JP3488217B2 - Game program - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The present invention relates to a simulation (RPG) game, and particularly to a battle part battle,
A game program that enhances interactivity by reflecting the intention behavior of the player in the battle result rather than just watching the evasive behavior, so that the player can feel more participating in the battle. Is.

[0002]

2. Description of the Related Art Conventionally, for example, a simulation game in which robots battle each other is known.

In this simulation game, for example, in a battle mode, a "player phase" (that is, when an ally unit that is a player's battle piece is attacking) and an "enemy phase" (that is, a battle piece on the enemy side) A turn system is adopted in which one turn is made by going around a total of 2 phases (when the enemy unit attacks).

Specifically, the enemy and ally do not attack or counterattack each other during one phase, but during the "player (friend) phase", the enemy army acts to defend and avoid, and the "enemy (enemy) phase". Occasionally, he takes actions to defend and avoid. In other words, the player (ally) and enemy (enemy) fight back and forth within one turn.

22 and 23 show a series of schematic flows of this conventional battle mode.

FIG. 22 is a diagram showing a series of flow of the "player (friend) phase" (at the time of ally attack) in the battle mode.

In FIG. 22, FIG. 22 (a) is a pre-battle information screen, which is a screen before a player attacks an enemy unit capable of attacking. In this example, the accuracy rate of the friendly unit is "80%", and the attack power is "150",
HP of both units (hit points: life energy)
Indicates 1000 points. The hit rate of “80%” is a probability value that about 8 hits will occur if about 10 people do it.

[0008] Here, if the enemy side selects "avoid" among the selectable unit commands "avoid" and "defend",
For the enemy unit, the attack power of the player is “15
With the value "0" remaining, the hit rate of the player becomes "40%", and the screen is switched to the battle effect screen of FIG. 22 (b-1) to perform the automatic battle.

After that, when the battle ends and the player unit hits with an attack (hit), FIG. 22 (c-1)
The battle result display screen is switched to and the battle result is displayed. As shown in the figure, the battle result is displayed by displaying character information such as damage, critical (major blow), defense, and evasion, and by showing a dialogue expressing them.

In this case, since the attack power is 150, the damage given to the enemy unit is 150 and the HP of the enemy unit is 850 points.

On the other hand, when the battle ends and the player unit does not hit (hit) the attack, FIG.
The battle result display screen of 2) is displayed and the battle result is displayed. In this case, since the enemy unit is prevented from attacking, the enemy unit cannot be damaged, and the HP of the enemy unit remains 1000 points.

On the other hand, when the enemy side selects "defense" from the selectable unit commands "evasion" and "defense", the enemy's hit rate is "8".
The player's offensive power becomes “75” with 0% ”, and the screen is switched to the battle effect screen of FIG. 22 (b-1) to perform the automatic battle.

Then, when the battle ends and the player unit hits with an attack (hit), FIG. 22 (c-3)
The battle result display screen is switched to and the battle result is displayed. In this case, since the attack power is 75, the damage done to the enemy unit is 75, and the HP of the enemy unit is 925 points.

On the other hand, when the battle is over and the player unit does not hit (hit) the attack, FIG.
The display switches to the battle result display screen of 4), and the battle result is displayed. In this case, since the enemy unit is prevented from attacking, the enemy unit cannot be damaged, and the HP of the enemy unit remains 1000 points.

Further, FIG. 23 is a diagram showing a series of flows of the "enemy phase" (at the time of enemy attack) in the battle mode. The player (ally) side and the enemy (enemy) shown in FIG. ) The shape is just the opposite.

That is, in this conventional simulation game, in the battle mode, when the attacker selects and inputs an attack command, and the defender selects and inputs an "evasive" command or a "defense" command, the player enters the battle screen and automatically battles. Is started, for example, a video that reproduces the powerful battle of a large size enemy / ally unit is displayed on the display screen to perform battle production, then after the battle ends, the display screen switches and the battle result It has a series of flows such as is displayed with effects.

As described above, in the conventional battle mode, the attacking side can only select the attacking command, and the defending side can select either the "avoidance" command or the "defense" command. Random numbers determine whether the attack hits or not, and depending on the result, whether the damage is done or not will be left to the computer where the player cannot intervene.

[0018]

As described above, conventionally, in the battle mode of the simulation game, the attacking side selects the attacking command, and the defending side selects either the "evasive" command or the "defensive" command. Only after that, the random number of the computer decides whether the attack hits or not, and depending on the result, whether the damage is done or not will be left to the computer where the player cannot intervene.

Therefore, in the conventional battle mode, the player cannot intervene and expects to make a good decision based on a random number for himself, but he is just watching the automatic battle such as battle and avoidance action to end. It is lacking in fun.

In particular, in this conventional method, for example, when a player is attacked, even if he chooses "evasive" to reduce the hit rate, the probability that the opponent's hit rate is "100%" is obvious. Moreover, even if you choose "defense" and reduce the attack power, if the remaining HP can be completely done with one attack of the enemy unit, you have no choice but to wait for death regardless of the choice of the player.

In view of the above situation, the present invention enhances the interactivity by reflecting the intention behavior of the player in the battle result instead of merely watching the battle and avoidance behavior in the battle part of the simulation game. The purpose is to provide a game program that allows players to feel more like participating in battle.

[0022]

In order to achieve the above object, the invention of claim 1 provides a computer provided with an input means for inputting a player's instruction operation and a display means for displaying an image. There are two phases, a basic conversation part for proceeding with the scenario, a player phase in which the player unit that becomes the player's battle piece attacks, and an enemy phase in which the enemy unit that becomes the enemy's battle piece of the player attacks. A game program comprising at least a turn-based battle part for turning, and executing a simulation game in which the basic conversation part and the battle part are repeatedly performed. Within the predetermined time of 1, move and display the enemy unit on the display means. At the same time, a tracking supplement instruction operation and an attack confirmation instruction operation by the player with respect to the enemy unit that is moving and displayed are accepted, display processing is performed according to the accepted instruction operation, and within the first predetermined time. In the case where the attack confirmation operation is performed by the input means of the player or after the first predetermined time has elapsed, a determination process of whether the attack of the player unit is effective is performed, and the determination process is performed. A player phase processing procedure for displaying a battle result based on the display means, and an image in which the enemy unit tracks and captures the player unit on the display means within the second predetermined time during the enemy phase in the battle part. Display processing and avoidance instruction operation for avoiding the image by the input means of the player When the player unit is moved and displayed on the display means based on the received avoidance instruction operation, and the attack of the enemy unit is confirmed within the second predetermined time, or the second After a lapse of a predetermined time, a player intervention including an enemy phase processing procedure of performing a determination process as to whether or not the attack of the enemy unit is effective, and displaying a battle result based on the determination process on the display means. The computer is made to execute a battle mode.

