into display data for display on the television system 20, and a storage unit 15 such as a rewritable hard disk for storing game result information such as replay information. Are connected to the bus 2 inside the home-use game apparatus 1.
[0023]
Since the storage medium reading unit 5 employs a CD-ROM as the storage medium 10 in this embodiment, the storage medium reading unit 5 includes a mounting mechanism that is mounted inside in order to appropriately read digital electronic data from the CD-ROM. Yes. As such a mounting mechanism, a known mounting mechanism such as a music CD or an optical disk can be employed. Of course, in this embodiment, a CD-ROM is adopted as a game program that can be read by the game apparatus (computer) and a storage medium storing the game program. However, the present invention is not limited to this, and a ROM cartridge or a DVD-ROM is used. It is also possible.
[0024]
A sound processing means 9 is connected to the bus 2, and the sound processing means 9 appropriately reads out sound information from the storage medium reading means 5 according to an instruction from the arithmetic processing section 3 and inputs it by the game input means 6. Sound information is generated at an appropriate timing in accordance with the game input, and game display data generated in real time by the three-dimensional drawing means 8 based on the game video information that is arithmetically processed by the arithmetic processing unit 3 and delivered. The virtual three-dimensional video as the game display data is displayed and displayed as a video game video on the display screen 21 of the television system 20 and the television system 20 The audio information synchronized with the game video is displayed and expressed from the speaker 22.
[0025]
In addition, a communication interface 11 is connected to the bus 2, and a network battle game can be executed using the communication interface 11. For example, a known modem or a TA (terminal adapter) can be used as the communication interface. Through this communication interface, the game program can be received by downloading from a storage medium other than the CD-ROM, and stored in the hard disk storage means 15 for use.
[0026]
Furthermore, a rewritable memory card 12 (SD card, flash memory card, stick memory, etc.) can be connected to the interface unit 7 at any time, and data cannot be stored in the CD-ROM. It is used for storing intermediate information, replay display information described later, and the like.
[0027]
Of course, a memory cartridge is used for the storage medium 10, and a memory such as a flash that can be written to the cartridge itself storing the game program is used as necessary, and a part of the memory is similar to the memory card 12. It can also be used as a memory having the above functions.
[0028]
The arithmetic processing unit 3 includes a CPU, a ROM, and the like, executes a game program stored and stored on the CD-ROM 10, and controls the consumer game device 1. The RAM 4 is a work area for the arithmetic processing unit 3, the three-dimensional drawing unit 8 and the sound processing unit 9, and necessary three-dimensional information is temporarily stored in the work area from the CD-ROM 10 as the game progresses. Thus, the virtual three-dimensional arithmetic processing is performed and the necessary audio data is temporarily stored by the arithmetic processing to generate the audio synchronized with the video.
[0029]
The three-dimensional drawing unit 8 generates game display data as image data based on the game video information from the calculation processing unit 3 in accordance with a drawing command output from the calculation processing unit 3. Do not write to the frame buffer. Then, the image data written in the frame buffer is output to the television system 20 as game display data for displaying on the display screen 21.
[0030]
As described above, the consumer game machine 1 depends on the storage medium 10 for data for executing all games. Therefore, in this storage medium 10, a game program necessary for progressing the game and a moving image as a game video that is a virtual three-dimensional video corresponding to the game progressed by the game program are appropriately generated. The three-dimensional information and voice information that are generated parts are stored. The three-dimensional information includes polygon vertex information, surface shape information, color information such as a picture such as a character or a character or a pattern, light source information such as light source coordinates, and ambient light information such as the intensity of ambient light, There is texture information or motion data.
[0031]
A game video as shown in FIG. 3 is displayed on the display screen 21 of the television system 20 by the game apparatus 1 as described above, and a life gauge (LIFE) D and a slow or forward are displayed on the game video. Input possible gauge (VFX) E is displayed.
[0032]
FIG. 2 is a block diagram of a main part related to the game system of the present invention in the hardware configuration diagram shown in FIG. The configuration indicated by the same reference numerals as in FIG. 1 is the same configuration.
[0033]
In the present invention, as shown in FIG. 3, an operation character A and a life gauge D for visually announcing the life value of the operation character A are displayed on the game image, and the game input means 6 of the game program and game player are displayed. The movement of the operation character with respect to the game video information generated in response to the game input by the game player may move slower or faster than the normal movement of the operation character when the game player performs a slow or forward input. Includes a slow motion determination unit 3A, a forward motion determination unit 3B, and a motion display conversion unit 3C for video generation control.
