JP6395098B1 - GAME SYSTEM, PRESENTATION METHOD, AND PROGRAM - Google Patents

Abstract

A game system and the like capable of appropriately presenting a target portion to be searched for are provided.
A fighting processor 241 controls (processes) a fight between a player character and an enemy character. The viewpoint moving unit 242 moves the virtual viewpoint according to an instruction from the user. The determining unit 243 determines whether or not the enemy character is performing a preparatory action when taking out a great skill. When the determining unit 243 determines that the enemy character is performing the preliminary action of the great skill, the changing unit 244 changes the display form of the target portion that is a weak point according to the type of the great technique. Then, when the enemy character finishes the preliminary action of the great skill, the restoration unit 245 gradually restores the target portion whose display form has been changed by the changing unit 244 to the original display form.
[Selection] Figure 3

Description

  The present invention relates to a game system, a presentation method, and a program capable of appropriately presenting a target portion to be searched for by a user.

Conventionally, various games have been provided toward terminal devices such as smartphones and game devices. For example, Cited Document 1 discloses a game system that presents weak points of enemy characters.
In the game system of the cited document 1, a plurality of marks representing attributes (for example, star attributes) that are weak points of enemy characters are presented, and the marks are deleted one by one each time an attack is made by a player character having the corresponding attributes. It will be done. When all the marks are erased, the game is continued with the defense power of the enemy character lowered.

Japanese Patent No. 5746291

In the game system of the cited document 1 described above, weak points of enemy characters are always presented, but it is also conceivable to let the user search for such weak points. For example, in a three-dimensional shape enemy character (an example of an object), a weak point (for example, a head, an arm, a chest, a foot, etc.) that constitutes the enemy character for a short time when a predetermined condition is satisfied (for example, For example, this is a case where a gap is generated.
In that case, the game system presents the target part in an identifiable manner (for example, by changing the display mode of the target part) and presents the user as such only in a short period of time when the weak point occurs. Search for the target site. Since the enemy character is a three-dimensional object, a part hidden from the current virtual viewpoint (virtual camera or the like) may be a weak point. Therefore, the user searches for the target part while moving the virtual viewpoint for observing the enemy character.

However, there is a concern that a user unfamiliar with the game cannot find such a target part quickly. In other words, an unfamiliar user takes time to observe the enemy character while moving the virtual viewpoint, so it is considered that the user can hardly find the target part in a short time.
Note that it may be possible to make it easier for an unfamiliar user to find a target site by lengthening the time for generating a weak point. Still, in that case, not only will it be easier for many users to find the target site that is a weak point at first glance, but the rate at which the attack can also be made on the target site will increase. In this case, it is not possible to adopt the game because the game balance is lost due to the fact that the enemy character becomes too easy to capture.

  For this reason, there is a need for a technique that can appropriately present a target part so that even an unfamiliar user can easily find the target part without breaking the game balance.

  The present invention has been made in view of the above circumstances, and an object of the present invention is to provide a game system, a presentation method, and a program capable of appropriately presenting a target portion to be searched for by a user.

The game system according to the present invention includes:
A game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
A viewpoint moving unit that moves the virtual viewpoint according to an instruction from a user;
A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition;
When the opportunity condition is no longer satisfied, a restoration unit that gradually restores the target part whose display form has been changed to the original display form,
It is characterized by providing.

  ADVANTAGE OF THE INVENTION According to this invention, the target site | part which a user should search can be shown appropriately.

It is a block diagram showing an example of the whole composition of the game system concerning this embodiment. It is a block diagram which shows an example of schematic structure of the typical information processing apparatus with which a game server etc. are implement | achieved. It is a block diagram which shows the schematic structure of the game server which concerns on this embodiment. It is a schematic diagram which shows an example of user management information. It is a schematic diagram which shows an example of character management information. It is a schematic diagram which shows an example of enemy character management information. It is a schematic diagram which shows an example of attack history information. (A) is a schematic diagram for demonstrating arrangement | positioning of a virtual camera, (b), (c) is a schematic diagram which shows an example of the game image image | photographed from a virtual camera. (A)-(c) is a schematic diagram for demonstrating a mode that the intensity | strength of the light emission in an object part attenuate | damps. It is a block diagram which shows schematic structure of the user terminal which concerns on this embodiment. It is a schematic diagram which shows an example of game management information. (A)-(c) is a schematic diagram which shows an example of a game screen. It is a flowchart for demonstrating the presentation process which concerns on this embodiment.

Embodiments of the present invention will be described below. In the following, in order to facilitate understanding, an embodiment in which the present invention is applied to a game system that controls a game (such as a fighting game) that is executed using a smartphone or the like will be described. For example, the present invention can be similarly applied when controlling a game executed using an information processing apparatus such as a notebook personal computer, a game machine, or a PDA (Personal Digital Assistant).
In other words, the embodiments described below are for illustrative purposes and do not limit the scope of the present invention. Therefore, those skilled in the art can employ embodiments in which each or all of these elements are replaced with equivalent ones, and these embodiments are also included in the scope of the present invention.

(overall structure)
As shown in FIG. 1, the game system 100 according to the embodiment of the present invention is configured such that a game server 200 and a user terminal 300 are communicably connected via the Internet 900.
Although simplified in the figure, it is assumed that there are a large number of user terminals 300 according to the users to be used.

The game server 200 is, for example, a server device (server computer) or the like, and communicates with the user terminal 300 to control the progress of a game (for example, a fighting game).
Specifically, the game controlled by the game server 200 is a fighting game (a fighting fighting game) in which a player character operated by a user and an enemy character are battled in real time. The user sequentially operates the player character from the user terminal 300 and causes the player character to fight the enemy character while performing actions such as movement, attack, and defense. That is, a one-on-one fighting game is performed between the player character and the enemy character. As will be described later, when a plurality of users operate their respective player characters to perform a raid battle (ie, a many-to-one fighting game between a player character and an enemy character) that fights against a single enemy character. Is equally applicable. In addition to the above, the present invention can be similarly applied to a case where a many-to-many or one-to-many fighting game between a player character and an enemy character is performed.

  As will be described later, an enemy character that performs a fight is a three-dimensional object, and as an example, is a human object. That is, the enemy character is configured to include various parts such as the head, neck, shoulders, arms, elbows, chest, back, belly, legs, knees, and heels. The enemy character may be an object other than a humanoid. For example, the enemy character may be an object such as an animal type (including birds and fish), an insect type, and an imaginary monster type. Even in these cases, the enemy character is configured with various parts.

  Further, as will be described later, the enemy character has a weak point (gap) in any part during a fight with the player character only for a short time when the predetermined condition is satisfied. For example, an enemy character has a gap in any part in a preliminary action (preliminary action) for delivering a great skill, and that part becomes a weak point. In the following, a case where a gap occurs in any one part and becomes a weak point will be described. However, a gap may occur in a plurality of parts, and those target parts may become weak points. Further, other than the great skill, a gap may be generated in any part and the target part may become a weak point only for a short time when the enemy character performs a specific action or the like.