Further, the invention of claim 2 provides a basic conversation part for advancing a scenario to a computer equipped with an input means for inputting a player's instruction operation and a display means for displaying an image, and a player's basic conversation part. A player phase in which the player unit that is the battle piece attacks and an enemy phase in which the enemy unit that is the enemy player of the player attacks the enemy phase A game program comprising at least a part, for executing a simulation game in which the basic conversation part and the battle part are repeatedly executed, wherein in the battle part,
After the automatic battle video of the battle performed between the player unit and the enemy unit in one phase is displayed, and after the automatic battle process of the battle is completed, the player unit and the enemy unit are set respectively. Based on a success rate parameter and a preset random number, a determination process is performed as to whether or not the attack of the player unit and the enemy unit is effective, and a battle result based on the determination process is displayed on the display means. In the automatic battle mode including an automatic phase processing procedure for processing, in the battle part, the enemy unit is moved and displayed on the display means within the first predetermined time during the player phase, and the movement is displayed. Tracking supplement instruction operation and attack confirmation finger for the enemy unit by the input means of the player When an operation is accepted, display processing is performed according to the accepted instruction operation, and an attack confirmation operation is performed by the input means of the player within the first predetermined time, or after the first predetermined time has elapsed. ,
A player phase processing procedure for performing a determination process as to whether or not the attack of the player unit is effective, and displaying a battle result based on the determination process on the display means, and a second step during the enemy phase in the battle part.
Within a predetermined time period, the enemy unit tracks and displays an image of the player unit on the display unit, and an avoidance instruction operation for avoiding the image by the input unit of the player is received and processed. If the player unit is moved and displayed on the display means based on the avoidance instruction operation, and the attack of the enemy unit is confirmed within the second predetermined time, or after the second predetermined time has elapsed, the A player intervention battle mode including an enemy phase processing procedure for performing a determination process as to whether the attack of the enemy unit is valid and displaying the battle result based on the determination process on the display means. In response to the selection instruction operation input by the input means of the player before entering the battle mode into the battle part And set procedures to switch setting in mind,
The computer is caused to execute an execution procedure of executing the battle part in the battle mode set by the setting procedure.

Further, in the invention of claim 3 according to the invention of claim 2, in the setting procedure, either one of the automatic battle mode and the player intervention battle mode is set to the player before entering the battle part. Display and process a mode setting screen to be selected, and set and process one of the automatic battle mode and the player intervention battle mode in accordance with the player's selection instruction input by the input means on the displayed mode setting screen. It is characterized by

Further, in the invention of claim 4 according to the invention of claim 2, in the execution procedure, during the player phase in the player intervention battle mode, an image of the enemy unit is predetermined according to the player phase processing procedure. The enemy unit is moved and displayed on the display means according to the operation pattern, and the enemy unit is moved and displayed on the basis of the value indicating the direction input by the player by the input means while aiming an image of the player aiming at the enemy unit. The first step of moving and displaying on the display means, and when the player inputs a value indicating an attack decision with the input means within the first predetermined time, or the player attacks with the input means Automatic attack determination processing when the first predetermined time has elapsed without inputting a value indicating the determination In the case of doing, the second step of performing the hit determination process of the attack of the player due to the overlapping state of the image of the enemy unit and the aiming image, and displaying the determination result based on the hit determination on the screen, and The third step of performing a process of calculating the damage amount of the enemy unit according to the result of the judgment and subtracting the life energy value of the unit or maintaining the same as it is, and the process result of the third step The fourth step of displaying the battle result on the display means is executed.

Further, in the invention of claim 5, in the invention of claim 2, the execution procedure is the step of displaying the image of the player unit according to the enemy phase processing procedure during the enemy phase in the player intervention combat mode. Within a predetermined time of 2, the display means is moved and displayed based on the value indicating the direction input by the player by the input means, and an aiming image at which the enemy unit aims at the player unit is displayed. According to the first step of moving and displaying on the display means in which the player unit is moved and displayed so as to focus and track, and the overlapping state of the image of the player unit and the aiming image at the final focusing size. The second which performs a hit determination process for the attack of the enemy unit
And the judgment result based on the hit judgment is displayed on the screen, and the damage amount of the player unit is calculated according to the judgment result or the judgment result is subtracted from the life energy value of the player unit or as it is. And a fourth step of displaying the processing result of the third step as the battle result on the display means.

Further, in the invention of claim 6 according to the invention of claim 4, the execution procedure is performed in the second step according to the player phase processing procedure during the player phase in the player intervention battle mode. When the value indicating the attack decision is input by the input means or when the predetermined time has elapsed, the aiming point at which the player aims at the enemy unit on the weak point image indicating the weak point part of the enemy included in the enemy unit image It is determined whether or not the center portion of the image is hit, and in the third step, as a result of the determination, it is determined that the weak point image is hit with the center portion of the aiming image. When it is determined, the bonus damage is added to the damage amount.

In the invention of claim 7, in the invention of claim 6, in the first step, the weak point image is displayed in an image of the enemy unit in various sizes depending on the type of the enemy unit. In addition to the display processing, the plurality of display processing is performed in the image of one enemy unit according to the type of the enemy unit, and the third step is to change the bonus damage for each of the plurality of weak point images and The feature is that it is added to the damage amount.

Further, the invention of claim 8 is, in the invention of claim 4, having a tug of war variation adjustment range in which the hit rate decreases when the attack power is increased, and the hit rate increases when the attack power is decreased, In the player intervention battle mode, the display procedure for displaying the attack balance bar for setting the attack power value and the hit rate value of the player unit during the player phase on the display means before entering the battle part is performed by the computer. If the value of the hit rate is set low according to the setting instruction operation of the player input by the input means in the attack balance bar displayed by the display procedure, the execution procedure is performed by the player. Displaying the aiming image aiming at the enemy unit in a small size or moving the enemy unit at high speed by the display means Display processing, or display processing of the aiming image in a small size and display processing of the enemy unit by moving the display unit at high speed, while the value of the hit rate is changed according to the input setting instruction operation. If it is set high, the aiming image is displayed in a large size, or the enemy unit is displayed at a low speed in the display unit, or the attacking aim is displayed in a large size and the enemy unit is displayed in a large size. The display means is characterized in that the display processing is performed at low speed. According to the invention of claim 9, in the invention of claim 4, there is a tug-of-war variation adjustment range in which the evasion rate decreases when the defense power is increased, and the evasion rate increases when the defense power is decreased. The display procedure is further executed on the computer to display the avoidance balance bar for setting the defense value and the avoidance rate value of the player unit during the enemy phase in the mode before entering the combat part. In the execution procedure, if the avoidance rate is set to a high value in accordance with the player's setting instruction operation input by the input means on the avoidance balance bar displayed in the display procedure, the enemy unit is Aiming at the player unit Displaying the aiming image in a small size or processing the player unit to the player According to the value indicating the direction input by the input means, display processing is performed at high speed on the display means, or the aiming image is displayed in a small size and the player unit is processed according to the value indicating the direction. If the avoidance rate is set to a low value in response to the input setting instruction operation, the display image is displayed in a large size or the player. The unit performs display processing on the display means at low speed according to the value indicating the direction, or displays the aiming image in a large size and displays the player unit on the display means according to the value indicating the direction. It is characterized in that display processing is performed at low speed. According to a tenth aspect of the present invention, in the display method according to the eighth aspect or the ninth aspect, the display process is performed by enlarging the adjustment width of the balance bar in accordance with an increase in the growth level of the player unit. It is characterized by

[0030]

BEST MODE FOR CARRYING OUT THE INVENTION Embodiments of the present invention will be described in detail below with reference to the accompanying drawings.

