JP2018079088A - Video game device and program - Google Patents

Abstract

PROBLEM TO BE SOLVED: To control a progress mode of a battle with an enemy character by applying commands to plural characters.SOLUTION: A battle event is formed of a command input phase S5 and a battle turn S7 for performing a battle. The video game device comprises: means S3 for displaying a battle time line BTL in which offense orders of characters are arranged and displayed sequentially in a form of icons; means S8 for determining whether or not an enemy character is in a battle impossible state; means S10 for erasing an icon of the enemy character which is determined that the character is in the battle impossible state on the battle time line and performing update display with another icon in a manner of displaying the other icon instead of the erased icon; means S11 for determining whether or not connection of ally icons is generated on both sides of the erased icon as a result of erasing the icon; and means S12 for, when it is determined that connection is generated, in offense characters in which connection is generated, performing additional offense to the enemy character.SELECTED DRAWING: Figure 6

Description

The present invention relates to a video game apparatus and a program for controlling a battle progress mode when a command is given to a plurality of characters to perform a battle (battle) with an enemy character.

Conventionally, in video games such as adventure games and role-playing games, a battle between a plurality of friendly characters and one or more enemy characters may be executed as an event.

In such cases, the battle may adopt a turn system in which the enemy and allies repeat a series of attack / defense battle turns, but each battle turn is displayed on the field via the controller. There are cases where a command input phase is provided in which the player inputs in advance a battle command to be executed in the battle turn to come for each ally character.

Thus, when a battle command is input in the command input phase, a battle turn for executing a battle with an enemy character by executing the input battle command is performed. In each battle turn, each ally character is input. The movement is controlled on the field by the game program according to the battle command, and a predetermined battle action is executed with the enemy character controlled by the game program.

  Normally, the battle operation is performed in accordance with the battle command input by the player in the command input phase. Therefore, for the player who has completed the input of the battle command in the command input phase of a certain battle turn, the game program is executed in the subsequent battle turn. There was a case where it was only to appreciate the battle scene in which one's own battle command was sequentially executed, and there was a lack of tension in the progress of the game, and the interest was cut off.

  Also, when the player inputs a battle command in the command input phase, it is not known what kind of attack the enemy character will make, so select a battle command that matches (can oppose) the enemy character's ability. In order to input characters, it is necessary to become quite familiar with the game, which is difficult for beginners, and the game is less interesting.

In view of the above-described circumstances, the present invention can know the content of an attack performed by an enemy character in a battle turn when the player enters a battle command in a certain battle turn, and further inputs a battle command once in the command input phase. To provide a video game apparatus and program in which the attack mode of a teammate character changes depending on the progress mode of the teammate character's attack even after the battle turn and the battle with the enemy character is started. It is intended.

According to a first aspect of the present invention, an attack character composed of a plurality of enemy characters (EC) and a player character (PC) and a teammate character (FC) is arranged on a field (FLD) generated in a memory space, Based on the battle command input by the player via the input means (12) for the attack character, a battle event is performed between the enemy character (EC) and the attack character, and the battle event is displayed on the display (9). In the video game device (1) for displaying as a game image (IM),
The battle event includes a command input phase in which a player inputs the battle command for the attack character via the input means, and a battle command input in the command input phase. It consists of battle turns that fight between them,
The game image has battle timeline display means (6) for displaying a battle timeline (BTL) in which the attack order of the attacking character and the enemy character are sequentially displayed in the form of icons.
A battle impossibility determination means (6) for determining whether or not an enemy character is in a battle impossible state in the battle turn;
The icon on the battle timeline of the enemy character determined to be unable to battle is deleted by the battle impossible determination means, and the battle timeline is updated and displayed with the other icons in a form of filling the deleted icon. Battle timeline update means (6),
Connection determination means (6) for determining whether or not a friend icon has been connected on both sides of the deleted icon as a result of the icon being deleted,
Connected attack means (6, 11) for performing an additional attack on the enemy character with respect to the attack character having the connection when it is determined that the connection has occurred;
It is characterized by having.

A second aspect of the present invention is an enemy character attack mode determination means (6) for determining an attack mode of the enemy character against the attack character in a battle turn,
The battle timeline display means (6) displays an attack icon (BC) corresponding to the attack mode determined by the enemy character attack mode determination unit when the icon of the enemy character is displayed, in the battle timeline. Display with the icon of the enemy character,
It is characterized by that.