As a specific example of a technique that creates a gap, the enemy character opens the palm (either left or right) with the palm outward (right or left), projects the arm directly toward the player character, and rays from the open palm (fire or the like may be used) The case of releasing the will be described. When this big skill is delivered, the enemy character performs a predetermined preliminary action. That is, a preliminary operation is performed to store the force for several seconds (for example, 3 seconds as an example) while folding the arm and pulling the elbow backward to make it stand still before protruding. During this preliminary operation, a gap is created in the elbow (the elbow pulled backward) to become a weak point.
In other words, if the player character is attacked against the elbow, which is the target part, for a few seconds (during preliminary movement), the enemy character will take more damage than usual (as an example) , Life value will be greatly reduced than usual).
In addition, as will be described later, the display form of the elbow (a target portion that is a weak point) in which a gap is generated is presented so that the user can recognize that it is a weak point. During the fight, the virtual viewpoint (virtual camera) is maintained rearward and obliquely upward from the player character, as will be described later, and the line of sight is directed to the front direction of the player character from there. Therefore, even if such a preliminary action is performed in a situation where both the player character and the enemy character are facing each other, the elbow of the enemy character pulled backward (the object presented in an identifiable manner) (Part) is hidden from the virtual viewpoint, and the user does not notice that the display form of the target part is changed. That is, the user has not found a target site that is a weak point. Therefore, the user moves the virtual viewpoint by, for example, turning the player character behind the enemy character in order to search for the hidden target part.

In addition, the enemy character is not only aware of one big skill but also other big skills (a plurality of kinds of big skills can be delivered). And according to the kind of those great skills, it is determined so that the site | part which a gap | interval may differ.
In the following description, a case where a part where a gap is generated is determined according to the type of the skill as described above, but the part where the gap is generated may be appropriately changed depending on a predetermined condition. . For example, each time the enemy character plays the same great skill a predetermined number of times (for example, 10 times), the part where the gap is generated may be changed.

The user terminal 300 is a smartphone or the like, for example, and proceeds with a game (for example, a fighting game) while accessing the game server 200 via the Internet 900.
For example, when the player character fights against an enemy character, the user terminal 300 sequentially receives operations from the user and causes the player character to perform operations such as movement, attack, and defense.
Further, during such a fight, the user terminal 300 changes the display form of the target part when the enemy character performs a preliminary action of a great skill and a gap occurs in the target part, thereby indicating that the target part is a weak point. Present it so that the user can recognize it. Note that if a part hidden from the current virtual viewpoint (virtual camera or the like) becomes a weak point, the target part cannot be visually recognized even if the display form is changed, so the user moves the player character, etc. The target part is searched for while changing the virtual viewpoint for observing the enemy character.

(Outline configuration of information processing device)
A typical information processing apparatus 400 in which the game server 200 and the user terminal 300 according to the embodiment of the present invention are realized will be described.

  As shown in FIG. 2, the information processing apparatus 400 includes a CPU (Central Processing Unit) 401, a ROM (Read Only Memory) 402, a RAM (Random Access Memory) 403, a storage device 404, a display device 405, A communication device 406 and an operation device 407 are provided.

  The CPU 401 controls the overall operation of the information processing apparatus 400 and is connected to each component to exchange control signals and data.

  The ROM 402 records an IPL (Initial Program Loader) that is executed immediately after the power is turned on, and when this is executed, a predetermined program is read into the RAM 403 and execution of the program by the CPU 401 is started.

  The RAM 403 is for temporarily storing data and programs, and holds programs and data read from the storage device 404 and other data necessary for communication.

  The storage device 404 is an SSD (Solid State Drive), a hard disk, or the like, and stores various data. For example, the storage device 404 stores an operating system program, various applications, associated data, and the like necessary for operation control of the entire information processing apparatus 400.

  The display device 405 includes, for example, a display device such as an LCD (Liquid Crystal Display), a VRAM (Video Random Access Memory) that stores image information to be displayed on the display device, and an image process for processing the image information. Part. The image processing unit processes the data read from the storage device 404 or the data processed by the CPU 401, and then stores the data in the VRAM to generate image information.

  The communication device 406 performs wireless communication using a mobile communication network, a wireless local area network (LAN), or the like. Note that the communication device 406 may perform wired communication using a wired LAN or the like.

  The operation device 407 is a touch screen, a touch pad, a button, a keyboard, a mouse, or the like, and receives a user operation. Note that a user operation may be received by voice.

  Hereinafter, the configuration and the like of the game server 200 realized in the information processing apparatus 400 will be described with reference to FIGS. When the information processing apparatus 400 is turned on, a program that functions as the game server 200 (the server apparatus according to the present invention) is executed, and the game server 200 according to the present embodiment is realized.

(Outline configuration of game server)
FIG. 3 is a block diagram showing a schematic configuration of the game server 200 according to the embodiment of the present invention. As illustrated, the game server 200 includes a reception unit 210, a transmission unit 220, a storage unit 230, and a control unit 240, and provides support for the user terminal 300 to execute a fighting game.

The receiving unit 210 receives various information transmitted from the user terminal 300 or the like via the Internet 900.
For example, the receiving unit 210 receives, from the user terminal 300, various operation information during a fighting game and item selection information in a menu or the like. The operation information also includes information that instructs movement, attack, defense, and the like on the player character when the player character fights against the enemy character.
The communication device 406 and the like described above can function as such a receiving unit 210.

The transmission unit 220 transmits various information to the user terminal 300 or the like via the Internet 900.
For example, the transmission unit 220 transmits to the user terminal 300 response information corresponding to the operation information, action information for instructing an action on the fighting enemy character, and the like. This operation information includes information that indicates which skill is to be delivered at which timing.
Since the player character and the enemy character perform a real-time fight, the transmission unit 220 transmits a series of motion information during the fight to the user terminal 300 before the fight starts, and the user terminal 300 side Thus, the movement of the enemy character may be controlled.
The communication device 406 and the like described above can function as such a transmission unit 220.

  The storage unit 230 stores various information necessary for progress control of the fighting game. For example, the storage unit 230 stores user management information 231, character management information 232, enemy character management information 233, attack history information 234, and the like.