FIG. 1 shows a recording medium (a dedicated cartridge with a backup memory) (hereinafter, referred to as a "dedicated cartridge") 1 in which a program of a simulation game according to the present invention is recorded, and a player using the dedicated cartridge 1. FIG. 3 is an external view showing a schematic configuration of a game machine main body 2 for playing the simulation game.

As shown in FIG. 1, this game machine main body 2
Attaches a recording medium (hereinafter, referred to as a "dedicated cartridge") 1 in which a program of a simulation game is recorded to a predetermined insertion port 21 so that the player can play the game in accordance with the game program recorded in the dedicated cartridge. It is a device for playing.

Then, the monitor display screen 22 for displaying the game image, the movement of the cursor on the screen, the selection of the options, particularly the attack I described later in the game of the present invention, are the necessary components for the player to play the game.
When AS, move the site (aim) and avoid IAS described later
Direction key (cross key) 23 used for moving the unit at the time, a start (START) key 24 used for instructing the game start, and NEW GAME or C on the title screen at the beginning of the game.
A select button 25 used when selecting ONINUE, and an A button 26 used for command determination, particularly for determining a site (aiming) position during an attack IAS described later in the game of the present invention. , B button 27 used for canceling, message returning (returning a scenario to a certain place), and particularly, for moving a site (aim) at high speed during an attack IAS described later in the game of the present invention. L button 28 used for fast forwarding a message, and R button 29 used for fast moving a site (aim) at an attack IAS described later, especially in the game of the present invention.
And so on.

FIG. 2 shows the exclusive cartridge 1 shown in FIG.
It is a figure which shows an example of an internal structure.

As shown in FIG. 2, this dedicated cartridge 1 has a ROM 11 therein, and various information necessary for the simulation game according to the present invention is recorded in this ROM 1. Specifically, a game program, conversations between characters, and images that make up a game space that has been prepared in advance, images that represent each place in the game space, images of game characters such as a hero or an enemy, etc. are stored. Has been done.

Hereinafter, a case where the present invention is applied to a simulation game including five parts of "basic conversation part", "strategy part", "tactical part", "battle part" and "intermission" will be described. In addition,
The content of the simulation game is, for example, one with a dramatic storyline, for example, an animation base.

FIG. 3 is a flow chart showing the progress of each part of the simulation game. This game is
It is mainly composed of five parts: a "basic conversation part", a "strategy part", a "tactical part", a "battle part", and an "intermission". Each of these parts is advanced to complete the scenario. .

As shown in FIG. 3, in the progress of the part, first, the conversation part screen for advancing the scenario (see FIG. 4).
Tactical strategy of a stage in which you use the command to go through the basic conversation part, then learn the strategy purpose before the tactics in the scenario, the strategy part in which the basic scenario progresses, and then use the unit command to destroy the enemy unit After the parts (including the battle part) (see FIGS. 5 and 6), then the strategy part, the basic part again, and the intermission using the screen for saving, loading and various configurations (see FIG. 7) ,,,,,,,,,,,,,,,,,,,,,,,,,, __. The ..............................., ............................................-.... / ...-...-- .. ..-. ..-. ..-. Depending on the scenario, some parts may not be present.

Here, each part will be described. First, the basic conversation part is a part in which the scenario progresses. For example, a conversation screen as shown in FIG. 4 is displayed on the monitor screen 22. The character A to be displayed is given an expression pattern to express emotionally. In addition, the background displays a symbolic place of the scene or place.

The strategy map (MAP) (strategy part) is
For example, a part of a map, which is a part of a star, which is the stage, is displayed on one screen. Also, there is a "pointer" on the strategy map.
Is displayed to show the current position of the protagonist, major cities, and areas necessary for the progress of the scenario. Also, in this part, it is possible to hear the content of the strategy of the tactical part to enter next.
In addition, the scenario may progress in this strategy part.

In the tactics part, the player actually thinks about the tactics and moves the units to battle. In addition, the player selects commands such as "Move" and "Battle" of the ally unit to destroy the enemy unit and achieve the tactical purpose. In addition, as shown in FIG. 5, the tactical map is composed of grid-like cells called "squares" on a screen looking down from the center, and buildings, mountains, various terrains, etc. are arranged. The units placed on the map are abstract frames.

The battle part is a part that battles the enemy on the tactical map using the battle part screen as shown in FIG. In this embodiment, the battle part screen is displayed on the monitor screen 22 in the IAS battle mode (in this case, when the player attacks), which is a feature of the present invention. Also, in the battle part, the cut-in is used as in the past, and a large size unit (enemy, ally) is displayed to reproduce a powerful battle scene.

Further, for the intermission, various configurations, saves, loads, etc. can be performed using the intermission screen shown in FIG. 7, for example. In this embodiment, the intermission screen is the feature of the present invention.
The screen structure used when setting ON / OFF of AS battle mode is shown. The transition to this intermission is always inserted when the scenario is cleared and serves as a guide for saving.

By the way, as shown in FIG. 7A, this intermission screen displays various configurations, saves,
In order to perform loading, etc., there are seven selection setting items, for example, "save", "load", "garage", "balancer", "status", "system", and "to the next stage". is doing.

Here, the "save" item is used to save the current play state in a file, the "load" item is used to load the saved data, and the "garage" item is It is used when remodeling a unit, the "balancer" item is used to customize two balancers for attack and avoidance (can be customized for each pilot), and the "status" item is used for the unit and pilot. The "System" item is used to display various statuses such as the sound mode and mechanic pictorial book, and the "To the next stage" item indicates the intermission here. It is used when finishing and moving to the next stage.

When a system item is selected from the above items, a setting screen as shown in FIG. 7B is displayed.

As shown in FIG. 7 (b), on this setting screen, the selection setting items are, for example, "battle animation ON /
It has six items: "OFF function", "IAS combat ON / OFF function", "Sound mode", "Mechanic picture book", "Character picture book", and "Basic term file".