According to a third aspect of the present invention, the battle timeline display means displays the attack order and the enemy character continuously in a chain shape (see FIG. 2), thereby displaying the attack order, and For the enemy character that is determined to be impossible to battle by the battle impossible determination means, the portion where the icon of the enemy character is displayed is deleted, and the chain-like display is displayed in a temporarily cut state (FIG. 4). (See) that the enemy character is out of combat,
It is characterized by that.

According to a fourth aspect of the present invention, on the basis of a game program (PRO), an attack character composed of a plurality of enemy characters and a player character and an ally character is arranged on a field generated in a memory space, and the player inputs In a computer for causing a battle event to be performed between the enemy character and the attack character based on a battle command input for the attack character via means, and displaying the battle event as a game image on a display,
The battle event includes a command input phase in which a player inputs the battle command for the attack character via the input means, and a battle command input in the command input phase. It consists of battle turns that fight between them,
The game program causes the computer to
Battle timeline display means (6) for displaying a battle timeline in which the attack order of the attacking character and the enemy character are sequentially displayed in the form of icons on the game image,
A battle impossibility determination means (6) for determining whether or not an enemy character is in a battle impossible state in the battle turn;
The icon on the battle timeline of the enemy character determined to be unable to battle is deleted by the battle impossible determination means, and the battle timeline is updated and displayed with the other icons in a form of filling the deleted icon. Battle timeline update means (6),
Connection determination means (6) for determining whether or not a friend icon has been connected on both sides of the deleted icon as a result of the icon being deleted,
Linked attack means (6, 11) for performing an additional attack on the enemy character with respect to the attack character on which the connection has occurred when it is determined that the connection has occurred.
It is a game program for making it function as.

    According to the present invention, the icon of the enemy character (EC1) that has become unable to battle in the battle turn is erased from the battle timeline (BTL), and as a result, the attack character is linked on the battle timeline (BTL). In this case, you can perform additional attacks other than the battle command entered in the command input phase, so once the battle command input is completed in the command input phase, the battle turn is entered and the battle with the enemy character begins. Even after the game is started, the attack mode of the teammate character changes depending on the progress mode of the teammate character's attack, and the game progresses with a sense of tension.

    Further, according to the present invention, an attack icon (BC) indicating an attack mode of an enemy character (EC) in a battle turn is displayed on the battle timeline (BTL) together with the icon of the enemy character. Since the enemy character can know the content of the attack executed by the enemy character in the battle turn when the player enters the battle command in the turn, it is easy for a beginner to input an appropriate battle command, and the game is interesting.

  Since the icon of the enemy character that has become incompetent is deleted and the icon chain of the battle timeline (BTL) is cut and displayed, the player immediately becomes incapable of combating the corresponding enemy character (EC). You can know the fact that you can enhance the realism of the game.

Note that the numbers in parentheses are for convenience indicating the corresponding elements in the drawings, and therefore the present description is not limited to the descriptions on the drawings.

FIG. 1 is a control block diagram showing an example of a video game apparatus to which the present invention is applied. FIG. 2 is a diagram showing an example of a battle command input screen displayed on the display. FIG. 3 is a diagram illustrating an example of an image at a battle turn displayed on a display. FIG. 4 is a diagram illustrating an example of an image at a battle turn displayed on a display. FIG. 5 is a diagram illustrating an example of an image at a battle turn displayed on a display. FIG. 6 is a flowchart illustrating an example of a battle control program.

Embodiments of the present invention will be described below with reference to the drawings.

  As shown in FIG. 1, a video game apparatus 1 as a computer to which the present invention is applied has a main control unit 2, and a program memory 5 and a battle are connected to the main control unit 2 via a bus line 3. A control unit 6, a display control unit 7 connected to the display 9, a game progress control unit 10, a battle image generation unit 11, a controller 12, and the like are connected.

  The function blocks such as the main control unit 2, the program memory 5, the battle control unit 6, the display control unit 7, the game progress control unit 10, and the battle image generation unit 11 that constitute the video game apparatus 1 shown in FIG. It is modeled for easy understanding of the present invention, and actually functions as a computer including a CPU, a memory, various control programs, and the like. Further, the video game apparatus 1 causes a CPU of the video game apparatus 1 to function as each functional block of FIG. 1 in a time-sharing manner by executing a part of a game program PRO described later. It is of course possible to configure each functional block shown by dedicated hardware and / or software.

