JP4616613B2 - GAME PROGRAM, RECORDING MEDIUM, AND GAME SYSTEM - Google Patents

Description

In the present invention, when a user (player) operates an operation member, a character (hereinafter referred to as “main character”) displayed on the monitor device is operated, and a plurality of enemy characters are defeated by the operation. In particular, the present invention relates to a game program for a game (so-called “action game”), a recording medium on which the game program is recorded, and a game system on which the game program is executed.

  Conventionally, a main character displayed on a monitor device by a player operating an operation member progresses by defeating a plurality of enemy characters (monsters, etc.) displayed on the display device by being controlled by a computer. An action game to be performed has been proposed in a video game machine (for example, see Non-Patent Document 1).

Koichi Hamamura, “Devil May Cry dismantling book”, first edition, Capcom, October 13, 2001, p50-p55

  In this type of action game, for example, when a main character appears in a predetermined scene, an enemy character appears and attacks the main character. That is, the action of the enemy character is controlled so as to attack the main character by a preset attack program. In this case, the enemy character is not limited to a single character, and multiple enemy characters may appear. However, each enemy character individually corresponds to the main character regardless of the presence of other enemy characters appearing in the scene. Programmed to launch attacks.

  Here, the present inventor does not cause the enemy character to act according to a predetermined program, but sets a parameter representing the psychological state for each of the plurality of enemy characters and causes the player to act based on the parameter. I thought that it would make the game more interesting. For example, when any of a plurality of enemy characters is defeated by the main character, emotions such as “fear” and “barking” are given to the main character, and those emotions affect the behavior of the enemy character thereafter. By doing so (for example, “shake out”, “run away”, etc.), more animal elements are added and the fun of the game is improved.

The invention of the present application has been conceived under the above circumstances, and a game program for an action game in which a parameter representing a psychological state of an enemy character with respect to a main character is set and the enemy character acts based on the parameter The issue is to provide It is another object of the present invention to provide a recording medium on which the game program is recorded and a game system that executes the game program.

  In order to solve the above problems, the present invention takes the following technical means.

According to a first aspect of the present invention, there is provided a computer that controls a game in which a player operates the operation unit to play the main character against a plurality of enemy characters on the game screen of the display unit . A determination unit that determines whether or not an attack has occurred; and when the determination unit determines that any of the plurality of enemy characters has been attacked by the main character, the enemy character that has been attacked is preset. Control value increasing means for increasing the control value of the other enemy character using a psychological influence value that affects the control value obtained by quantifying the psychological state of the other enemy character when the attack is received; Enemy character state change that changes the appearance or behavior of the other enemy character based on the control value increased by the control value increasing means A game program for causing the stage and, to function (claim 1).

In this case, when the control value of the enemy character exceeds a predetermined threshold value, the enemy character state changing means may change the appearance or action mode of the enemy character .

Further, the computer may be further caused to function as a control value reducing means for reducing the control value as time passes when the control value becomes 1 or more. In this case, the ratio of the control value to be decreased by the control value reducing means may be different among the plurality of enemy characters (claim 4).

According to this configuration, when the main character operated using the player's operation unit operates (for example, attacks) an enemy subcharacter (for example, an enemy character such as a monster) different from the main character, The control value that digitizes the psychological state changes. Then, based on the changed control value, for example, when the control value exceeds a predetermined threshold value, the appearance or action mode of the enemy character is changed (for example, “shake out”, “run away”, etc.). Therefore, since the appearance or movement of the enemy character changes with the movement of the main character, that is, the enemy character behaves as if it has intentions and emotions, so that the game is more interesting. Can do.

According to another preferred embodiment, the plurality of enemy characters are provided with a difficulty level indicating difficulty in defeating, and when the appearance or action mode is changed by the enemy character state changing means. The difficulty level change value for changing the difficulty level is set respectively, and the difficulty level change value in which the difficulty level of the enemy character whose appearance or movement mode is changed is set for the enemy character. It is better to further function as a difficulty level changing means for changing using the above (claim 5 ).

The invention according to claim 6, Ru computer readable recording medium der a game program is recorded according to any one of claims 1 to 5 (claim 6).