Here, "battle animation ON / OFF function"
The item is used to set whether the animation display is turned on or off during the battle, and "IAS battle ON / OFF" is set.
The "Function" item turns on or off the IAS battle described later.
"Sound Mode" item is used when setting so that you can listen to music, "Mechanic pictorial book" item is used when filing the appeared mechanism, The “Character picture book” item is used when filing the characters that have appeared, and the “basic term file” item is used when filing the terms that appear in the scenario.

Next, the tactical part shown in the flowchart of FIG. 3 will be described.

FIG. 8 is a flow chart showing how to proceed with the tactical part shown in FIG.

As shown in FIG. 8, in this example, the tactical part adopts a turn system, and one turn is completed by one round of both the player phase and the enemy phase. Has become.

In the player phase, "attack",
Destroy enemies by making full use of "unit commands" such as "move" and "whole commands".

Also, in the enemy phase, the enemy unit acts by thinking, and when all units have finished their actions, the phase is automatically terminated.

Next, the battle part shown in the flowchart of FIG. 3 will be described.

The battle part includes attack power, defense power, evasion,
The "normal battle mode" (referred to as the "automatic battle mode" in the claims), which calculates the hit rate and the amount of damage from various parameters such as hit and automatically leads the battle result, is a characteristic part of the present invention. It is possible to reflect the operation of the player in the battle result and enhance the interactivity.
There are two types of battle systems, "S (abbreviation of interactive action system) battle mode" (corresponding to "interactive action mode" in the claims).

Here, in the "normal battle mode", the player selects "IAS battle: ON / O" shown in FIG.
When the FF "selection item is designated and the IAS is set to OFF, the normal battle mode is switched to.

In this normal battle mode, each parameter battles with a set basic value, so this mode may be more advantageous when the player is not confident in his arm.

On the other hand, in the "IAS battle mode", the player indicates "IAS battle: ON / O" shown in FIG. 7B.
If you specify the "FF" selection item and set IAS to ON,
Switch to this "IAS combat" mode. In addition, IAS
Is a system that changes the battle result by not only watching the battle but also participating in the player himself, causing a large attack (critical) or avoiding an unavoidable attack by involving the player. It is a system that can be done.

As described above, since the "IAS battle" has a strong action element, the tactical MAP must keep the tension always maintained. For players who want to proceed as a simulation game OF
F mode is attached.

The on / off switching of the IAS can be changed before the start of battle (pre-battle information screen) and the intermission (intermission screen).

FIG. 9 is a flow chart showing the flow of screen progression in the "normal battle mode" when the above-mentioned IAS battle is turned off among the battle parts in the flow chart shown in FIG.

As shown in FIG. 9, in this normal battle mode, the basic system is a turn system in which one turn is made by going through a total of two phases of "player phase" and "enemy phase".

In this game, since the "IAS combat mode" is adopted, there is no "counterattack" in the "player phase" and the "enemy phase".

In addition, since the enemy and ally fight back and forth during one phase, the enemy army should take actions to defend and avoid during the "player phase", and the allies should take actions to defend and avoid during the "enemy phase". become. Ie 1
The player and enemy fight back and forth in the turn.

In the "enemy phase", either "avoid" or "defense" is selected on the pre-battle information screen.

On the cut-in screen (battle effect screen) in the flow, a larger unit as shown in FIG. 10 is displayed and a battle effect is performed. Further, on the battle result display screen, a “character effect” such as hit or avoidance as shown in FIG. 11 is displayed to inform the player of the battle result.

Next, the above-mentioned IAS battle mode will be described.

The IAS includes "attack IAS" and "evasion IA".
There are two types, "S", and "attack ⇔
You can be involved in "hit rate", and can be involved in "defense power ⇔ avoidance rate" during the enemy phase.

FIG. 12 is a flow chart showing the flow of the screen progression in the above-mentioned "IAS battle mode", in this case, the flow of the attack IAS during the player phase.

As shown in FIG. 12, in this IAS battle mode, first, the player opens a "unit command" by the tactical MAP and selects a command. (In addition, in the case of an attack, weapons are also selected.) After that, select any weapon that can be used and select an enemy within the attack range.

Next, the pre-combat information screen (FIGS. 13 and 14)
Refer to) "Battle cut-in ON / OFF", "IA
Set "S Combat ON / OFF".

Here, when the player selectively sets the IAS battle ON, the battle in the IAS battle mode is started. That is, the player participates in the battle based on the settings of the “attack power” and the “hit rate” changed according to the player's preference (see the attack balancer in FIG. 15 described later) and by operating the attack range (aim). You can do that (see the IAS combat screen in Figure 16 below).

Next, the IAS screen is switched to the cut-in screen, and a larger unit is displayed to give a battle effect.

After that, the battle result is finally displayed by the tactic MAP. Basically, "small cut-in screen" and "character effect" such as hit and avoid are displayed to inform the player of the battle result. Special skills such as sword defense and shield defense will also be selected for cut-in.

Here, as shown in the flow chart of FIG.
The attack balancer of No. 5 will be described.

FIG. 15 is a diagram showing an outline of the attack balancer shown in FIGS. 13 to 15 by the player. The attack balancer customizes "attack power ⇔ hit rate" at the time of attack.

This attack balancer is a system in which the player can customize the "attack power ⇔ hit rate" within a certain range. When the game is introduced, the width of this certain range is small and the balance cannot be changed extremely. Is.

However, since the adjustment range increases as the pilot level of the player's ally unit increases, it is possible to select a larger bias in the final stage of the game.

Specifically, as shown in FIG. 15, it is like a bar graph, and the upper side from the center of the graph shows "attack power" and the lower side shows "hit rate".

Here, the player moves the balance bar to customize "attack power ⇔ hit rate".

As shown in the figure, the balance bar is an image of a tug of war with "attack power" and "hit rate". For example, if the balance bar is swung to the hit rate, the hit rate is increased, but the attack power is suppressed. Conversely, if the balance bar is swung to the attack power, the attack power is increased but the hit rate is lowered. That is, the accuracy rate (high) → attack power (small), the accuracy rate (low) →
It has a relationship that becomes the attack power (large).

It should be noted that the balance adjustment can be freely adjusted as long as it is within the balancer width, and the balance adjustment can be changed by the balancer of the intermission.

Further, when the accuracy is 0% as a result of the adjustment and the correction value of the accuracy, the minimum guarantee is taken.
That is, even if the hit rate is 0%, the attack range (aim) of the IAS is displayed, and it is possible to attack an enemy (very small size).

Even if the hit rate is 100%, it does not mean that the hit is complete. In the IAS combat, the fate of success or failure can be changed depending on the player's arm.

In the above embodiment, the bar graph of the attack balancer is shown in the vertical direction in the vertical direction. However, the present invention is not limited to this. Horizontal writing may be used to express "rate". The numerical values for correction in the figure are tentative values and may be other than this.

The IAS battle screen of FIG. 16 shown in the flow of FIG. 12 and the game operation of the player using this IAS battle screen will be described.