The user management information 231 is information for managing users who use the user terminal 300. The user management information 231 includes information as shown in FIG. 4 as an example.
That is, the user management information 231 includes a user ID 231a, a level value 231b, a coin balance 231c, a possessed character 231d, a play time 231e, and the like.
The level value 231b is a value indicating the progress of the fighting game for the user (user of the user terminal 300). Instead of such a level value 231b, a game rank or the like may be stored.
Further, the coin balance 231c indicates the balance of coins (which is an example and may be another name) that is the in-game currency acquired by the user.
The owned character 231d is information (character ID) for identifying a character (owned character) owned by the user. The user can arbitrarily select a player character fighting against an enemy character from the owned character 231d. For example, when the player character fights against an enemy character and wins, the owned character 231d can sequentially acquire the enemy character (or a substitute character). When the so-called “gacha” is executed (consuming coins or the like), the character selected by the lottery may be acquired. In that case, for example, the character ID may have a branch number so that the acquisition reason can be identified by the branch number.
And play time 231e is a value which shows the accumulation play time when the user played the fighting game. Note that an average play time per unit period may be stored instead of the accumulated play time.

Returning to FIG. 3, the character management information 232 is detailed information about the owned characters (each owned character 231d) owned by each user. The character management information 232 includes information as shown in FIG. 5 as an example.
That is, the character management information 232 includes a character ID 232a, a level value 232b, an ability value 232c, a life value 232d, a selection flag 232e, and the like.
The level value 232b is a value indicating the degree of growth of the character. For example, the value increases when a battle with an enemy character is won.
The ability value 232c is, for example, a value such as attack power or defense power. For this capability value 232c, for example, a value corresponding to the level value 232b is appropriately determined.
The life value 232d is the life value of the character, and decreases when the character is attacked in the fight with the enemy character. For example, when the value becomes zero, the life value is lost.
The selected flag 232e is a flag indicating whether or not the character is selected as a player character. That is, the possessed character having the character ID marked “ON” indicates the current player character.

Returning to FIG. 3, the enemy character management information 233 is detailed information about the enemy character wrestling with the player character. The enemy character management information 233 includes information as shown in FIG. 6 as an example.
That is, the enemy character management information 233 includes an enemy character ID 233a, a level value 233b, an ability value 233c, a life value 233d, and skill information 233e.
These level value 233b to life value 233d are the same as the character management information 232 of FIG. 5 described above.
In the technique information 233e, a technique ID indicating the type of technique is associated with a target portion that is a weak point. In other words, the types of feats that the enemy character can play out and which part of the enemy character becomes a weak point (which part creates a gap) between the preliminary actions of the feat are specified. Yes. More specifically, if the enemy character ID 233a is an enemy character indicated by “EN001”, the target site that is the weak point is defined as “elbow” for the great skill ID “large technique A”, and In addition, for the big skill ID “large technique B”, the target site as a weak point is defined as “踵”.
Note that FIG. 6 also includes motion information and the like regarding the action of the great skill (including the preliminary action).

Returning to FIG. 3, the attack history information 234 is history information about an attack received from the player character when the enemy character has taken out a great skill. The attack history information 234 includes information as shown in FIG. 7 as an example.
That is, the attack history information 234 stores the character ID 234c, the attack site 234d, the number of attacks 234e, and the like associated with the skill ID 234b of the enemy character ID 234a.
The big skill ID 234b indicates the type of the big technique that the enemy character indicated by the enemy character ID 234a pays out.
The character ID 234c indicates a player character who has attacked any part during the preliminary action of the great technique indicated by the great technique ID 234b. Note that a user ID may be managed instead of the character ID 234c.
The attack part 234d indicates any part (the part of the enemy character indicated by the enemy character ID 234a) attacked by the player character (player character indicated by the character ID 234c) during the preliminary action of the great skill. .
The attack count 234e indicates the number of attacks (cumulative count) that attacked the part.

In addition to this, the storage unit 230 stores various information necessary for the processing of the control unit 240. For example, the storage unit 230 also stores information defining a game field, information such as a message, and the like.
The RAM 403, the storage device 404, and the like described above can function as such a storage unit 230.

Returning to FIG. 3, the control unit 240 controls the entire game server 200 to support the progress of the fighting game executed on the user terminal 300.
The control unit 240 includes, for example, a fighting processing unit 241, a viewpoint moving unit 242, a determining unit 243, a changing unit 244, a restoring unit 245, an evaluating unit 246, and the like.

The fighting processing unit 241 controls (processes) the fighting between the player character and the enemy character. For example, the fighting processing unit 241 determines both based on the instruction information of the player character according to the user's operation (instruction information on movement, defense, attack, etc.) and the action information of the enemy character created according to a predetermined logic. Control the fight.
In addition, the fighting processing unit 241 controls a great skill that the enemy character brings out. If any part of the game is attacked by the player character while the enemy character is performing the preliminary action of the great skill, the fighting processing unit 241 updates the attack history information 234 of FIG. 7 described above.

The viewpoint moving unit 242 moves the virtual viewpoint according to an instruction from the user. This virtual viewpoint is a virtual camera that captures a three-dimensional virtual space (game field). As an example, the virtual viewpoint is set to a third-party viewpoint mode in which the virtual space is looked down from the upper rear side of the player character. Note that such a third-party viewpoint mode is an example, and the virtual space may be taken from the head position of the player character in the first person viewpoint mode.
As shown in FIG. 8A, the virtual camera VC that is a virtual viewpoint is maintained at a shooting position at a distance L diagonally above the angle θ behind the player character PC, and from there. The line-of-sight direction (shooting direction) is set so as to look down at the PC or the like. For example, the virtual camera VC captures a game image as shown in FIG. That is, a game image in which the player character PC and the enemy character TC are looked down is photographed from diagonally above the player character PC.
Thus, since the virtual camera VC follows (interlocks with) the player character PC, the viewpoint moving unit 242 moves the virtual camera VC according to the movement of the player character PC (including rotation that changes the direction). Let For example, when the player character PC turns around behind the enemy character TC, the virtual camera VC also moves, and the virtual camera VC captures a game image as shown in FIG. Hereinafter, a case will be described in which the viewpoint moving unit 242 moves the virtual camera VC in accordance with the movement of the player character PC as described above. Thus, the virtual viewpoint may be moved. For example, when a direction key dedicated for viewpoint movement is displayed on the game screen, the viewpoint movement unit 242 moves the virtual viewpoint according to the operation of the direction key by the user.

  Returning to FIG. 3, the determination unit 243 determines whether or not the enemy character is performing a preliminary action of a great skill. As described above, while performing a preliminary action for a great skill, a gap is created in any part of the enemy character (a weak point) depending on the type of the great skill. In other words, the determination unit 243 determines whether or not an opportunity condition in which an action (for example, an attack) on any part of the enemy character (that is, the object) is advantageous is satisfied.