Invention according to claim 7, comprising a program storage unit for storing a game program according to any one of claims 1 to 5, and a computer for executing the game program stored in the program storage unit, a game A system (claim 7).

  Other features and advantages of the present invention will become more apparent from the detailed description given below with reference to the accompanying drawings.

  Hereinafter, preferred embodiments of the present invention will be specifically described with reference to the accompanying drawings.

  FIG. 1 is a block diagram showing an example of a game device in which a game program according to the present invention is executed. The game apparatus 1 is a so-called video game machine used for home use, and includes a device main body 2, an operation controller 3, a monitor 4, and a disk 5 set in the device main body 2 when a game is executed. An operation controller 3 and a monitor 4 are connected to the apparatus body 2.

  The apparatus main body 2 includes a control unit 11, a disk drive unit 12, and an I / O interface unit 13. An I / O interface unit 13 is connected to the control unit 11, and a disk drive unit 12, an operation controller 3, and a monitor 4 are connected to the I / O interface unit 13.

  The control unit 11 includes a microcomputer that controls the entire operation of the apparatus main body 2, and the microcomputer includes a CPU 15, a RAM 16, a ROM 17, a timer 18, and the like, and each unit is connected via a bus line. The CPU 15 performs data processing based on the game program stored in the disk 5 set in the apparatus main body 2, thereby controlling the display of the image data stored in the disk 5 on the monitor 4 and storing it in the disk 5. Control of the output to the speaker 4a provided in the monitor 4 such as the sound and the sound effect is performed.

The RAM 16 provides a work area for processing game programs and data. In the RAM 16, necessary data programs and data are read from the disk 5 and stored as needed as the game progresses.

  The ROM 17 stores a basic program indicating a basic function of the apparatus main body 2 such as a disk loading function, a procedure for reading a game program stored in the disk 5, and the like.

  The timer 18 is controlled by the CPU 15, operates according to a predetermined timing, and measures a predetermined required time. For example, the timer 18 measures a time that is a reference for a later-described fier value subtraction process.

  The disk drive unit 12 reads programs and data recorded on the disk 5.

  The I / O interface unit 13 inputs a game program read by the disk drive unit 12 and an operation signal from the operation controller 3 to the control unit 11, and receives a video signal and an audio signal from the control unit 11 on the monitor 4 and the speaker. Or output to 4a.

  The operation controller 3 is operated by the player to operate the main character or make various settings relating to the game, and has a plurality of buttons 3a and levers 3b. In the progress of the game, the lever 3b is mainly used as an operation member for instructing the movement and the moving direction of the main character, and the plurality of operation buttons 3a can be used to cause the main character to perform attacks and defenses, or to be equipped. It is used as an operation member for exchanging various weapons and armor, and confirming the acquired item and the current state.

  When the operation controller 3 is operated by the player, the operation signal is input to the control unit 11, and the main character displayed on the monitor 4 operates based on the operation signal. Specifically, the main character performs a specific movement operation such as “walking” or “running” on the screen of the monitor 4 by operating the lever 3 b of the player. In addition, by the player's operation of a plurality of buttons 3a (operation of a specific button 3a or combination operation of a plurality of buttons 3a), the main character is "sword", "physical exercise (kick, punch, etc.)" ”,“ Knife ”and other weapons are used to perform a specific attack.

  The monitor 4 is a device for projecting a game screen or outputting sound according to a video signal or an audio signal sent from the device body 2, and an external input terminal for inputting a video signal or an audio signal. For example, a television receiver. Speakers 4 a for outputting sound are provided on both sides of the front surface of the monitor 4.

  The game program stored in the disk 5 is an action game in which, for example, a main character whose operation is controlled by a player operating the operation controller 3 and a plurality of enemy characters whose operations are controlled by the game program are played. It is a game program. More specifically, in this action game, for example, in a building having a plurality of rooms, the room is used as a battlefield, the main character searches each room while playing against a plurality of enemy characters, and finally the strongest enemy character ( The process of competing against a boss character and defeating the enemy character proceeds in a narrative form.

  As shown in FIG. 2, the progress of the game is divided by a plurality of missions composed of a plurality of rooms, and it is impossible to shift to the next mission unless each mission is achieved. A player guides the main character to the location of the enemy character of the boss by clearing the missions in order, and the game ends by defeating the enemy character of the boss in the last mission.