Then, the arithmetic processing unit 3 calculates and controls a life value that changes the damage received by the operation character in response to the video generation control so that the operation character moves late or early. It has. Further, the life calculation processing unit 3D responds to the image generation control so that the operation character A moves the operation character A late or early based on a game player's game input for damage to the enemy character B by the operation character A. It also has a function to change. In FIG. 3, the life gauge for displaying the life value is displayed only for the operation character A. However, not only the operation character A but also the life gauge of the enemy character B can be displayed.
[0034]
In this arithmetic processing unit 3, a game video is generated at a speed different from that of the normal operation character A according to the slow or forward input of the game player, and a live gauge D corresponding to the calculation result obtained by changing the damage calculation. Is transmitted to the three-dimensional drawing means 8, and the three-dimensional drawing means performs perspective transformation on a plurality of objects (not shown) arranged in the world coordinate system based on the transmitted game video information. The 3D drawing process is executed and displayed on the display screen 21.
[0035]
The slow motion determination unit 3A determines whether or not a slow input has been made by the game input means 6, and the forward motion determination unit 3B determines whether or not a forward input has been made by the game input means 6. Then, the motion display conversion unit 3C determines whether or not to effectively process the input slow or forward input while referring to the value of the slow or forward input enable gauge (VFX) E, and effectively processes the input. The control conversion is performed so that the motion data in which the movement of the operation character is programmed is operated faster or slower than the normal speed. As described above, when the motion data is operated earlier or later than the normal speed, it is reflected in the game image in the display screen 21 so that the reproduction speed of the moving image of the operation character is increased or decreased.
[0036]
In addition, the life value calculation processing unit 3D preliminarily performs the normal mode, the slow mode, and the forward mode for each of the normal mode, the slow mode, and the forward mode when it is determined that the slow or forward input is effectively processed by the operation display conversion unit 3C. A subtraction process is executed based on the prepared life value calculation program. The life value calculation program is prepared in advance in the game program. In this embodiment, the life value calculation program is configured to have different subtraction rates for the normal mode, the slow mode, and the forward mode. The life value calculation processing unit 3D performs calculation processing so that the subtraction value differs depending on the overlap time on the video of the damage character (flame) and the operation character A or the enemy character B as shown in FIG. It is also possible to configure as described above.
[0037]
Another example of the production of the life value calculation processing unit 3D will be described with reference to FIGS.
[0038]
(Production Example 1) FIG. 4A illustrates the influence of the forward input on the life value in the damage game stage generated by the game program. In such a damage-type game stage, on the condition that the operation character A exists in the stage, the life value calculation processing unit 3D determines the life value based on the subtraction program corresponding to the damage-type stage. Subtraction processing is executed, and video processing for reducing the gauge of the life gauge D on the game video is executed. When the forward movement determination unit 3B determines that the forward input has been made, the damage system stage can be cleared quickly. As a result, it is possible to suppress a decrease in the life value due to damage compared to the case of normal movement. It becomes. 4B is a bomb device countdown stage generated according to the game program, and in this case, the life value decreases according to the presence of the operation character in the stage. However, when a limit time set according to a certain game program (for example, 20 seconds before) is reached, a subtraction program for reducing the life value is activated. Then, by executing the forward input, it is possible to produce a game property that can be detached from this stage before the subtraction program operates. Of course, by setting the game program so that a high score is obtained when the time to leave the stage is almost the limit time, the game player may make use of the forward input and the slow input to leave the limit time. It is possible to provide a game effect with a sense of excitement by providing a good game characteristic.
[0039]
(Example 2) FIG. 5A shows a battle scene between the operation character A and the enemy character B. In order to make the attack of the operation character A more effective by the enemy character, a slow input is executed. The state is represented by video. The attack of the operation character A can damage the enemy character B by hitting the enemy character with a flame as a damage character (the damage character F and the enemy character B are overlapped on the image). . Then, by making the overlap time of the enemy character B and the damage character F longer by the slow input, damage can be effectively given to the enemy character B. Such processing is executed by the arithmetic processing unit 3, and when it is determined that a slow input is input by the slow operation determination unit 3A at a time when input is possible, the operation display conversion unit 3C With reference to the value of (VFX) E, it is determined whether or not the input slow input is to be processed effectively, and in the case of effective processing, the motion data for generating the motion of the damaged character is compared with the normal speed. Also convert the control so that it operates slower. When the control conversion is performed in this way, an image that lengthens the overlap time between the enemy character and the damage character is displayed on the display screen 21, and the control that increases the damage of the enemy character according to the overlap time is calculated as a life value calculation. The processing unit 3D executes.