  Since the video game apparatus 1 has the above-described configuration, when a player plays a game using the video game apparatus 1, a known method is used to connect a wireless or wired communication line, a memory element, or the like. Based on the game program PRO stored in the program memory 5, the main control unit 2 displays a predetermined game image IM on the display 11 via the battle control unit 6, the game progress control unit 10, the battle image generation unit 11, and the like. Display the game play environment.

  For this purpose, a field FLD in which the player character can move based on the game program PRO in the virtual space generated in the memory space in the game progress control unit 10 is generated, and the field FLD is based on the game program PRO. For example, as shown in FIG. 2, a player character PC, a friend character FC, an enemy character EC, and the like are arranged. In this state, a two-dimensional image is generated by rendering with a virtual camera or the like from an appropriate position in the virtual space, and displayed on the display 9 as the game image IM1 shown in FIG. Since such an image generation technique using CG is a publicly known matter, detailed description thereof is omitted here.

  In the game image IM1 shown in FIG. 2, in addition to the player character PC that the player can move on the field FLD via the controller 12, the player cannot move on the field FLD. Allied characters FC1, FC2, FC3, which can fight the enemy character together with the player character PC (that is, the player can enter a battle command via the controller 12 and fight the enemy character EC on the field FLD). FC4 and the like are displayed, and the above-described enemy characters EC1 and EC2 are also displayed. The number of teammate characters and enemy characters is arbitrary, and can be appropriately set by the game program PRO in accordance with the development of the game scenario. Note that the actions of the teammate character FC and the enemy character EC are automatically controlled by the game program PRO, and the player cannot control the actions in principle except during the battle.

  A game image IM1 shown in FIG. 2 shows a state in which the player character PC and the teammate character FC encounter an enemy character EC on the field FLD and a battle event has occurred based on the game program PRO. In the battle event, the player inputs a battle command to the player character PC and the ally character FC via the controller 12 based on the game program PRO, and each battle turn for the player character PC and each ally character FC. The action to be taken by each character can be instructed.

  In addition to the encounter between the player character PC and the enemy character EC on the field FLD, various aspects can be considered for the occurrence timing of the battle event. In addition to the encounter on the field FLD, as an example In the game scenario, it may be generated as a story event, or may be generated by an instruction from the controller 12 of the player.

  When a battle event occurs, the game progress control unit 10 instructs the battle control unit 6 to control the battle event for each battle turn. The battle control unit 6 controls a battle event according to a battle control program BCP that constitutes a part of the game program PRO.

    That is, as shown in FIG. 6, the battle control program BCP determines in step S1 whether or not a battle event has occurred, and as described above, the player character PC and the enemy character EC on the field FLD If it is determined that a battle event has occurred due to an encounter, etc., step S2 is entered and, as shown in FIG. 2, it is set on the field FLD to participate in the battle by the game program PRO. A player character PC, a friend character FC, and an enemy character EC are arranged in a predetermined battle formation. One or more battle formations are set in advance by the game program PRO, and the battle control unit 6 arranges each character on the field FLD based on the battle formations set in advance. In addition, since the character arrangement | positioning in the case of such a battle event is already well-known, detailed description is abbreviate | omitted here.

  In the game image IM1 shown in FIG. 2, as described above, the display control unit 7 renders the player character PC, the friend character FC, and the enemy character EC arranged on the field FLD in the memory space into a two-dimensional image. This is displayed on the display 9. Next, the battle control unit 6 enters step S3 of the battle control program BCP, and displays the attack order of each character participating in the battle as a battle timeline BTL at the bottom of the game image IM1.

  It is to be noted that the battle between the characters is repeated until each character repeats a battle turn for attacking the opponent character until either the enemy character EC or the teammate character FC including the player character PC is annihilated (defeated). Is executed. At the beginning of each battle turn, a command input phase is provided for inputting a battle command for instructing the content of the battle to be performed against the enemy character EC in the next battle turn to the player character PC and the friend character FC. . On the other hand, in the battle timeline BTL, the attack order of each character in each battle turn is arranged and displayed in the form of icons sequentially from the left in the figure for the player character PC, the teammate character FC, and the enemy character EC. In the case of the game image IM1 of FIG. 2, the attack order is set in the order of the teammate character FC2, the player character PC, the enemy character EC1, the teammate character FC1, the teammate character EC2, the teammate character FC4, and the teammate character FC3 from the left in the diagram. ing. The attack order is determined by the battle control unit 6 by a known method according to the quickness, physical strength, and other parameters set by the game program PRO for each character.