  Here, for example, when the main character searches for a plurality of rooms, the mission is to acquire a specific item (a game item such as a key or a treasure) necessary for entering each room, or an enemy character of a boss. It is a command to defeat lower-order enemy characters. For example, in the case of a mission for acquiring a specific item, the player moves the main character to a room that can be entered on the screen and searches for the specific item. In this case, in a certain room, a plurality of enemy characters appear in order to hinder the search for the main character, and the player operates the operation controller 3 to cause the main character to perform an attacking action so that the enemy character You can search for a specific item by defeating or avoiding a battle and acquire it. Acquiring a specific item will clear the mission and allow you to move to the next mission.

In this game program, as described above, when a player operates a plurality of operation members such as buttons 3a and levers 3b provided on the operation controller 3, for example, a plurality of weapons possessed by the main character are used. However, of course, the main character may be attacked by the enemy character. Each enemy character and main character has a point called “Health Value”. If you receive damage from an attack, each time you receive damage, the point of “Health Value” is a predetermined amount (the type of enemy character (It varies according to each other). When the “physical strength value” point of the enemy character becomes “0”, the enemy character is defeated and disappears from the screen. On the other hand, if the point of "physical strength value" of the main character click data has become "0", and the end of the game.

  The game program describes processing procedures and various instructions to be executed by the microcomputer of the control unit 11, and controls the game screen, sound and the like according to the operation signal from the operation controller 3. Contains content to do.

  The disk 5 also stores data necessary for executing the game program. This data is composed of, for example, polygon data and texture data, and image data such as a main character, an enemy character, and a background constituting the game screen is stored in the disk 5 as three-dimensional image data. Further, data representing the situation of the main character in the game progress (such as “physical strength value”) and the like, sound data used as BGM and various sound effects, and the like are stored in the disk 5.

  In this action game, parameters representing psychological states such as “fear” and “barking” that enemy characters such as monsters have on the main character are set, so that the enemy character has intention and emotion. Act.

  That is, the enemy character may attack the main character in multiple ways. For example, when an integrated enemy character is defeated by the main character, the enemy character other than the defeated enemy character is defeated by the fellow. As a result, emotions such as “fear” and “barking” come to the main character. When such emotions such as “fear” and “barking” are held, the subsequent actions are made different from those of the normal attack action. For example, the appearance changes or escapes according to the emotion. As a result, the enemy character has an intention and can be more interesting by the game.

  In this action game, the following unique attribute data is set in order to make the enemy character have the emotions such as “fear” and “barking”. Hereinafter, this attribute data will be described.

  The attribute data is preset for each enemy character, and is stored in the disk 5 in the form of a table as shown in FIG. 3, for example. The attribute data stored in the disk 5 is stored in the RAM 16 and is read from the RAM 16 as necessary.

  Each enemy character A, B, C, D,... Has a “fier value” set as attribute data. The fier value is a numerical value of the degree of emotion such as “fear” or “barking” of the enemy character, and “0” is preset as an initial value. The fier value increases when another enemy character appearing in the same battle room is defeated by the attack action of the main character. The enemy characters A, B, C, D,... Have a “fier influence value” to be described later, and the enemy characters A, B, C, D,. It is added as a fier value.

  In addition, when the fire value becomes a natural number of “1” or more, it decreases with the passage of time. This is because the enemy character regains calmness as time passes, and emotions such as “fear” and “barking” fade. That is, there are enemy characters that settle quickly and other enemy characters that settle slowly. Thereby, individuality can be given to each enemy character.

  The rate at which the Fear value decreases with the passage of time is preset for each enemy character as the “Fear Value Decrease Speed” (see FIG. 3) of the attribute data. In the example of FIG. 3, the amount of decrease in the fier value per frame period is expressed. The character B is 60 × 0.167 = 10 points / second, the enemy character C is 60 × 0.001 = 0.06 points / second, and the enemy character D is 60 × 0.335 = 20 points / second. The subtraction amount of the fier value per unit time is also an example, and can be set as appropriate.