In FIG. 16, the player turns on the IAS battle.
It is a figure which shows an example of 1 display of the IAS battle screen displayed on a display screen when it actually plunges into an IAS battle when it sets to. This IAS battle screen is an abstract representation of the enemy's "avoidance" and the player's "hit".
The expression does not change due to "fighting attack", "shooting attack", etc., but it is a screen for "aiming at the enemy".

In FIG. 16, on the IAS battle screen, the enemy unit F on the enemy side to be attacked by the player is displayed.
Then, an attack range (aim) G for aiming to attack the enemy unit F and a timer H indicating the remaining play time in which the attack IAS battle can be performed are displayed.

Then, the player presses the direction (cross) key 2
3 is operated to adjust the “attack range G” to the “enemy unit F”, and the A button 26 for deciding the attack start is pressed before the time of the timer H expires, whereby the damage determination is performed. All of the enemy unit F silhouettes are “hit judgment”.

Specifically, the player determines the attack range G
The enemy unit F is captured inside and the attack is started by determining with the A button 26. The "weak points (weak points) I" indicated by dots are displayed in the enemy unit F.

This shows the weakness of the enemy unit F,
It is possible to inflict more damage by shooting this "weak point (weak point) I" at the center of the "attack range G" (see FIG. 17).

The size of the weak point I varies depending on the enemy unit F [see FIG. 18 (a)], and the enemy unit F having a plurality of weak points I (for example, a huge unit or a boss character unit). There is also [see FIG. 18 (b)].

Further, as described above, when there are a plurality of weak points I, the respective damage multiplication rates are different. In this example, the weak point I located at the center of the unit has the highest damage multiplication rate. It is getting larger [Fig. 18 (c)].

The bonus damage of each weak point I is further added to the damage amount calculated by the "attack balancer".

By the way, the size of the attack range G is changed by adding the correction value of the "attack balancer" to the% calculated by the normal calculation. When the hit rate is high, the size of the range is large, and when the hit rate is low, the size of the range is small.

Since the size of the attack range G has already been determined by the hit rate before the battle, if the enemy is within the attack range, it is sure to hit. If the enemy is not in the range G, the attack is missed.

That is, the larger the size of the attack range G, the higher the accuracy of the hit.

When IAS starts, the remaining time (about 8 seconds) is displayed, and the player is notified of the time information in a visual form.

If the time is over (00.00) without the IAS being determined, the point of the attack range G at that time is determined and the damage determination is made on the hit.

That is, this is the processing at the time of time-out, and the IAS takes an action of shooting the enemy unit F with the attack range G within the time limit, but at this time, the time limit is exceeded. If that happens, at that point (0
Since it shoots arbitrarily at (0.00 seconds), the place at this "shoot arbitrarily" is the aiming position at "00.00" seconds.

The timer's numerical value (+ -3) depends on the "mobility" of the enemy unit F and the "reaction value" of the ally pilot.
Degree) varies. In other words, this relates to the variation factor of the time limit value, and in IAS, the enemy usually attacks during the time limit of 8.0 seconds, but this value of 8.0 seconds is Depending on how fast you can move) and the reaction value of the pilot (how fast the pilot is), it will fluctuate for + -3 seconds (that is, a time limit of 5-11 seconds).

In this attack IAS mode, the player's attack range G and the enemy unit F are used as the evasive action of the enemy.
When the weak points (weak points) I of are overlapped for a certain period of time, the enemy unit F takes "avoidance action". In reality, the "balance hit rate" of the battle balancer determines the time for the enemy to move to avoid action. That is, if the hit rate is low, the enemy reacts sensitively.

Also, at the time of the attack IAS described here, if the hit rate of the ally unit is low depending on the setting of the player of the attack balance bar, the size of the attack range G is decreased or the movement of the enemy unit F concerned. Speed up or
Alternatively, the size of the attack range G is reduced and the movement of the enemy unit F is accelerated, and if the hit rate is high, the size of the attack range G is increased or the movement of the enemy unit F is reduced, or the attack is performed. Range G
The hit rate may be changed by increasing the size of the enemy unit F and slowing the movement of the enemy unit F.

Next, the avoidance IAS in the enemy phase in the "IAS combat mode" will be described.

FIG. 19 is a flow chart showing the flow of the screen progress in the above-mentioned "IAS battle mode", in this case, the flow of the avoidance IAS during the enemy phase.

As shown in FIG. 19, in this IAS battle mode, the enemy unit F receives an attack selection in the enemy phase.

First, the player selects "ON / OFF of battle cut-in" and "O of IAS battle" on the information screen before battle.
N / OFF ”is set.

Here, when the player selects and sets IAS avoidance ON, the battle in the IAS battle mode is started. That is, the ally unit escapes from the lock-on site (aim) of the enemy unit based on the settings of the “avoidance rate” and the “defense” (see the avoidance balancer in FIG. 20 described later) changed according to the player's preference. The player can participate in the battle by operating it (see the IAS battle screen in FIG. 21 described later).

Then, the IAS screen is switched to the cut-in screen, and a larger unit is displayed to give a battle effect.

After that, the battle result is finally displayed by the tactical MAP. Basically, "small cut-in screen" and "character effect" such as hit and avoid are displayed to inform the player of the battle result. Special skills such as sword defense and shield defense will also be selected for cut-in.

Here, FIG. 1 shown in the flow of FIG.
The avoidance balancer of No. 5 will be described.

In FIG. 20, the player is shown in FIG.
FIG. 20 is a diagram showing an outline of the avoidance balancer shown in FIG. 19; The avoidance balancer is for customizing the "defensive power ⇔ avoidance rate" at the time of avoidance.

This avoidance balancer is a system that allows the player to customize (defense power ⇔ avoidance rate) within a certain range. When the game is introduced, the adjustment range is small and extreme balance changes cannot be made, As the pilot level of the unit increases, the adjustment range will increase, and it will be possible to select a larger bias toward the end of the game.

More specifically, as shown in FIG. 20, it is like a bar graph, and the upper side from the center of the graph shows "defense power" and the lower side shows "avoidance rate".

Here, the player moves the balance bar to customize "defense power ⇔ avoidance rate".

As shown in the figure, the balance bar is an image of a tug of war with "defense" and "avoidance rate". For example, if the balance bar is shaken for the avoidance rate, the avoidance rate is increased, but the defense power is suppressed. Conversely, if the balance bar is shaken for the defense ability, the defense power is increased, but the avoidance rate is decreased. That is, the avoidance rate (large) (small range size) → defense power (small), and the avoidance rate (small) (large range size) → defense power (large).

It is assumed that the balance adjustment can be freely adjusted within the balancer width, and the balance adjustment can be changed by the garage of the intermission.