  Note that the icons of the attacking characters such as the teammate character FC2 and the player character PC that constitute the battle timeline BTL and the icons of the enemy characters are continuously formed in a chain shape in the horizontal direction in the figure as shown in FIG. Arranged and displayed, the player can understand the progress of the attack in the coming battle turn by simply looking at the battle timeline BTL.

  When the battle time line BTL is displayed, the battle control unit 6 can perform one or more attacks on the enemy characters EC1 and EC2 based on the game program PRO in step S4. From the mode, the attack mode to be performed against the player character PC and the teammate character FC in this battle turn is selected and determined by an appropriate method, and the determined attack content is attacked on the battle timeline BTL. As shown in FIG. 2, the icon BC is displayed together with the icons of the enemy characters EC1 and EC2.

  In the case of FIG. 2, the enemy character EC1 determined to act third in this battle turn is selected with the attack mode “rush”, displayed as an icon on the game image IM1, and acted fifth. For the enemy character EC2 determined in the above, the attack mode “body hit” is selected and displayed as an icon on the game image IM1, but these attack modes are merely examples, and there are various types according to the game program PRO. Attack mode can be adopted.

  The battle control unit 6 enters step S5 of the battle control program BCP, enters the command input phase from the player, and the player character PC and the teammate characters FC1 to FC4 on the game image IM1 or illustrated for the current battle turn. Prompt to enter a battle command through a sound output device such as a speaker that does not.

  In response to this, the player operates the controller 12 to determine the content of the battle to be performed on the enemy character EC in this battle turn for the player character PC and the friend characters FC1 to FC3 displayed on the battle timeline BTL. Enter the prescribed battle command. This battle command is input by designating the enemy character EC1 and / or EC2 to be attacked and instructing the attack mode (attack content) for each of the player character PC and the teammate characters FC1 to FC3. Such a battle command input method is a known method.

  When inputting a battle command in the command input phase, as described above, the attack mode (attack content) in the current battle turn of the enemy character EC (that is, the battle executed after the command input phase) is the battle timeline. Since the attack icon BC is displayed on the BTL together with the icon of the enemy character EC as shown in FIG. 2 on the display 9, when the player enters the battle command, It is possible to know in advance the content of the attack to be issued. Therefore, it is possible to know what kind of attack is effective against the enemy character EC, and even a beginner can input an appropriate battle command. It should be noted that the player character PC and the teammate character FC displayed on the battle timeline BTL have unique parameter values IV indicating the physical strength and attack power of each character, such as “HP” and “LP”, as shown in FIG. Thus, the player can appropriately input a battle command while referring to such a specific parameter value IV.

  In step S6, when the input of the battle command by the player is completed and the command input phase is completed, the battle control unit 6 enters step S7 of the battle control program BCP, and the player character PC and the teammate character FC whose battle turn is input by the player. Is executed based on the attack mode determined in step S4 for the battle command and enemy character EC.

  In the battle turn, as shown in FIGS. 3 and 4, the attack of each character (player character PC, ally character FC or enemy character EC) is attacked by the opponent character (enemy character) in order from the left in the battle timeline BTL. EC or a player character PC, a friend character FC), an attack image BIM corresponding to the attack mode is generated based on the game program PRO by the battle image generation unit 11 and displayed on the display 9 via the display control unit 7. Is displayed.

  In the battle turn, the damage that each character gives to the opponent character by the attack action is calculated by the battle control unit 6 using a known method, and is displayed as the damage amount DM on the attack image BIM which is a kind of the game image IM. . Each character has a maximum amount of damage taken. If the total amount of damage DM received by the opponent exceeds the maximum amount of damage taken, the battle becomes impossible. It is controlled by the game program PRO so as to leave.

    In step S8 of the battle control program BCP, the battle control unit 6 determines whether or not the enemy character EC has become unable to battle each time the player character PC and the teammate character FC attack the enemy character EC. It is determined that the total amount of damage DM received by the opponent's attack (player character PC and ally character FC) exceeds the maximum total amount of damage set for the enemy character EC, making it impossible to fight. In this case, a battle impossible process is performed for the enemy character EC that has become impossible to battle.