  Further, the rate at which the fier value decreases may be changed according to the progress of the game. For example, as the player completes a large number of missions, the rate at which the Fear value decreases may be set to increase. In this way, the enemy character can easily recover to the normal state immediately, and difficulty can be given to the game.

  In this action game, a plurality of game levels are set according to the difficulty of the game, and a game mode corresponding to the game level is provided. When the most difficult game mode is cleared, a bonus mode that is more difficult than the game mode is provided to the player. That is, the player can enjoy the game in the bonus mode. The rate at which the fair value decreases may be set to increase in this bonus mode.

  Each enemy character A, B, C, D,... Has a “fear threshold” as attribute data. The fier threshold is a value serving as a reference when the enemy character takes an action called fier action. That is, when the integrated value of the fier value of the enemy character exceeds the fier threshold value, the enemy character is controlled to be in a state called a fier state. As shown in FIG. 3, a unique value is set for each type of enemy character A, B, C, D,.

  The fier state refers to a state in which the enemy character has fallen into a kind of confusion due to “fear”, “barking”, and the like. When this fier state is reached, the enemy character is controlled to take a fier action. The fier action is an action performed by the enemy character as a result of the enemy character becoming confused. For example, the enemy character may change its body color to blue indicating that the body has turned pale as a fier action, Or tremble. Or, contrary to “fear” or the like, “anger” is remembered and the action speed of the attack on the main character is increased. The image data of the enemy character in these fier actions is stored in the disk 5, temporarily stored in the RAM 16, read out as necessary, and displayed as an image on the monitor 4.

  Each enemy character A, B, C, D,... Has a “fier influence value” as attribute data. The fier influence value is a value added to the fier value of other enemy characters other than the enemy character when a certain enemy character is killed by the main character. That is, when a certain enemy character is defeated by the main character, the fier influence value of the enemy character is added as the fier value of another enemy character. For example, the fier influence value is set to be larger for enemy characters that are relatively difficult for the main character to defeat. This is to increase the degree of fear (fear value) of other enemy characters when an enemy character that is relatively difficult to defeat is defeated.

  Note that the fier influence value may be changed so that, for example, the value becomes smaller as the player completes a plurality of missions. Further, the fier influence value may be changed so that the value becomes smaller in the bonus mode described above.

  Each enemy character A, B, C, D,... Has a “fier flag” as attribute data. The fier flag is a flag indicating whether or not the enemy character is in the fier state. For example, when the enemy character is in the fier state, the fier flag is changed from “0” to “1”. When the fier flag becomes “1”, the behavior of the enemy character thereafter changes, and for example, the action speed of the enemy character becomes slow.

  Here, in this action game, “difficulty value” is set as data unique to the enemy character. This difficulty value is a degree indicating the difficulty when the main character defeats the enemy character, and is a value that is preset for each enemy character and changes according to the progress of the game. For example, when the difficulty level increases, the attack power when attacking the main character is increased, or the defense power when defending is increased.

  Each enemy character A, B, C, D,... Has a “difficulty change value” that changes the difficulty value as attribute data. The difficulty level change value is a value that changes the difficulty level value of the enemy character when the enemy character is in the fier state. As the difficulty level change value, a unique value is set for each enemy character. For example, when an enemy character is in a fier state, its own difficulty change value is added to its own difficulty value, and the changed difficulty value affects the action of the enemy character, and an action corresponding to that difficulty value is performed. It comes to take. For example, as described above, the attack power when attacking the main character is increased, or the defense power when defending is increased.

  Note that the difficulty level change value has a positive value or a negative value depending on each enemy character, and when the positive difficulty level change value is added to the difficulty level value, the difficulty level value becomes high, and the player For that, the enemy character becomes difficult to defeat. On the other hand, when a negative difficulty level change value is added to the difficulty value, the difficulty value becomes low, and it is easy for the player to defeat the enemy character. As described above, when the difficulty level value is increased or decreased, individuality appears in the enemy character, and it can be more interesting.

  For each enemy character A, B, C, D,..., “Response speed” is set as attribute data. The reaction speed represents the speed of movement of an enemy character when the enemy character is in a fier state and takes a fier action. For example, according to FIG. 3, the enemy character A moves faster by “5” frames when performing the fier action. Further, the enemy character D is slowed down by the speed of “10” frames when performing the fier action. Note that the reaction speed is set to “0” for an enemy character whose movement speed does not change when performing a fier action (in this case, the enemy characters B and C).