When the avoidance rate becomes 0% as a result of the adjustment and the correction value of the avoidance rate added, the minimum guarantee can be taken. In other words, even if the evasion rate is 0%, instead of being completely attacked by the enemy unit, there is a space on the screen that can be evaded from the enemy's lock-on site (aim), so the player uses the gap. You can avoid the attack of the enemy unit. In IAS combat, it is possible to enable the impossible depending on the player's arm.

In the above embodiment, the bar graph of the avoidance balancer is shown vertically in the vertical direction. However, the present invention is not limited to this. Horizontal writing may be used to express "rate". The numerical values for correction in the figure are tentative values and may be other than this.

The IAS combat (avoidance) screen of FIG. 21 shown in the flow of FIG. 19 and the game operation of the player using this IAS fight screen will now be described.

In FIG. 21, the player turns on the IAS battle.
It is a figure which shows an example of 1 display of the IAS battle screen displayed on a display screen, when it actually plunges into an IAS battle when it sets to. This IAS battle screen is a screen that abstractly represents "avoidance" of an ally unit and "hit" of an enemy, and the expression does not change due to "fighting attack", "shooting attack", etc. This is a screen for "the enemy aims".

As shown in FIG. 21, in this IAS avoidance mode screen, a lock-on which is a sight of the ally unit J of the player who is attacked by the enemy unit on the enemy side and the enemy unit aiming at this ally unit J A site (aim) K and a timer H for displaying the remaining play time of the avoidance IAS battle mode are displayed.

This avoidance IAS is an IAS that occurs when an enemy attacks the enemy during the enemy phase, and by operating this IAS, the attack from the enemy can be avoided.

Even when the IAS is turned off, the battle result is calculated based on the hit rate and damage calculated from the position of the "avoidance balancer" set by the player.

As a concrete operation method of the player,
The enemy unit F jumps into the screen and hits "Lock on site" K outside the frame. And
A large "lock-on site" K is focused from the outside of the screen while tracking toward the "player cursor" (allied unit J) (image of avoiding "lock-on" from enemy). Then, the player operates the direction (cross) key 23 to escape from the "lock on site" K.

If the "player cursor" (allied unit J) is included in the "lock-on-site" K when the "lock-on-site" K is in the final focus size, it means that the enemy's attack has hit.

Since the focusing speed of "Lock-on-site" K is quite fast, the deployment is speedy.

Here, the final focusing size of the lock-on-site K is changed by adding the correction value of the "avoidance balancer" to the% calculated by the normal calculation. That is, when the defense power is set high, the size of the lock-on site K is large, and conversely, when the avoidance power is set high, the size of the lock-on site K is small.

Since the size of the lock-on-site K has already been determined by the avoidance force before the battle, if the ally unit J is in the lock-on-site K, it will always hit.

If the ally unit J is not in the lock-on-site K when the "timer" is "00.00", the attack is avoided.

The larger the lock-on-site K, the more difficult it is to avoid. That is, there is a relationship of aiming size (small) → avoidance rate (high), defense power (low) aiming size (large) → avoidance rate (low), defense power (high).

When IAS starts, a counter (about 5 seconds) is displayed at the top of the screen, and if IA
If the time is over without S being determined,
The point of the "attack range" at that time is determined and the hit judgment is entered. The timer value (about + -2) changes depending on the "reaction value" of the enemy pilot and the "mobility" of the ally unit.

In the avoidance IAS described here, if the avoidance rate of the ally unit J is large according to the player's setting of the avoidance balance bar, the size of the lock-on site K of the enemy unit F is reduced, or If the ally unit J moves faster, or if the size of the lock-on site K of the enemy unit F is reduced and the ally unit J moves faster, and the evasion rate of the ally unit J is small, To change the avoidance rate by increasing the size of the lock-on-site K or slowing the movement of the ally unit J, or by increasing the size of the lock-on-site K and slowing the movement of the ally unit J. You can

In the above embodiment, the cartridge game program recording simulation game is attached to the main body of the portable game machine to play the game. However, the present invention is not limited to this. The cartridge for storing the simulation game program according to the present invention can be applied to a configuration in which a game is attached to a home-use game machine or the like, and a dedicated portable device in which the simulation game program according to the present invention is directly recorded and held therein. Applicable to molds or home game machines.

According to the IAS battle mode having the above-mentioned configuration, the battle mode can be made more interesting.
It is possible to add a sharpness to the simulation game, which is said to be a thought-type game, and to provide a more interesting game.

Further, according to the above configuration, for example, in the case of the computer entrusted mode in the automatic battle mode, even if it is known that the enemy unit is surely defeated (dyes) by the attack of the next enemy unit, the player's arm (operation) Technique)
Depending on the situation, it is possible to avoid (run away), so that new fun can be brought out.

Further, according to the above configuration, the IAS battle mode can be set ON / OFF according to the player's request, so that a player who is not confident in his / her arms can select the mode by leaving it to the computer as usual.

Finally, the characteristic parts of the present invention in the above program will be summarized. FIG. 24 is a diagram showing the processing in the battle mode when the player attacks, and FIG. 25 is a diagram showing the processing in the battle mode when the enemy attacks.

The present invention characterized by a battle mode when a player attacks (see FIG. 24); input means (23 to 29) capable of inputting a value indicating a direction and a value indicating determination and a screen (22) capable of displaying an image. ) And a computer (2) having a predetermined success rate parameter (hit rate) between a player side character (ally character / ally unit) and an opponent character (enemy character / enemy unit), This is a game program for performing a battle (battle) by determining win or loss based on a success rate parameter.

The winning / losing judgment is made by moving the image of the opponent character in the screen according to a predetermined motion pattern and displaying (STP1, 3), and aiming at a size set based on the success rate parameter. An image (image of the attack range) is moved and displayed on the screen based on the value indicating the direction input by the input means (STP).
2, 4) Step A; Step B of performing a hit determination (STP6) between the image of the opponent character and the aiming image based on the value indicating the decision input by the input means; Step C of displaying the result of winning or losing based on (STP8) on the screen.

Therefore, in the determination of win / loss based on the success rate parameter, the value of the success rate parameter does not directly become the win / loss probability by adding the influence of the operation of the player. In other words, it is a game in which the fate of winning or losing can be changed depending on the skill of the player, so the interest is increased.

The winning / losing judgment is based on the value input by the input means in the first mode (automatic battle).
And a second mode (IAS combat) is selected (STP0); when the second mode is selected, the steps A, B and C are executed; When the mode is selected, the win / loss result is calculated based on the success rate parameter and the random number (STP11).
Then, a step of displaying (STP8) on the screen may be included.

The invention of the present application, which is characterized by a battle mode at the time of an enemy attack (see FIG. 25); input means (23 to 29) capable of inputting a value indicating a direction and a value indicating a decision, and a screen capable of displaying an image ( And a player-side character (allied character / allied unit) having a predetermined success rate parameter (avoidance rate),
This is a game program for performing a battle (battle) with an opponent character (enemy character / enemy unit) by determining win / loss based on the success rate parameter.