In the battle impossible process, as shown in FIG. 4, for example, the enemy character EC1 that has become unable to battle is displayed on the field FLD as an image indicating a battle impossible state (eg, a lying image) on the game image IM. The corresponding icon of the enemy character EC1 displayed in the battle timeline BTL is erased. Then, each icon of the battle timeline BTL that has been continuously displayed in the horizontal direction in the figure in the chain shape until then has lost the icon portion of the enemy character that has become unable to battle, that is, the chain-like display by the icon It is displayed in a disconnected state and notifies that the enemy character EC1 has become unable to battle. As a result, the player can immediately recognize that the enemy character EC1 cannot fight.

When the battle control unit 6 further enters step S10 of the battle control program BCP and the icon of the enemy character EC1 in the battle timeline BTL is erased, the place where the icon exists is displayed on both sides. As shown in FIG. 5, the battle timeline BTL is updated and displayed in a filled form. For example, in the case of FIG. 5, as a result of the attack (damage amount 30) against the enemy character EC1 by the ally character FC2 of FIG. 3 and the attack (damage amount 18) of the player character PC of FIG. The battle is disabled, and the icon of the enemy character EC1 is deleted from the battle timeline BTL of FIG. As shown in FIG. 5, the space SP from which the enemy character EC1 has been erased is updated and displayed by being filled with the teammate character FC2, the player character PC, and the teammate character FC1.

  Next, in step S11, the battle control unit 6 deletes the enemy character EC1 in which the player character PC and the teammate character FC cannot battle each other on the updated battle timeline BTL. It is determined whether or not the “connection” has occurred. As shown in FIG. 4 and FIG. 5, “connected” is sandwiched between the player character PC or the ally character FC icons (hereinafter simply referred to as “friend icons”) on the battle timeline BTL until then. As a result of the enemy character EC1 displayed in the shape of being incapable of fighting, the friend icons arranged on both sides of the enemy character EC1 that has become incompetent are shown in the updated battle timeline BTL in FIG. As shown in Fig. 6, it is displayed when connected to each other. For example, if another enemy character EC (not shown) is placed at the position where the teammate character FC1 of the battle timeline BTL shown in FIG. 4 is displayed, the enemy character EC1 cannot fight. Even if the battle timeline BTL is updated and displayed, the unitary enemy character EC, the teammate character FC2, and the player character PC are adjacent to each other, so that “connection” does not occur.

  If it is determined in step S11 that the friend icon has been connected, the battle control unit 6 enters step S12, and in the battle turn, in addition to the attack based on the normal battle command, the battle icon is connected. The player character PC and / or the teammate character FC is controlled to add a connection attack according to the player character PC.

  In the connection attack, each player character PC and / or ally character FC (hereinafter referred to simply as “attack character”) “connected” through the space SP is referred to as “attack character”. As shown in FIG. 5, the enemy character EC is attacked in addition to each other, and thus without any new input of a battle command from the player. In this case, the enemy character EC2 still remaining on the field FLD is attacked. The battle control unit 6 generates and controls the attack based on the game program PRO, and displays the attack on the display 9 via the battle image generation unit 11. In the case of FIG. 5, among the three attacking characters connected, the teammate character FC2 located on the leftmost side of the battle timeline BTL is again performing a joint attack (additional attack) against the enemy character EC2. Show. Thereafter, in the case of FIG. 5, in order from the left in the figure according to the order in which the battle timeline BTL is arranged, the player character PC and the teammate character FC1 perform a linked attack on the enemy character EC2, thereby disabling the enemy character EC1. All three linked attack characters perform an additional attack (linked attack) against the enemy character EC2. The content of the link attack can be set as appropriate by the game program PRO.

  As described above, when the enemy character EC having a shape in which both sides are sandwiched between attacking characters is disabled in the battle on the battle timeline BTL, the enemy character EC is sandwiched on the battle timeline BTL until then. The enemy character EC that has been placed in is additionally displayed when the enemy character EC that has become incombatable is displayed on the battle timeline BTL, as it is packed and connected from both sides. Attack pattern. Therefore, in addition to the attack by the battle command input in the normal command input phase, an attack against the enemy character EC can be additionally performed, which is a very powerful attack. Accordingly, by aiming at a specific enemy character EC during the command input phase, it is possible to input a battle command intended to cause a linked attack in advance, thereby improving the strategy of the game. In addition, since it is unclear when the enemy character EC will be unable to battle during the attack by the attacking character, the player will watch over the moment when the linked attack occurs, and the battle turn is filled with tension. It becomes a thing and the interest of the game is improved.