  Next, the operation of the above configuration will be described with reference to the flowchart shown in FIG. 4 and the diagram showing how the enemy characters change in FIG. 5. The flowchart shown in FIG. 4 relates to a battle process when a main character enters a room serving as a battle field of a certain mission.

  FIG. 5 shows a case where a plurality of enemy characters A1, A2, A3, B1, and B2 appear on the monitor screen. The enemy characters A1, A2, and A3 indicate that they are the same type of character. Characters B1 and B2 indicate the same type of character. Further, the left part of FIGS. 5A to 5D shows the number of frame screens based on the moment when the enemy characters A1, A2, B1, and B2 first appear on the screen. For example, in FIG. 5B, the number of frames is “100”, which represents the 100th frame after the enemy characters A1, A2, B1, and B2 first appear. 100 / 60≈1.66 seconds later.

  When the player attaches the disc 5 to the disc drive unit 12 of the apparatus main body 2, the disc drive unit 12 reads out the game program and data necessary for the game stored in the disc 5 (S1).

  When the game is started based on the read game program, the game progress process in the battle mode is started (S2). That is, a background image corresponding to the mission (a three-dimensional image of a predetermined battle room that battles with the enemy character) and an image of the main character (a three-dimensional image) are displayed on the game screen. Then, an enemy character image (three-dimensional image) is displayed on the screen at a predetermined timing. For example, FIG. 5A shows that enemy characters A1, A2, B1, and B2 have appeared in the battle room. At this time, the fier value of each enemy character A1, A2, B1, B2 is the initial value “0”.

  Thereafter, the main character, the enemy character, and the background image on the screen are appropriately changed based on the operation by the player's operation controller 3. The action of the enemy character is controlled by a preset attack program so as to attack the main character regardless of whether or not the player has operated the main character. Therefore, for example, when the player moves the main character out of the battle area, the battle mode is canceled, and the enemy character stops the attack action and is not accompanied by a change in the background image. Although not shown in the flowchart of FIG. 4, when the main character is defeated by an enemy character, the game ends.

  When such a game progress process in the battle mode is performed, a fier flag reference process is then performed. In the fier flag reference process, the fier flag of each enemy character is referred to, and it is determined whether or not the fier flag is “1” (S3). When the fier flag is “1” (S3: YES), a fier action process using the fier flag is performed (S4).

  In the fier action process, the enemy character is controlled to perform the following actions. That is, because the main character is afraid and runs away from the main character, the main character is afraid and moves by sticking to the ally to protect itself with the shadow of the ally, the main character is afraid and is in danger Movement becomes agile, fear of the main character, resulting in dull movement, fear of the main character, defensive over attack and prevention of the main character's attack, fear of the main character, confusion with fear Examples of the fier action by the fier flag include attacking a friend as a state is reached, fearing the main character and not attacking the main character.

  In addition, said fier action may be performed as a result of considering a fier flag and a difficulty level value.

  Next, it is determined whether or not the fier value of the enemy character is a natural number (S5). If the fier value is a natural number (S5: YES), a fier value subtraction process is performed (S6). That is, the fier value decreasing speed of each enemy character shown in FIG. 3 is referred to, and the fier value is decreased with time using the timer 18. For example, in the enemy character A1, the fier value is decreased at a rate of 10 points / second.

  Next, it is determined whether or not any enemy character is defeated by the battle between the main character and each enemy character (S7). That is, when the enemy character is attacked by the main character, the enemy character's health value is “0”, and it is determined that the enemy character has been defeated (S7: YES), other than the defeated enemy character. The fier influence value of the defeated enemy character is added to the fier value of the enemy character (S8).

  For example, if the enemy character A2 is defeated by the main character in the state of FIG. 5B (100th frame from the appearance of the enemy characters A1, A2, B1, and B2), the fier influence value “80” of the enemy character A2 is assumed. (See FIG. 3) is added to the fire values of the enemy characters A1, B1, B2 other than the enemy character A2. That is, the fier value of each enemy character A1, B1, B2 is changed from “0” to “80”.