The winning / losing determination is made by moving the image of the player side character on the screen based on the value indicating the direction input by the input means (STP1).
01, 103), and a moving image (lock-on-site image) whose size (focusing size) is set based on the success rate parameter is moved and displayed within the screen based on a predetermined operation pattern. (STP102,
104) Step D; and collision determination between the image of the player side character and the aiming image (STP106).
And a step F of displaying the result of winning or losing based on the hit determination on the screen (STP108).

Therefore, in the determination of win / loss based on the success rate parameter, the value of the success rate parameter does not directly become the win / loss probability by adding the influence of the operation of the player. In other words, it is a game in which the fate of winning or losing can be changed depending on the skill of the player, so the interest is increased.

The winning / losing judgment is based on the value input by the input means in the third mode (automatic battle).
And a fourth mode (IAS combat) is selected (STP100); when the fourth mode is selected, the steps D, E, and F are executed; When the mode is selected, the win / loss result is calculated based on the success rate parameter and the random number (STP).
111) and displaying on the screen (STP108).

[0147]

As described above, according to the present invention,
A turn system in which the player unit, which is the player's battle piece, attacks and the enemy unit, which is the enemy's battle piece of the player, attacks the enemy phase You can make the battle part more interesting,
As a result, it is possible to add a distinctiveness to the thinking type simulation game that executes the battle part, and it is possible to provide a more interesting game.

[Brief description of drawings]

FIG. 1 is a recording medium (dedicated cartridge) on which a program for a simulation game according to the present invention is recorded,
The external view which shows the schematic structure of the game machine main body for a player to play the said simulation game using this exclusive cartridge.

FIG. 2 is a diagram showing an example of the internal configuration of the dedicated cartridge shown in FIG.

FIG. 3 is a flowchart showing the progress of each part of the simulation game according to the present invention.

FIG. 4 is a diagram showing a display example of a conversation part.

FIG. 5 is a diagram showing an example of display in a tactics part.

FIG. 6 is a diagram showing a display example of a battle part.

FIG. 7 is a diagram showing a configuration example of an intermission screen.

FIG. 8 is a flowchart showing the flow of how to proceed with the tactical part.

FIG. 9 is a flowchart showing the flow of screen progression in normal battle mode.

The figure which shows one constitution example of the battle production picture.

FIG. 11 is a diagram showing an example of the configuration of a battle result display screen.

FIG. 12 is a flowchart showing the flow of the IAS combat mode screen progression, particularly the attack IAS screen progression during the player phase.

FIG. 13 is a diagram showing an example of the configuration of a pre-battle information screen.

FIG. 14 is a diagram showing a configuration example of a balancer setting screen.

FIG. 15 is a diagram showing an outline of an attack balancer.

FIG. 16 is a diagram showing a display example of a screen in the attack IAS mode.

FIG. 17 is a diagram showing how damage points differ depending on the location of the attack range (aim).

FIG. 18 is a diagram showing weak point display of an enemy unit and damage values of a plurality of weak points.

FIG. 19 is a flowchart showing the flow of the IAS combat mode screen progression, particularly the avoidance IAS screen progression during the enemy phase.

FIG. 20 is a diagram showing an outline of an avoidance balancer.

FIG. 21 is a diagram showing a configuration example of a display screen in the avoidance IAS mode.

FIG. 22 is a diagram showing a flow of a series of outlines of a conventional battle mode.

FIG. 23 is a diagram showing a flow of a series of outlines of a conventional battle mode.

FIG. 24 is a diagram showing processing in a battle mode when a player attacks.

FIG. 25 is a diagram showing processing in a battle mode at the time of an enemy attack.

[Explanation of symbols]

1 Dedicated cartridge 11 ROM 2 Game console body 21 Slot 22 Monitor screen 23 direction keys 24 START button 25 SELECT button 26 A button 27 B button 28 L button 29 R button A character A-1 ally character A-2 ally character B Dialogue display C command input section D enemy piece E ally coma F enemy unit G Attack Range (Aim) H timer I weak point J ally unit K lock on site (aim)

─────────────────────────────────────────────────── ─── Continuation of the front page (72) Inventor Narimitsu Takamiya 11-34, Toyotsu-cho, Suita City, Osaka Prefecture 10 No. 505 Maidaville Winkey Soft Co., Ltd. (56) Reference JP 2001-136583 (JP, JP, A) SEGA OFFICIAL BOO KS Let's create a professional baseball team! Official Guide-Ikeike-, Nihon, Sega Enterprises Co., Ltd., March 4, 1998, p4-5, p14-15, p31 (58) Fields investigated (Int.Cl. ⁷ , DB name) ) A63F 9/24 A63F 13/00-13/12

Claims (10)