When the determining unit 243 determines that the enemy character is performing a preliminary action of a great skill (that is, the opportunity condition is satisfied), the changing unit 244 becomes a weak point according to the type of the skill. Change the display form of the target part. For example, as described above, when the elbow of the enemy character (for example, the elbow of the right hand) is a weak point, the changing unit 244 causes the elbow to emit green light, and the elbow (that is, the target part) is Present that it is a weak point. In addition to causing the target part to emit light, other display forms may be used as long as the weak point is identifiable. For example, the change unit 244 may change the pattern, lightness, saturation, or hue of the target part and present that the target part is a weak point. Furthermore, the changing unit 244 may synthesize a mark or a symbol with the target part and present that the target part is a weak point.
Note that when the target part is hidden from the current virtual viewpoint (virtual camera VC), even if the display form of the target part is changed and presented, the user cannot visually recognize the target part. Therefore, the user moves the player character to move the virtual viewpoint, and searches for a target part whose display form has been changed.

The restoration unit 245 gradually restores the target part whose display form has been changed by the changing unit 244 to the original display form when the enemy character finishes the preliminary action of the great skill (that is, the opportunity condition is not satisfied). To do. For example, when the changing unit 244 causes the target part to emit light in a predetermined color, the restoration unit 245 gradually decreases the intensity of light emission (brightness, etc.) over time as shown in FIG. The light emission is stopped at the timing T1, and the target part is returned to the original display form (restored). It is assumed that a predetermined standard speed is defined as a speed at which the intensity of light emission is attenuated. Note that the decelerating speed may be changed from the standard speed in accordance with the user level value (level value 231b in FIG. 4) or the like. For example, if the level value of the user is higher than the reference, the restoration unit 245 increases the decelerating speed from the standard speed as shown in FIG. 9B. That is, the light emission is stopped at timing T2 before timing T1. On the contrary, if the user's level value is lower than the reference, the restoration unit 245 makes the decelerating speed slower than the standard speed, as shown in FIG. 9C. That is, light emission is stopped at timing T3 after timing T1.
As described above, even after the preliminary operation is completed, the user can easily find the target part by gradually attenuating the light emission of the target part. That is, the user who cannot find the target part during the preliminary operation will search for the target part for a while. And it becomes possible for a user to find an object part while light emission of an object part attenuates like an afterimage.
9A to 9C, the case where the light emission is attenuated has been described. However, when the changing unit 244 changes the pattern, brightness, saturation, or hue of the target portion, the restoration is performed. The unit 245 gradually restores the pattern, lightness, saturation, or hue of the target portion using, for example, morphing. In addition, when the changing unit 244 combines the mark or symbol with the target part, the restoration unit 245, for example, gradually increases the transparency (transmittance) of the combined mark or symbol, thereby changing the target part. Restore the original display form.

Returning to FIG. 3, the evaluation unit 246 evaluates an attack on the enemy character from the player character and an attack on the player character from the enemy character.
For example, if there is an attack on the enemy character from the player character, the evaluation unit 246 evaluates the attack based on the defense power of the enemy character, etc., and reduces the life value of the enemy character (target life value 233d in FIG. 6). Let On the other hand, if there is an attack from the enemy character against the player character, the attack is evaluated based on the defense power of the player character, etc., and the life value of the player character (target life value 232d in FIG. 5) is reduced.
As described above, while the enemy character is performing the preliminary action of the great skill, the target part becomes a weak point. Therefore, if there is an attack on the target part from the player character during the preliminary movement (if the attacked part matches the target part), the evaluation unit 246 highly evaluates the attack, and the enemy character's Greatly reduce life value. In addition to greatly reducing the life value, the evaluation unit 246 may grant another reward to the user. For example, the evaluation unit 246 may grant a predetermined amount of coins to the user (increase the target coin balance 231c in FIG. 4) if there is an attack on the target part during the preliminary operation.

In addition to this, the control unit 240 generates various information necessary for generating a game image or the like in the user terminal 300, and performs a process of transmitting the information to the user terminal 300 through the transmission unit 220.
The above-described CPU 401 or the like can function as the control unit 240 having such a configuration.

  Hereinafter, the configuration and the like of the user terminal 300 realized in the information processing apparatus 400 will be described with reference to FIGS. When the information processing apparatus 400 is turned on, a program that functions as the user terminal 300 (terminal apparatus according to the present invention) is executed, and the user terminal 300 according to the present embodiment is realized.

(Outline configuration of user terminal)
FIG. 10 is a block diagram illustrating a schematic configuration of the user terminal 300 according to the present embodiment. As illustrated, the user terminal 300 includes an operation reception unit 310, a transmission / reception unit 320, a storage unit 330, a control unit 340, and a display unit 350. For example, the user terminal 300 fights appropriately while communicating with the game server 200. Progress the game.

The operation reception unit 310 receives various operations from the user. For example, the operation reception unit 310 receives an operation from the user based on information obtained from a touch screen or the like.
Specifically, the operation reception unit 310 sequentially receives instruction information for the player character when the player character fights against an enemy character.
The operation device 407 and the like described above can function as such an operation reception unit 310.

The transmission / reception unit 320 accesses the game server 200 via the Internet 900 and transmits / receives information necessary for the progress of the fighting game.
For example, when the player character and the enemy character battle each other, the transmission / reception unit 320 receives the action information (movement information such as movement, defense, attack, etc.) of the enemy character transmitted from the game server 200. Note that the motion information includes information related to the great skill that the enemy character has drawn out.
In addition, the transmission / reception unit 320 transmits instruction information (information for instructing an action) for the player character received by the operation reception unit 310 to the game server 200.
These motion information and instruction information include the position (including orientation) of the enemy character and the position of the player character in the virtual space. Note that the position of the virtual camera VC is omitted because it is determined from the position of the player character.
The communication device 406 and the like described above can function as such a transmission / reception unit 320.

  The storage unit 330 stores, for example, game management information 331 and the like.

For example, as shown in FIG. 11, the game management information 331 includes a user ID 331a, a level value 331b, a coin balance 331c, a possessed character 331d, and a play time 331e. That is, the same information as the above-described user management information 231 in FIG. 4 is also managed on the user terminal 300 side.
The information stored in the game management information 331 is appropriately synchronized with the user management information 231 stored on the game server 200 side, as will be described later.

In addition to this, the storage unit 330 also stores image data of various characters (player characters, enemy characters, etc.) in the fighting game.
The storage device 404 and the like described above can function as such a storage unit 330.

  Returning to FIG. 10, the control unit 340 controls the entire user terminal 300. The control unit 340 includes, for example, a game progression unit 341, a screen generation unit 342, and the like.

The game progression unit 341 advances the fighting game in accordance with the user operation received by the operation reception unit 310. For example, when the fight between the player character and the enemy character is started, the game progress unit 341 operates the player character in accordance with the instruction information received by the operation reception unit 310, and is received by the transmission / reception unit 320. The enemy character is moved according to the movement information of the enemy character.
In addition, the game progression unit 341 transmits / receives data to / from the game server 200 through the transmission / reception unit 320. For example, information managed by the game management information 331 and information managed by the user management information 231 (correspondence User information).