  When a linked attack in steps S11 and S12 occurs, it is possible to display something on the game image IM and notify the player of the start of the linked attack. When the connection attack ends, the battle control program BCP enters step S13 and returns to the battle turn based on the normal battle timeline BTL. In the case of the present embodiment, since the attack to the third ally character FC1 from the left of the battle timeline BTL shown in FIG. 5 is completed at the time of the link attack, the battle turn is resumed from the attack of the enemy character EC2. Such control contents can be set freely.

  Further, as a bonus for executing the linked attack, it is possible to configure the attack character that has participated in the linked attack to give some kind of privilege, for example, a temporary increase in parameter values related to attack power or life force. .

1 …… Video game apparatus 6 …… Battle timeline display means, battle impossibility determination means, battle timeline update means, connection determination means, connection attack means (battle control unit)
11 …… Connected attack means (battle image generator)
BTL …… Battle timeline FLD …… Field PRO …… Game program

Claims (4)

A plurality of enemy characters and an attack character composed of a player character and an ally character are arranged on a field generated in the memory space, and the enemy is based on a battle command input by the player with respect to the attack character via the input means. In a video game device for causing a battle event between a character and an attack character and displaying the battle event as a game image on a display,
The battle event includes a command input phase in which a player inputs the battle command for the attack character via the input means, and a battle command input in the command input phase. It consists of battle turns that fight between them,
Battle timeline display means for displaying a battle timeline in which the attack order of the attacking character and the enemy character are sequentially displayed in the form of icons on the game image;
A battle impossibility determination means for determining whether or not an enemy character is in a battle disable state in the battle turn;
The icon on the battle timeline of the enemy character determined to be unable to battle is deleted by the battle impossible determination means, and the battle timeline is updated and displayed with the other icons in a form of filling the deleted icon. Battle timeline update means,
As a result of erasing the icon, connection determination means for determining whether or not a friend icon has been connected on both sides of the deleted icon
Connected attack means for performing an additional attack on the enemy character with respect to the attack character having the connection when it is determined that the connection has occurred,
A video game device. An enemy character attack mode determining means for determining an attack mode of the enemy character against the attack character in a battle turn;
The battle timeline display means displays an attack icon corresponding to the attack mode determined by the enemy character attack mode determination unit together with the icon of the enemy character in the battle timeline when displaying the icon of the enemy character. To
The video game apparatus according to claim 1, wherein: The battle timeline display means displays the attack order and the enemy character icons in a chain in a continuous manner, thereby displaying the attack order and the enemy character determined to be uncombatable by the combat impossibility determination means. For, erase the part where the icon of the enemy character was displayed, display the chain-like display in a temporarily cut state, and announce that the enemy character is incapable of combat did,
The video game apparatus according to claim 1, wherein: Based on the game program, a battle command in which an attack character composed of a plurality of enemy characters and a player character and an ally character is placed on a field generated in the memory space, and the player inputs the attack character via the input means A computer that causes a battle event between the enemy character and the attack character and displays the battle event as a game image on a display;
The battle event includes a command input phase in which a player inputs the battle command for the attack character via the input means, and a battle command input in the command input phase. It consists of battle turns that fight between them,
The game program causes the computer to
Battle timeline display means for displaying a battle timeline in which the attack order of the attacking character and the enemy character are sequentially displayed in the form of icons on the game image;
A battle impossibility determination means for determining whether or not an enemy character is in a battle disable state in the battle turn;
The icon on the battle timeline of the enemy character determined to be unable to battle is deleted by the battle impossible determination means, and the battle timeline is updated and displayed with the other icons in a form of filling the deleted icon. Battle timeline update means,
As a result of erasing the icon, connection determination means for determining whether or not a friend icon has been connected on both sides of the deleted icon;
Connected attack means for performing an additional attack on the enemy character with respect to the attack character having the connection when it is determined that the connection has occurred,
Game program to function as.

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