  Further, in the state of FIG. 5 (c) (160th frame from the appearance of enemy characters A1, A2, B1, and B2), if an enemy character A3 newly appears instead of the fallen enemy character A2, the enemy character Since A3 did not appear when the enemy character A2 was defeated, the fier value is “0”.

  Next, for each enemy character, it is determined whether or not its own fier value exceeds its own fier threshold value (S9). If it is determined that the fier value does not exceed the fier threshold value (S9: NO), the process returns to step S2. That is, the process for determining the fier flag described above (step S3) and the process for determining the fier value (step S5) are performed.

  Here, according to FIG. 5 (b), for the enemy characters A1, B1, and B2, since the enemy character A2 is defeated, the fier values of the enemy characters A1, B1, and B2 are natural numbers. A fier value subtraction process (S6) is performed on these fier values. Specifically, referring to FIG. 5 (b) and FIG. 5 (c), the number of frames after the enemy character appears has changed from “100” to “160”, and the enemy characters A1, B1, Since the F2 value of B2 decreases at a rate of 10 points / second, it changes from “80” to “70”, respectively.

  On the other hand, if it is determined in step S9 that the fier value has exceeded the fier threshold value (S9: YES), the enemy character shifts to the fier state (S10). Specifically, in the state of FIG. 5D (the 280th frame from the appearance of the enemy characters A1, A2, B1, and B2), when the enemy character B1 is defeated by the main character, the other enemy characters A1, B2, and so on. The fier influence value “60” of the defeated enemy character B1 is added to the fier value of A3. In the state shown in FIG. 5D, 120 frames are displayed on the monitor screen from the state shown in FIG. 5C. For example, the fier value of the enemy character A1 is 70 (the state shown in FIG. 5C) − 20 (120 frame image display) +60 (fier influence value of enemy character B1) = 110.

  Here, since the fier threshold value of the enemy character A1 is “100” (see FIG. 3), that is, the fier value exceeds the fier threshold value, the enemy character A1 shifts to the fier state.

  In this case, in the state of FIG. 5 (d), the enemy character B2 of a different type also has a fier value of “110”, but the enemy character A1 and the fier threshold value “130” are different. Since it is higher than that of the character A1, the enemy character B2 is not in a fier state. The enemy character A3 is of the same type as the enemy character A1, but since the appearance timing is later than the enemy character A1, the fier value does not exceed the fier threshold value, and the enemy character A3 does not enter the fier state.

  When the enemy character shifts to the fier state, the fier flag of the enemy character is changed from “0” to “1” (S11), and the fier value is reset to “0”.

  When shifting to the fier state, the difficulty value of the enemy character is increased or decreased (S12). Specifically, a difficulty level change value is set in advance for each enemy character (see FIG. 3). However, when the enemy character enters the fier state, the own difficulty level change value is added to the own difficulty level value. For example, if the difficulty value before the enemy character A1 enters the fier state is “500”, the difficulty level change value “−200” (see FIG. 3) of the enemy character A1 is added to the difficulty value when the enemy character A1 enters the fier state. The difficulty level value is “300”. That is, the enemy character A1 has a lower difficulty level when it shifts to the fier state.

  In this case, since the difficulty level change value of the enemy character D is a positive value (“300”) (see FIG. 3), for example, when the enemy character D is in a fier state, the difficulty level value becomes large. That is, it becomes more difficult for the player to defeat the enemy character D.

  When the enemy character is in a fier state, a process of causing a fier action is performed (S13). For example, as a fierce action, a pattern such as “the appearance changes”, the color of the body turns blue, the color of the body turns red due to anger, the body shape is changed to counter the attack of the main character, etc. Can be mentioned.

  Also, as a fier action, as a pattern of "special action", tremble by fear, get angry conversely, divide yourself and increase friends, fuse with friends and increase power, provocatively aim the main character And concealing that they are "fearing", trying to escape the main character's attack by pretending to be dead, and calling friends.

  The fier action of the enemy character is preset for each enemy character, and any of the actions described above is performed. Alternatively, a plurality of actions may be performed in combination. Depending on the type of enemy character, there may be one that does not cause the above-mentioned fier action.