The screen generation unit 342 generates a game screen of the fighting game. For example, when the fight between the player character and the enemy character is started, the screen generation unit 342 is shown in FIGS. 12A to 12C based on the instruction information for the player character and the action information for the enemy character. The game screens 510 to 530 as shown are generated.
This game screen 510 shows a state where the player character PC and the enemy character TC are fighting.
In addition, the game screen 520 shows a state in which the enemy character TC is performing a preliminary action of a great skill. It is assumed that the elbow that the enemy character TC is trying to pay out has a weak point in the elbow of the right hand of the enemy character TC in the preliminary movement. Therefore, although the elbow (that is, the target part) of the right hand of the enemy character TC emits green light as an example, the target part is hidden from the virtual viewpoint (virtual camera VC) on the game screen 520, so that it is visually recognized. Indicates a state that has not been done.
In addition, the game screen 530 also shows the enemy character TC performing a preliminary action of a great skill. In this game screen 530, the player character PC is wrapped behind the enemy character TC, and the elbow of the right hand of the enemy character TC (that is, the target part TB) is photographed from a virtual viewpoint. In other words, the game screen 530 shows a state where the elbow of the right hand of the enemy character TC is presented as a weak point due to light emission of the target part TB.
In addition, when the enemy character TC finishes the preliminary action of the great skill in the state of the game screen 530, the light emission of the target part TB gradually attenuates as shown in FIG. By the time it stops, the elbow on the right hand will continue to be presented as a weak point. For this reason, even a user who has not found the target part TB during the preliminary operation can easily find the target part TB in the process of light emission attenuation.

In addition to this, the control unit 340 appropriately executes various processes necessary for the progress of the fighting game.
The above-described CPU 401 and the like can function as the control unit 340 having such a configuration.

The display unit 350 displays the game screen generated by the screen generation unit 342. That is, the display unit 350 displays the game screens 510 to 530 as shown in FIGS. 12 (a) to 12 (c).
Note that the display device 405 and the like described above can function as such a display unit 350.

(Game server operation)
The operation of the game server 200 configured as shown in FIG. 3 will be described below with reference to FIG. The game server 200 controls the overall progress of the fighting game executed on the user terminal 300. Among them, the game server 200 presents the most characteristic presentation process (presentation that presents the target site as a weak point in an identifiable manner to the user). Processing) will be described.
FIG. 13 is a flowchart showing the flow of the presentation process according to the present embodiment. This presenting process is executed in parallel with the process of controlling the fight when the fight between the player character and the enemy character is started.

First, the game server 200 determines whether an enemy character is performing a preliminary motion (step S11).
That is, the control unit 240 (determination unit 243) determines whether or not the fighting enemy character is performing a preliminary action of a great skill. As described above, while the enemy character performs the preliminary action of the great skill, a gap is generated in any part of the enemy character (becomes a weak point) according to the type of the great skill. That is, the control unit 240 determines whether or not an opportunity condition for an action (for example, an attack) on any part of the enemy character to be advantageous is satisfied.

  If the game server 200 determines that the enemy character is not performing a preliminary motion (step S11; No), the game server 200 proceeds to step S15 described later.

On the other hand, when it is determined that the enemy character is performing the preliminary motion (step S11; Yes), the game server 200 changes the display form of the target part (step S12).
That is, the control unit 240 (changing unit 244) changes the display form of the target site that is a weak point according to the type of skill. For example, when the elbow of the enemy character (for example, the elbow of the right hand) is a weak point, the control unit 240 causes the elbow (that is, the target part) to emit green light, and the target part becomes a weak point. Present that. In addition to causing the target part to emit light, the display part may be changed to another display form as long as the target part presents a weak point in an identifiable manner. For example, the control unit 240 may change the pattern, brightness, saturation, or hue of the target part to indicate that the target part is a weak point. Further, the control unit 240 may synthesize a mark or a symbol with the target part and present that the target part is a weak point.
Note that when the target part is hidden from the current virtual viewpoint (virtual camera VC), even if the display form of the target part is changed and presented, the user cannot visually recognize the target part. Therefore, the user moves the player character to move the virtual viewpoint, and searches for a target part whose display form has been changed.

The game server 200 determines whether or not the preliminary operation has ended (step S13).
That is, the control unit 240 determines whether or not the enemy character has completed the preliminary action of the great skill. The preliminary operation time may be slightly different depending on the type of the great skill, and may be constant regardless of the type of the great technique.
When it is determined that the preliminary operation has not ended (step S13; No), the game server 200 repeats the process of step S13 again.

On the other hand, when it is determined that the preliminary operation has ended (step S13; Yes), the game server 200 gradually restores the target part whose display form has been changed to the original display form. (Step S14).
That is, the control unit 240 (restoring unit 245) gradually restores the target part whose display form has been changed in step S12 to the original display form. For example, when the target site is caused to emit green light in step S12, the control unit 240 gradually increases the intensity of light emission (brightness, etc.) with time as shown in FIG. Decrease and restore (restore) the target part to the original display form. It is assumed that a predetermined standard speed is defined as a speed at which the intensity of light emission is attenuated. Note that the decelerating speed may be changed from the standard speed in accordance with the user level value (level value 231b in FIG. 4) or the like. For example, if the user's level value is higher than the reference, the control unit 240 increases the decelerating speed faster than the standard speed as shown in FIG. 9B described above. On the contrary, if the user's level value is lower than the reference, the control unit 240 makes the decelerating speed slower than the standard speed as shown in FIG. 9C described above.
In step S12, when the pattern, brightness, saturation, or hue of the target part is changed, the control unit 240 uses, for example, morphing or the like to check the pattern, lightness, saturation, Alternatively, the hue is gradually restored. In addition, when the mark or symbol is synthesized with the target part in step S12, the control unit 240, for example, gradually increases the transparency (transmittance) of the synthesized mark or symbol, so that the target part is obtained. Is restored to its original display form.
As described above, even after the preliminary operation is completed, the user can easily find the target part by gradually attenuating the light emission of the target part. That is, the user who cannot find the target part during the preliminary operation will search for the target part for a while. And it becomes possible for a user to find an object part while light emission of an object part attenuates like an afterimage.

The game server 200 determines whether the fight has ended (step S15).
That is, the control unit 240 determines whether or not the fight between the player character and the enemy character has ended.
In the process of controlling the fight performed in parallel with the presenting process, the fight between the player character and the enemy character is controlled, and the attack from the player character to the enemy character and the attack from the enemy character to the player character are performed. Each is evaluated.
For example, if there is an attack on the enemy character from the player character, the control unit 240 (evaluation unit 246) evaluates the attack based on the defense power of the enemy character and the like, and the life value of the enemy character (life value 233d in FIG. 6). ). On the contrary, if there is an attack from the enemy character against the player character, the attack is evaluated based on the defense power of the player character and the life value (life value 232d in FIG. 5) of the player character is decreased.
Note that while the enemy character is performing the preliminary action of the great skill, the target part whose display form has been changed in step 12 described above is a weak point. Therefore, if there is an attack from the player character to the target part during the preliminary action, the control unit 240 highly evaluates the attack and greatly reduces the life value of the enemy character.
When one of the life values disappears, the fight between the player character and the enemy character ends.