(57) [Claims] 1. A basic conversation part for advancing a scenario, and a player unit serving as a player's battle piece, for a computer equipped with an input means for inputting a player's instruction operation and a display means for displaying an image. At least, a player phase for attacking and a turn part for taking one turn by going through a total of two phases of the enemy phase, which is an enemy unit that becomes a battle piece on the enemy side of the player A game program for executing a simulation game in which a basic conversation part and the battle part are repeatedly performed. In the battle part, the enemy unit is moved and displayed on the display means within a first predetermined time during the player phase. , The play against the enemy unit that is being displayed A tracking supplement instruction operation and an attack confirmation instruction operation by the input unit of the player are received, display processing is performed according to the received instruction operation, and the attack confirmation operation by the input unit of the player is performed within the first predetermined time. In the case of being broken or after the lapse of the first predetermined time, a player phase for performing a determination process as to whether or not the attack of the player unit is effective and displaying a battle result based on the determination process on the display means. The processing procedure, and in the battle part, during the enemy phase, an image in which the enemy unit tracks and tracks the player unit is displayed on the display means within the second predetermined time, and the input means of the player is used to display the image. The avoidance instruction operation for avoiding the image is accepted and processed, and the display is performed based on the accepted avoidance instruction operation. When the player unit is moved and displayed on the means and the attack of the enemy unit is confirmed within the second predetermined time, or after the second predetermined time has elapsed, the attack of the enemy unit is effective. A game program for causing the computer to execute a player intervention battle mode including a determination process of whether or not there is, and an enemy phase process procedure of displaying a battle result based on the determination process on the display means. . 2. A basic conversation part for advancing a scenario and a player unit serving as a player's battle piece, for a computer having an input means for inputting a player's instruction operation and a display means for displaying an image. At least, a player phase for attacking and a turn part for taking one turn by going through a total of two phases of the enemy phase, which is an enemy unit that becomes a battle piece on the enemy side of the player A game program for executing a simulation game in which a basic conversation part and the battle part are repeatedly executed, wherein an automatic battle video of offense and defense performed between the player unit and the enemy unit in the two phases in the battle part. After the display processing and the automatic battle processing for the offensive and defense is completed, Success rate parameter set in each of the player unit and the enemy unit, and performs a determination process of whether the attack of the player unit and the enemy unit is effective based on a preset random number, An automatic battle mode including an automatic phase processing procedure for displaying a battle result based on the determination processing on the display means; and in the battle part, the enemy unit on the display means within a first predetermined time during the player phase. Is displayed on the enemy unit that is moving and displayed, and a tracking supplement instruction operation and an attack confirmation instruction operation by the input unit of the player with respect to the enemy unit that is moving and displayed are received, and display processing according to the received instruction operation is performed. The attack confirmation operation by the input means of the player is performed within a predetermined time of 1. In the case of or when the first predetermined time has elapsed, a player phase process of performing a determination process as to whether the attack of the player unit is effective and displaying a battle result based on the determination process on the display means. In the procedure and in the battle part, an image in which the enemy unit tracks and tracks the player unit is displayed on the display means within the second predetermined time during the enemy phase, and the image by the input means of the player is displayed. The avoidance instruction operation for avoiding is received and processed, the player unit is moved and displayed on the display means based on the received avoidance instruction operation, and the attack of the enemy unit is confirmed within the second predetermined time. In the case or after the second predetermined time has passed, a process of determining whether the attack of the enemy unit is effective And a player intervention battle mode including an enemy phase processing procedure for displaying the battle result based on the determination processing on the display means before entering the battle part. Causing the computer to execute a setting procedure for arbitrarily switching and setting according to a selection instruction operation input by the input means, and an execution procedure for executing the battle part in the battle mode set by the setting procedure. Characteristic game program. 3. The setting procedure includes displaying a mode setting screen that allows the player to select one of the automatic battle mode and the player intervention battle mode before entering the battle part, and displaying the mode. 3. The game program according to claim 2, wherein one of the automatic battle mode and the player intervention battle mode is set and processed in accordance with a player's selection instruction input by the input means on a setting screen. 4. The execution procedure, during the player phase in the player intervention combat mode, moves and displays the image of the enemy unit to the display means according to a predetermined operation pattern in accordance with the player phase processing procedure, and A first step of moving display processing of a sighting image in which a player aims at the enemy unit on the display means in which the enemy unit is moved and displayed based on a value indicating a direction input by the player by the input means. And when the player inputs a value indicating an attack decision by the input means within the first predetermined time, or when the player does not input a value indicating an attack decision by the input means, the first predetermined time The image of the enemy unit and the aiming image when the automatic attack determination process is performed when The second step of performing the hit determination process of the player's attack depending on the overlapping state of the player, displaying the determination result based on the hit determination on the screen, and the damage amount of the enemy unit depending on the result of the hit / decision. And a third step of performing a process of subtracting the life energy value of the unit or maintaining it as it is, and a fourth process of displaying the processing result of the third step as the battle result on the display means. The game program according to claim 2, wherein the steps are executed. 5. The execution procedure is such that, during the enemy phase in the player intervention combat mode, the player unit inputs an image of the player unit by the player within the second predetermined time according to the enemy phase processing procedure. The display unit performs movement display processing based on the value indicating the direction, and the player unit is moved and displayed so as to focus and aim the aiming image at which the enemy unit aims at the player unit. A first step of performing a moving display process on the display means, and a second step of performing a hit determination process of an attack of the enemy unit based on the overlapping state of the image of the player unit and the aiming image at the final focusing size. And a step of displaying a judgment result based on the hit judgment on the screen. And a third step of performing a process of calculating the amount of damage to the player unit and subtracting or maintaining the life energy value of the player unit according to the result of the determination 4. The game program according to claim 2, further comprising: a fourth step of displaying the processing result as the battle result on the display means. 6. The execution procedure, when a value indicating an attack decision is input by the input means in the second step according to the player phase processing procedure during the player phase in the player intervention battle mode, or When the predetermined time has elapsed, whether or not the weak point image showing the weak point portion of the enemy included in the enemy unit image is hit by the center portion of the aiming image which the player aims at the enemy unit is determined. Judgment processing, and in the third step, if it is judged that the weak point image hits the center of the aiming image, the bonus damage is added to the damage amount. The game program according to claim 4, wherein: 7. The first step performs display processing of the weak point image in the image of the enemy unit in various sizes according to the type of the enemy unit, and according to the type of the enemy unit. 1
7. A process of displaying a plurality of images in one enemy unit, and in the third step, a bonus damage is changed for each of the plurality of weak point images, and the process is added to the damage amount. Game program. 8. The hit rate decreases as the attack power increases,
It has a tug-of-war variation range that increases the hit rate if the attack power is reduced, and an attack balance bar that sets the attack power value and the hit value of the player unit during the player phase in the player intervention battle mode is set. Before entering the battle part, the computer is caused to further execute a display procedure for performing display processing on the display means, and the execution procedure is the setting instruction of the player input by the input means in the attack balance bar displayed by the display procedure. If the value of the hit rate is set low according to the operation, the aiming image at which the player aims at the enemy unit is displayed in a small size or the enemy unit is displayed at high speed by the display means. Alternatively, the aiming image is displayed in a small size and the enemy unit is displayed by the display means. If the hit rate is set to a high value in response to the input setting instruction operation, the target image is displayed in a large size, or the enemy unit is displayed on the display unit at a low speed. 5. The game program according to claim 4, wherein the display processing is performed by moving, or the attack aim is displayed in a large size, and the enemy unit is displayed by slow moving on the display means. 9. The evasion rate decreases if the defense power is increased,
There is a tug of war fluctuation adjustment range in which the evasion rate increases if the defense power is reduced, and the evasion balance bar that sets the defense value and the evasion rate value of the player unit during the enemy phase in the player intervention battle mode is set as described above. The computer further executes a display procedure for performing display processing on the display means before entering the battle part, and the execution procedure is the setting instruction of the player input by the input means in the avoidance balance bar displayed by the display procedure. If the value of the avoidance rate is set high according to the operation, the enemy unit aims at the player unit to display an aiming image in a small size, or the player unit is input by the player by the input means. Display processing by moving at high speed on the display means according to the value indicating the direction Alternatively, the aiming image is displayed in a small size and the player unit is moved at high speed according to a value indicating the direction to be displayed, and, on the other hand, in response to the input setting instruction operation, If the value of the avoidance rate is set low, the aiming image is displayed in a large size, or the player unit is moved slowly on the display unit according to the value indicating the direction, or the aiming image is displayed. The game program according to claim 4, wherein the image is displayed in a large size, and the player unit is displayed at a low speed on the display unit in accordance with a value indicating the direction. 10. The game according to claim 8, wherein in the display procedure, the adjustment width of the balance bar is enlarged and displayed according to an increase in the growth level of the player unit. program.