[0040]
FIG. 5 (B) shows a case where the attack character A is attacked by the damage character overlapping with the operation character A, and FIG. 5 (A) is an attack due to the overlap of the enemy character B and the damage character class. On the other hand, this time, the operating character A is in a state of being attacked by the enemy character B or the like. 5B shows a state where the flame of the damage character F overlaps with the operation character A, and the right side of FIG. 5B shows a state where the operation character A has left the flame of the damage character F. Yes. In this case, in order to shorten the overlap time with the enemy character B damage character F as described above, the forward input is input at a predetermined timing to reduce the damage character F and The life value calculation processing unit 3D controls so that the amount of damage of the operation character A is reduced as compared with a case where the damage amount of the operation character A is less than when the forward input is not performed.
[0041]
(Control flow)
Next, the flow of control based on the control flow diagrams (FIGS. 6, 7, and 8) mainly composed of the arithmetic processing unit 3 related to FIGS. 4A, 5A, and 5B of the production example. Is described below.
[0042]
In FIG. 6, when the slow motion determination unit 3A or the forward motion determination unit 3B of the arithmetic processing unit 3 detects that there has been a slow or forward input by the game input means (step S1), the input is then input. The slow motion determination unit 3A or the forward motion determination unit 3B determines whether it is possible to input by referring to whether it is possible time or whether there is a slow or forward input possible gauge (VFX) E that can be input. Determine (step S2).
[0043]
Next, when it is determined that input is possible, the motion display conversion unit 3C executes video generation processing corresponding to slow or forward (step S3). A life value calculation process is executed in parallel with the video generation process, and the life value of the operation character A or enemy character B corresponding to the input slow or forward input is not thrown or forward input. The life value calculation processing unit 3D performs control processing so that different results can be obtained (step S4).
[0044]
Subsequent to step S4, the life value calculation processing unit 3D determines whether the life value of the operation character A is zero, and when it is determined that the life value of the operation character A is zero (step S5). : Y), it is determined that the game cannot be won or lost or more games can be executed, and the game is ended (step S8).
[0045]
Next, a video generation processing routine corresponding to slow and forward input will be described based on FIG. When it is determined by the slow motion determination unit 3A that the input is a slow input (step S3-1), a slow motion process is executed (step S3-2). In this slow motion process, the motion display conversion unit 3C causes the motion of the operation character A or a character other than the operation character A to move slower than the normal motion.
[0046]
When the forward operation determination unit 3B determines that the input is not slow input but forward input (step S3-3), the forward operation processing (S3-4) is executed. In this forward motion process, the motion display conversion unit 3C described above moves the motion of the operation character A or a character other than the operation character A faster than the normal motion.
[0047]
In this specification, “slow” means frame advance and slow playback in terms of video images, and “forward” means fast forward.
[0048]
The life value calculation control processing routine corresponding to the slot and forward input will be described based on FIG. First, when the slow motion determination unit 3A or the forward motion determination unit 3B of the arithmetic processing unit 3 detects that a slow or forward input is made by an operation input of the game input means 6 of the game player, the game image is displayed on the damage stage. The arithmetic processing unit 3 determines whether or not there is (step S4-1).
[0049]
If it is a damage stage (step S4-1: Y), the life value calculation processing unit 3D performs life value reduction processing according to the life value reduction program for the damage stage prepared in advance in the game program. And execute processing to be reflected in the life gauge D (step S4-4).
On the other hand, if the arithmetic processing unit 3 determines that the stage is not a damage stage, it is next determined whether or not the damage character F exists in the game video (step S4-2), and if the determination result exists. The arithmetic processing unit 3 determines whether or not the damaged character overlaps with the enemy character by a known hit determination (step S4-3).
When the damage character F overlaps with the enemy character (A, B, or C), the life gauge C corresponding to the overlapped enemy character is set according to the damage character as in step S4-4 described above. The life value calculation processing unit 3D executes a life value reduction process based on a life value reduction program prepared in advance in consideration of the damage rate.