  In this way, in a plurality of enemy characters, a fier value indicating a psychological state such as “fear”, “barking”, or “anger” is set for each enemy character, and when it exceeds the fier threshold, a fier state is set. By controlling to take the fier action, the enemy character behaves as if it has an intention, so that the fun of the game can be further increased.

  In addition, when it becomes a fier state, a series of setting changes, such as resetting a fier value, setting a fier flag, and changing a difficulty value, may be performed after the fier action is performed.

Also, for example, when an enemy character is performing an action of attacking the main character and another enemy character is defeated by the main character, the attacking enemy character immediately enters the fier state and becomes fierce. instead of performing an action may be to perform Fir behavior after completing the operation by the attack on the main character.

  After the fier action process of step S13 is performed, the process returns to step S2, and the process of determining the fier flag described above (step S3) is performed. Since the fier flag is set to “1” for the enemy character that has performed the fier action, the fier action process (S4) using the fier flag is performed. That is, the fier action process by the fier flag is a process different from the fier action process shown in step S13.

  Note that when the fier action is performed in the above-described bonus mode, the enemy character may be transformed into a specific character with further improved attack power and defense power.

  Of course, the scope of the present invention is not limited to the embodiment described above. For example, in the above embodiment, the fier value is changed when the enemy character is defeated, but the event in which the fier value changes is not limited to this. For example, when the main character applies a powerful attack to an enemy character, and the enemy character is drowned due to the attack, or when the enemy character is heavily damaged, control is performed so that the fier value of other enemy characters increases. May be.

  In the above embodiment, the processing of the fier value when a plurality of enemy characters appears is described. Instead, a single enemy character appears, and the enemy character is moved by the movement of the main character with respect to the single enemy character. May be controlled to take a fier action. For example, the enemy character may be controlled to cause a fier action when the main character performs a provocation action against the enemy character.

It is a block diagram which shows an example of the game device with which the game program which concerns on this invention is performed. It is a figure showing the progress image of a game. It is an example of the table which shows the attribute data of enemy characters. It is a flowchart which shows the control action of a game device. It is a figure which shows the change condition of the fier value of an enemy character.

Explanation of symbols

DESCRIPTION OF SYMBOLS 1 Game device 2 Apparatus main body 3 Operation controller 4 Monitor 5 Disk 11 Control part 12 Disk drive unit 13 I / O interface part 15 CPU
16 RAM
17 ROM
18 Timer A1, A2, A3, B1, B2 Enemy character

Claims (7)

A computer that controls a game in which a player operates the operation unit to cause the main character to battle a plurality of enemy characters on the game screen of the display unit .
Determining means for determining whether the enemy character has been attacked by the main character;
If it is determined by the determination means that any of the plurality of enemy characters has been attacked by the main character, the enemy character that has been set in advance for the enemy character that has been subjected to the attack is set to another enemy. Control value increasing means for increasing the control value of the other enemy character using a psychological influence value that affects the control value obtained by quantifying the character's psychological state;
Enemy character state changing means for changing the appearance or action mode of the other enemy character based on the control value increased by the control value increasing means;
A game program characterized by being made to function.   The game program according to claim 1, wherein the enemy character state changing means changes the appearance or behavior of the enemy character when the control value of the enemy character exceeds a predetermined threshold. The computer,
3. The game program according to claim 1, wherein when the control value becomes 1 or more, the game program is further caused to function as a control value decreasing unit that decreases with the passage of time.   The game program according to claim 3, wherein a ratio of the control value to be decreased by the control value decreasing unit is different among the plurality of enemy characters. The plurality of enemy characters are provided with a difficulty level indicating difficulty in defeating, and the difficulty level change that changes the difficulty level when the appearance or action mode is changed by the enemy character state changing means. Each value is set,
The computer,
Difficulty changing means for changing the difficulty level of the enemy character whose appearance or behavior has been changed by the enemy character state changing means using a difficulty level change value set for the enemy character;
The game program according to any one of claims 1 to 4, further functioning.   A computer-readable recording medium on which the game program according to claim 1 is recorded. A program storage unit storing the game program according to any one of claims 1 to 5 ;
A computer for executing the game program stored in the program storage unit ;
A game system with

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