  If it is determined that the fight has not ended (step S15; No), the game server 200 returns the process to step S11 described above. That is, the game server 200 repeatedly executes steps S11 to S15 described above.

  On the other hand, when it is determined that the fighting has ended (step S15; Yes), the game server 200 ends the presentation process.

In such a presentation process, the target site that is a weak point is presented by causing the enemy character to perform a preliminary action of the great skill, for example, by emitting light. At this time, if the target part is hidden from the current virtual viewpoint (virtual camera VC), the user cannot visually recognize even if the display form of the target part is changed and presented. Therefore, the user moves the player character to move the virtual viewpoint, and searches for a target part whose display form has been changed. However, a user unfamiliar with the fighting game moves the enemy while moving the virtual viewpoint. In many cases, it takes time to observe the character, and the target part cannot be found during the preliminary movement.
For this reason, in this presentation process, after the preliminary operation is completed, the target portion is gradually restored to the original display form by gradually decreasing the intensity of light emission (brightness or the like). Thereby, even an unfamiliar user who has not been able to find the target part during the preliminary movement can easily find the target part while the target part is gradually restored.
The user who has found the target part can then move the player character linearly to a position where the target part can be visually recognized as soon as the preliminary action starts, when the enemy character plays the same skill, It is also possible to attack the target part during the preliminary movement.

  As a result, it is possible to appropriately present the target portion that the user should look for.

(Other embodiments)
In the above embodiment, when the restoration unit 245 finishes the preliminary action of the great skill (that is, the opportunity condition is not satisfied), the target part whose display form is changed is unconditionally displayed in the original display form. However, when the target part is not visually recognized from the virtual viewpoint (virtual camera VC), the restoration unit 245 stops the restoration of the target part, and the target part is the virtual viewpoint. The restoration unit 245 may proceed (or gradually restore) the restoration of the target part only when it is visually recognized.
In this case, since the target part is gradually restored in a state where it is visually recognized, even an unfamiliar user can easily find the target part.

In addition, if there is a non-display period in which the target part is not visually recognized from the virtual viewpoint during the preliminary operation, the restoration unit 245 sets the speed of restoring the target part from the standard speed according to the length of the non-display period. May be late.
In this case, even if the time during which the target site cannot be found is long, the target site is slowly restored accordingly, so that the target site can be easily found during that time.

In addition, the restoration unit 245 has described the case where the target part whose display form has been changed by the changing unit 244 is gradually restored to the original display form. You may restore to the original display form.
For example, when the change part 244 causes the target part to emit green light, the restoration part 245 causes the target part to emit light more conspicuously red, and then gradually reduces the intensity of light emission (brightness, etc.) over time. It is possible to restore the original display form. In addition to causing the target part to emit red light unconditionally, only when the length of the non-display period in which the target part is not visible from the virtual viewpoint exceeds the reference value during the preliminary operation, the target part is caused to emit red light. You may do it. In addition, when the change unit 244 changes the pattern, brightness, saturation, or hue of the target part, the restoration unit 245 sets the pattern, lightness, saturation, or hue of the target part more prominently. Further, after the change, the original display form may be gradually restored. Further, the restoration unit 245 may gradually reduce the speed of restoring the target portion changed to another display form from the standard speed.
In this case, since the target part is restored to the original display form after changing to a more conspicuous display form, the target part can be easily found.

In the above embodiment, the case where the changing unit 244 changes the display form of the target part when the enemy character starts the preliminary action of the great skill has been described. However, the attack history information of FIG. When the user can sufficiently recognize the target part for the skill to be attempted, the changing unit 244 may not change the display form of the target part. For example, in the attack history information of FIG. 7, when the number of attacks from the player character to the attack site that matches the target site exceeds a reference value (for example, 5 times), the enemy character Even if the preliminary operation of the skill is performed, the changing unit 244 does not change the display form of the target part.
In this case, after the user can sufficiently recognize the target part, the target part can be concealed and the difficulty level can be appropriately increased.
Even in this case, it is assumed that the target part is a weak point during the preliminary operation. That is, even if the changing unit 244 does not change the display form of the target part, if the player character receives an attack on the target part during the preliminary action, the evaluation unit 246 highly evaluates the attack in the same manner as described above, The life value of enemy characters is greatly reduced.

In the above embodiment, the case where the player character and the enemy character fight one-on-one has been described. However, as described above, even in the raid battle where the player character and the enemy character fight many-to-one, The present invention can be applied.
At that time, when the target part is attacked by the player character, the restoration unit 245 may immediately restore the target part to the original display form. For example, when the target part is attacked by any player character during the preliminary motion, the recovery unit 245 immediately restores the target part to the original display form without waiting for the completion of the preliminary action.
In this way, by immediately restoring the target part to the original display form, it is possible to present the target part only to the user who first finds it. That is, it is possible to keep the target site that is a weak point secret from other users.

Also, in such a raid match, the evaluation unit 246 highly evaluates the user who first attacked the target part (user attack) during the preliminary action of the great skill, and continues to the target part. The attacked user may be underrated.
In this case, by evaluating the attack of the user who has been followed low, any user can compete, and the number of users who can simply follow up can be reduced.

In the above embodiment, a case where an attack by a player character is performed as an example of an action from the user on the target part has been described. However, the action on the target part is not limited to such an attack, Good. The present invention can also be applied to games other than fighting games.
For example, in a game in which an object in which many pipes are stretched is repaired, a leaking point occurs in one of the pipes in a short time that satisfies a predetermined condition, and the pipe (that is, the target part) has a display form. In the case where the change is presented, the user may perform an action of pasting (repairing) the repair material on the target part.
Even in this case, the target part to be searched for by the user can be appropriately presented, and the user's action on the target part can be appropriately evaluated.

  In the above embodiment, the case where the dedicated game server 200 or the user terminal 300 is used has been described. However, an operation program that defines the operation of the game server 200 or the user terminal 300 is used as an existing personal computer, information terminal device, It is possible to make the personal computer function as the game server 200 or the user terminal 300 by applying to the above.

  In addition, such a program distribution method is arbitrary, for example, a computer-readable medium such as a CD-ROM (Compact Disc Read-Only Memory), a DVD (Digital Versatile Disc), an MO (Magneto Optical Disc), or a memory card. It may be stored in a recording medium and distributed, or distributed via a communication network such as the Internet.