[0050]
In the case of this embodiment, the life value reduction program described above depends on the status such as the defense power of the operation character A that changes and grows as the game progresses, the status of the enemy character, or the type and attribute of the damage character F A plurality of life value reduction programs are prepared in advance in the game program. As in the life value reduction program, the life value is not reduced by calculation each time, but the status such as the defense power of the operation character A that grows and changes as the game progresses, the status or damage of the enemy character A plurality of lookup tables can be prepared as data in a storage medium that stores game programs in advance according to the type and attributes of the character F, and the life value can be controlled using this table. .
[0051]
【The invention's effect】
According to the present invention described above, a game program that allows a game player to be involved in video generation, and controls the influence of winning or losing of an operation character according to the generation method, and the game Since it is possible to provide a storage medium that stores a program, it is possible to participate in other genres in addition to attack input, movement input, and jump input as in conventional games, resulting in a deeper game. Can be provided. Therefore, it is possible to diversify the operation method, and it is possible to provide a game program that is hard to get tired and a storage medium that stores the game program.
[Brief description of the drawings]
FIG. 1 is a diagram showing an example of the overall hardware configuration of a game device according to an embodiment of the present invention.
FIG. 2 is a diagram showing an example of a block diagram of a game system according to the present embodiment.
FIG. 3 is an explanatory diagram showing an example of a screen displaying a game video according to the present embodiment.
FIG. 4 is an explanatory diagram showing an example of a screen displaying a game video according to the present embodiment. (A) is explanatory drawing regarding a damage stage, (B) is explanatory drawing regarding an explosive device countdown.
FIG. 5 is an explanatory diagram showing an example of a screen displaying a game video according to the present embodiment. (A) is a diagram showing a state in which the operation character A attacks the enemy character B using the damage character F, and (B) is a state in which the operation character is attacked by the damage character F from the enemy character B or the like. FIG.
FIG. 6 is a control flow diagram.
FIG. 7 is a flowchart showing a video generation processing routine according to slow / forward input.
FIG. 8 is a flowchart of a life value calculation control processing routine.
[Explanation of symbols]
1 Household game device
2 buses
3 Operation processing section
4 RAM
5. Storage medium reading means
6 Game input means
7 Interface section
8 Three-dimensional drawing means
9 Sound processing means
10 CD-ROM
11 Communication interface
12 Memory card
15 Hard disk storage
20 TV system
21 Display screen
22 Speaker
A Operation character
B, C Enemy character
D life gauge
E Slow or forward input possible gauge (VFX)
F Damage character

Claims (8)

Computer
Storage means for storing motion data for each action in order to cause a plurality of characters including operation characters whose actions are controlled by the player to perform a plurality of preset actions on the display screen of the display means;
When a predetermined condition for causing each of the plurality of characters to perform a predetermined action is satisfied, the motion data of the predetermined action is read from the storage means, and is reproduced at a predetermined reproduction speed and displayed on the display screen. Display control means;
An operation means operated by the player to change the playback speed of the motion data to a speed faster or slower than the predetermined playback speed ;
When an operation signal for instructing the change to the fast speed or the slow speed is input from the operation means, the speed of reproduction of the motion data during the reproduction of the character preset according to the game scene among the plurality of characters is set. Playback speed changing means for changing to a fast speed or a slow speed instructed by the operation signal;
Game program to make it function. The computer,
Determining means for determining whether or not a predetermined permission condition is satisfied when the operation signal is input;
Permission means for permitting the reproduction speed change means to change the reproduction speed when the determination means determines that the predetermined permission condition is satisfied;
The game program according to claim 1 for further functioning. The computer,
Further functioning as a second display control means for displaying on the display screen a predetermined gauge indicating whether or not the operation means can be operated by the player;
The determination unit determines whether or not the predetermined permission condition is satisfied based on a display state of the gauge displayed on the display screen when the operation signal is input. The described game program. In the case of a damage-type game scene in which the game scene hinders the movement of the operation character controlled by the player and damages the operation character, it becomes an operation target of the operation means set in advance by the game scene The game program according to claim 1 , wherein the character is an operation character controlled by the player . When the game scene is a game scene in which an operation character operated by the player battles an enemy character, the character to be operated by the operation means set in advance by the game scene is the operation character or the enemy character. The game program according to claim 1, wherein the game program is a predetermined character that damages the game. The computer,
When a predetermined event occurs on the display screen, calculation means for calculating a predetermined value related to the game effect based on the duration of the predetermined event;
The game program according to claim 5 for further functioning. The game program according to claim 6, wherein the predetermined value related to the game effect is a life value provided for the operation character or the enemy character.   A computer-readable storage medium recording the game program according to claim 1.

Images