(Summary)
A game system according to a first aspect of the present invention is a game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint, and includes a viewpoint moving unit, a determining unit, a changing unit, and A restoration unit is provided.

The viewpoint moving unit moves a virtual viewpoint (for example, a virtual camera) according to an instruction from the user. The determination unit is advantageous for an action on any part (for example, head, neck, shoulder, arm, chest, back, belly, foot, etc. in the case of a humanoid) constituting an object (for example, an enemy character). It is determined whether or not an opportunity condition is satisfied. For example, the determination unit determines whether or not the object is in a state in which a weak point has occurred (a gap has occurred) by performing a specific action (for example, a great skill).
In addition, when it is determined that the opportunity condition is satisfied, the changing unit changes the display form of the target portion corresponding to the opportunity condition. For example, the changing unit causes the target part to emit light with a predetermined color (for example, green), or changes the pattern, brightness, saturation, or hue of the target part. Then, when the opportunity condition is no longer satisfied, the restoration unit gradually restores the target part whose display form has been changed to the original display form.
In this way, while moving the virtual viewpoint, the user searches for a target part that satisfies the opportunity condition in the object, but if the user is unfamiliar, the target part is selected while the opportunity condition is satisfied. Often not found. Even in such a case, since the restoration part gradually restores the target part whose display form has been changed to the original display form, it is possible to make it easier for the user to find the target part in the process.
As a result, it is possible to appropriately present the target portion that the user should look for.

In the above game system, the restoration unit proceeds with restoration of the target part when the target part is visually recognized from the virtual viewpoint, and restores the target part when the target part is not visually recognized from the virtual viewpoint. You may stop.
In this case, since the target part is gradually restored in a state where it is visually recognized, even an unfamiliar user can easily find the target part.

In the above game system, a standard speed is defined for the speed at which the restoration unit restores the target part, and the restoration part changes the speed at which the target part is restored from the standard speed according to the level of the user. You may let them. For example, when the level of the user is high, the restoration unit makes the speed of restoring the target part faster than the standard speed, and conversely, when the user level is low, the speed of restoring the target part is set to the standard speed. It may be slower.
In this case, even an inexperienced user with a low level can easily find the target part.

In the above game system, a standard speed is defined for the speed at which the restoration unit restores the target part, and the restoration part is not visually recognized from the virtual viewpoint while the opportunity condition is satisfied. If there is a display period, the speed of restoring the target region may be slower than the standard speed according to the length of the non-display period.
In this case, even if the time during which the target site cannot be found is long, the target site is slowly restored accordingly, so that the target site can be easily found during that time.

In addition, in the above game system, the change unit displays another target part when the length of the non-display period in which the target part is not visually recognized from the virtual viewpoint exceeds the reference value while the opportunity condition is satisfied. You may further change into a form. For example, the changing unit changes the pattern, lightness, saturation, or hue of the target portion so that the light is emitted with a more conspicuous red color or is more prominent.
In this case, the target part can be easily found by changing to another display form.

In addition, when the game system receives an action for any part of the object, depending on whether the opportunity condition is satisfied and whether the part where the action is performed matches the target part, And an evaluation unit that evaluates the action.
In this case, it is possible to highly evaluate an action (for example, an attack) performed on the target part while the opportunity condition is satisfied (while a gap is generated).

Further, in the above game system, the evaluation unit highly evaluates the action from the user first received with respect to the target part while the opportunity condition is satisfied, and other evaluations subsequently received with respect to the target part. The action from the user may be evaluated low.
In this case, for example, in a raid battle where a plurality of users participate, the first user's action is highly evaluated with respect to the target part, and the user's action that has been followed is evaluated low, so that any user competes ahead. Therefore, the number of users who simply follow up can be reduced.

In the above game system, the restoration unit may restore the target part to the original display form when receiving an action on the target part while the opportunity condition is satisfied.
In this case, for example, in a raid battle in which a plurality of users participate, the target part can be presented only to the user who is found first by immediately restoring the target part to the original display form. That is, it is possible to keep the target site that is a weak point secret from other users.

The game system further includes a storage unit that stores history information including an action for the target part that is received while the opportunity condition is satisfied, and the changing unit has a case where the history information satisfies a certain condition In addition, the display form of the target part may not be changed.
In this case, after the user can sufficiently recognize the target part, the target part can be concealed and the difficulty level can be appropriately increased.

  A presentation method according to a second aspect of the present invention is a notification method in a game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint, and includes a viewpoint moving step, a determining step, and a changing step. And a restoration step.

  That is, the presentation method according to the second aspect can appropriately present the target part that the user should look for, as in the game system according to the first aspect.

  A program according to a third aspect of the present invention functions as a viewpoint moving unit, a determining unit, a changing unit, and a restoring unit, which displays a game image obtained by observing an object arranged in a virtual space from a virtual viewpoint. Let

  That is, the program according to the third aspect can appropriately present the target part that the user should look for, as in the game system according to the first aspect.

  As described above, according to the present invention, it is possible to provide a game system, a presentation method, and a program that can appropriately present a target part that a user should look for.

DESCRIPTION OF SYMBOLS 100 Game system 200 Game server 210 Reception part 220 Transmission part 230 Storage part 231 User management information 232 Character management information 233 Enemy character management information 234 Attack history information 240 Control part 241 Fighting process part 242 View point movement part 243 Discrimination part 244 Change part 245 Restoration unit 246 Evaluation unit 300 User terminal 310 Operation reception unit 320 Transmission / reception unit 330 Storage unit 331 Game management information 340 Control unit 341 Game progress unit 342 Screen generation unit 350 Display unit 400 Information processing device 401 CPU
402 ROM
403 RAM
404 Storage Device 405 Display Device 406 Communication Device 407 Operation Device 900 Internet

Claims (19)

A game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
A viewpoint moving unit that moves the virtual viewpoint according to an instruction from a user;
A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition;
A restoration unit that gradually restores the target part whose display form has been changed to the original display form when the opportunity condition is not satisfied ,
The restoration unit proceeds with restoration of the target part when the target part is visually recognized from the virtual viewpoint, and restores the target part when the target part is not visually recognized from the virtual viewpoint. Stop,
Game system comprising a call. A standard speed is defined as a speed at which the restoration unit restores the target part,
The restoration unit changes the speed of restoring the target part from the standard speed according to the level of the user.
The game system according to claim 1 . A standard speed is defined as a speed at which the restoration unit restores the target part,
The restoration unit restores the target part according to the length of the non-display period if there is a non-display period in which the target part is not visually recognized from the virtual viewpoint while the opportunity condition is satisfied. Make the speed slower than the standard speed,
The game system according to claim 1 .   A game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from a user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition;
  A restoration unit that gradually restores the target part whose display form has been changed to the original display form when the opportunity condition is not satisfied,
  A standard speed is defined as a speed at which the restoration unit restores the target part,
  The restoration unit changes the speed of restoring the target part from the standard speed according to the level of the user.
  A game system characterized by that.   A game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from a user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition;
  A restoration unit that gradually restores the target part whose display form has been changed to the original display form when the opportunity condition is not satisfied,
  A standard speed is defined as a speed at which the restoration unit restores the target part,
  The restoration unit restores the target part according to the length of the non-display period if there is a non-display period in which the target part is not visually recognized from the virtual viewpoint while the opportunity condition is satisfied. Make the speed slower than the standard speed,
  A game system characterized by that. When the length of a non-display period in which the target part is not visually recognized from the virtual viewpoint exceeds the reference value while the opportunity condition is satisfied, the change unit changes the target part to another display form. Change further,
The game system according to any one of claims 1乃 optimum 5, characterized in that.   A game system that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from a user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition;
  A restoration unit that gradually restores the target part whose display form has been changed to the original display form when the opportunity condition is not satisfied,
  When the length of a non-display period in which the target part is not visually recognized from the virtual viewpoint exceeds the reference value while the opportunity condition is satisfied, the change unit changes the target part to another display form. Change further,
  A game system characterized by that. When an action is received for any part of the object, the action is determined according to whether the opportunity condition is satisfied and whether the part where the action is performed matches the target part. Further comprising an evaluation unit for evaluation,
The game system according to any one of claims 1 to 7, characterized in that. While the opportunity condition is satisfied, the evaluation unit highly evaluates an action from a user who first received the target part, and receives from another user who subsequently received the target part. Dislike action,
The game system according to claim 8 . When the restoration unit receives an action on the target part while the opportunity condition is satisfied, the target part is restored to the original display form.
The game system according to any one of claims 1 to 9 , wherein A storage unit for storing history information including an action on the target part received while the opportunity condition is satisfied;
The change unit does not change the display form of the target part when the number of actions for the target part exceeds a reference value based on the history information.
The game system according to any one of 請 Motomeko 1 to 10 characterized in that. A presentation method in a game system for displaying a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
A viewpoint moving step for moving the virtual viewpoint according to an instruction from a user;
A determination step of determining whether or not an action condition for any part constituting the object satisfies a favorable opportunity condition;
When it is determined that the opportunity condition is satisfied, a change step of changing a display form of a target portion corresponding to the opportunity condition;
When the opportunity condition is not satisfied, a restoration step of gradually restoring the target part whose display form has been changed to the original display form ,
In the restoration step, the restoration of the target part proceeds when the target part is visually recognized from the virtual viewpoint, and the restoration of the target part is performed when the target part is not visually recognized from the virtual viewpoint. Stop,
Presentation wherein a call.   A presentation method in a game system for displaying a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving step for moving the virtual viewpoint according to an instruction from a user;
  A determination step of determining whether or not an action condition for any part constituting the object satisfies a favorable opportunity condition;
  When it is determined that the opportunity condition is satisfied, a change step of changing a display form of a target portion corresponding to the opportunity condition;
  When the opportunity condition is not satisfied, a restoration step of gradually restoring the target part whose display form has been changed to the original display form,
  A standard speed is defined as a speed at which the restoration step restores the target part,
  In the restoration step, the speed of restoring the target portion is changed from the standard speed according to the level of the user.
  A presentation method characterized by that.   A presentation method in a game system for displaying a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving step for moving the virtual viewpoint according to an instruction from a user;
  A determination step of determining whether or not an action condition for any part constituting the object satisfies a favorable opportunity condition;
  When it is determined that the opportunity condition is satisfied, a change step of changing a display form of a target portion corresponding to the opportunity condition;
  When the opportunity condition is not satisfied, a restoration step of gradually restoring the target part whose display form has been changed to the original display form,
  A standard speed is defined as a speed at which the restoration step restores the target part,
  In the restoration step, if there is a non-display period in which the target part is not visually recognized from the virtual viewpoint while the opportunity condition is satisfied, the target part is restored according to the length of the non-display period. Make the speed slower than the standard speed,
  A presentation method characterized by that.   A presentation method in a game system for displaying a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving step for moving the virtual viewpoint according to an instruction from a user;
  A determination step of determining whether or not an action condition for any part constituting the object satisfies a favorable opportunity condition;
  When it is determined that the opportunity condition is satisfied, a change step of changing a display form of a target portion corresponding to the opportunity condition;
  When the opportunity condition is not satisfied, a restoration step of gradually restoring the target part whose display form has been changed to the original display form,
  In the changing step, if the length of a non-display period in which the target part is not visually recognized from the virtual viewpoint exceeds the reference value while the opportunity condition is satisfied, the target part is changed to another display form. Change further,
  A presentation method characterized by that. A computer that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
A viewpoint moving unit that moves the virtual viewpoint according to an instruction from the user;
A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition,
When the opportunity condition is not satisfied, the target part whose display form has been changed is caused to function as a restoration unit that gradually restores the original display form ,
The restoration unit proceeds with restoration of the target part when the target part is visually recognized from the virtual viewpoint, and restores the target part when the target part is not visually recognized from the virtual viewpoint. Stop,
Program for causing to function as.   A computer that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from the user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition,
  When the opportunity condition is not satisfied, the target part whose display form has been changed is caused to function as a restoration unit that gradually restores the original display form,
  A standard speed is defined as a speed at which the restoration unit restores the target part,
  The restoration unit changes the speed of restoring the target part from the standard speed according to the level of the user.
  A program characterized by functioning as follows.   A computer that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from the user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition,
  When the opportunity condition is not satisfied, the target part whose display form has been changed is caused to function as a restoration unit that gradually restores the original display form,
  A standard speed is defined as a speed at which the restoration unit restores the target part,
  The restoration unit restores the target part according to the length of the non-display period if there is a non-display period in which the target part is not visually recognized from the virtual viewpoint while the opportunity condition is satisfied. Make the speed slower than the standard speed,
  A program characterized by functioning as follows.   A computer that displays a game image obtained by observing an object placed in a virtual space from a virtual viewpoint,
  A viewpoint moving unit that moves the virtual viewpoint according to an instruction from the user;
  A discriminator for discriminating whether or not an action condition for any part constituting the object satisfies an advantageous opportunity condition;
  When it is determined that the opportunity condition is satisfied, a changing unit that changes a display form of a target portion corresponding to the opportunity condition,
  When the opportunity condition is not satisfied, the target part whose display form has been changed is caused to function as a restoration unit that gradually restores the original display form,
  When the length of a non-display period in which the target part is not visually recognized from the virtual viewpoint exceeds the reference value while the opportunity condition is satisfied, the change unit changes the target part to another display form. Change further,
  A program characterized by functioning as follows.

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