JP7389384B2 - Game systems, methods and computer programs - Google Patents

Description

TECHNICAL FIELD The present invention relates to a game system, method, and computer program.

In games, it is known that parameters such as energy, life, stamina, hit points, magic points, etc. of the player character, expressed using gauges, are restored in response to parameter recovery actions such as the use of items. There is.

Parameters represented by gauges, etc. have maximum values, and if the amount of parameters recovered by a recovery action is limited by the maximum value, the player cannot use the limited portion of parameter recovery, so the parameter recovery action cannot be used. This makes players hesitant to execute the game, impairing the player's convenience.

Embodiments of the present invention aim to improve player convenience.

The parameters are restored in accordance with the player's parameter restoration operation, and rights are set for the player in response to the parameter restoration being restricted.

A game system according to an embodiment of the present invention includes a first recovery means for recovering a parameter value over time to a maximum recovery value over time, and recovering the parameter value with the maximum recovery value as an upper limit based on the parameter recovery instruction. The information processing apparatus may include a second recovery means and a right setting means for setting a right to a user in accordance with the fact that the recovery of the parameter value is limited by the recovery maximum value.

The game system according to the embodiment of the present invention may further include means for controlling the parameter so that it does not become smaller than the maximum recovery value over time or the maximum recovery value for a predetermined period of time based on the right.

The game system according to the embodiment of the present invention may further include determining means for determining the predetermined time based on the value of the limited portion when recovery of the value of the parameter is limited by the maximum recovery value. can.

In the game system according to the embodiment of the present invention, the maximum recovery value over time is different from the maximum recovery value.

In the game system according to the embodiment of the present invention, the maximum recovery value over time is equal to the maximum recovery value.

The method executed by the game system according to the embodiment of the present invention includes the steps of: recovering the parameter value over time to the maximum recovery value over time; and recovering the parameter value up to the maximum recovery value based on the parameter recovery instruction. and setting rights for the user in response to recovery of the parameter value being limited by the recovery maximum value.

A computer program according to an embodiment of the present invention includes the steps of: recovering a parameter value over time to a maximum recovery value over time; and recovering the parameter value with the maximum recovery value as an upper limit based on the parameter recovery instruction. and setting rights for the user in response to recovery of the value of the parameter being limited by the recovery maximum value.

1 shows a game system according to an embodiment of the present invention. Shows the change in gauge value that recovers over time. 3 shows a processing flow according to an embodiment of the present invention. An overview of gauge value recovery over time is shown.

In the following description, like reference numbers in the figures indicate like elements.

(overview)
FIG. 1 shows a gaming system according to an embodiment of the invention. The game system 100 includes at least a server device 110 and one or more user terminals 160. The server device 110 includes a processor 115, a storage device 120 such as a main storage device or an auxiliary storage device, and a communication device 125. Processor 115 executes processing defined by the computer program stored in storage device 120 based on the computer program. The server device 110 is connected to a communication line 150 such as the Internet via a communication device 125. Connection between the communication device 125 and the communication line 150 is realized by a wireless line and/or a wired line. The server device 110 may be connected to the database 130 via a wireless line and/or a wired line. By using the database 130, a game system using a large amount of information can be constructed.

One or more user terminals 160 include a processor 165, a storage device 170 such as a main storage device or an auxiliary storage device, a display 175, an input device 180, and a communication device 185. Processor 165 executes processing defined by the computer program stored in storage device 170 based on the computer program. The user terminal 160 is connected to a communication line 150 such as the Internet via a communication device 185. Connection between the communication device 185 and the communication line 150 is realized by a wireless line and/or a wired line. User terminal 160 displays images and/or videos of the game on display 175. The display 175 may be realized by, for example, a liquid crystal display or an (electronic luminescent) display. User terminal 160 receives input from the player via input device 180. The input device 180 may be realized by, for example, a physical keyboard, a touch panel type keyboard displayed on the display 175, a touch panel input, or the like. In this embodiment, the user terminal 160 may be a mobile phone, television, feature phone, smart phone, tablet, laptop computer, desktop computer, etc. In other embodiments, user terminal 160 may be a handheld gaming device. In yet other embodiments, user terminal 160 may be a device that includes a stationary gaming console and a display. In yet other embodiments, user terminal 160 may be an arcade game device.

In the embodiment described above, the server device 110 and the user terminal 160 communicate via the respective communication devices 125 and 185 and the communication line 150. The server device 110 can mainly process control of the game, and the user terminal 160 can process control related to game display and input from the user. This is just an example, and game processing may be executed in any part of the game system 100. That is, those skilled in the art will understand that the server device 110 and the user terminal 160 cooperate to execute game processing. In the embodiments described above, the server device 110 has been described as being physically one server, but may be composed of two or more servers.

2. Description of the Related Art In recent years, games have been known in which a player executes a game event such as a quest (or participates in a game event) by consuming a gauge value such as energy of the player. For example, if the energy gauge value is "80" points and a game event that requires "20" energy points is executed, the energy gauge value becomes "60" points. In such games, the gauge value has a maximum value, and the current gauge value recovers by a predetermined value (for example, 1 point) every predetermined time (for example, 1 minute) from the current gauge value to the maximum value. Games having a recovery process over time are known. Execution of a quest is an example of a game event, and is not limited thereto. A game event may be any event that is executed when a game parameter represented by a gauge value is consumed, such as a battle in a game, execution of a match, combination of game characters, change of ability values, game It may also be the acquisition of items, benefits, etc.

FIG. 2 shows the change in the gauge value as it recovers over time. FIG. 2(a) shows that the maximum value of the gauge is "100" points and the current gauge value is "80" points. FIG. 2(b) shows the gauge value after executing a game event that requires the consumption of "20" energy points in the state of FIG. 2(a). In FIG. 2(b), the current gauge value is "60" points. FIG. 2(c) shows the gauge value after 10 minutes have elapsed from the state shown in FIG. 2(b), and the gauge value is "70" points. In this embodiment, it is assumed that the gauge value recovers by one point per minute over time. Here, since the gauge value recovers by 1 point per minute, the gauge value reaches the maximum value of "100" points 30 minutes after the state shown in FIG. 2(c). The gauge value does not increase after reaching the maximum value of "100" points.

FIG. 2(d) shows a state in which a gauge recovery item that recovers the energy gauge value by a maximum of "50" points in FIG. 2(c) is used. A bar 205 shown in FIG. 2(d) indicates the magnitude of the gauge value after using the gauge recovery item, and the gauge value is "100". That is, in the state shown in FIG. 2(d), "30" points are recovered from the gauge value "70" points in FIG. 2(c). This means that, as shown by the bar 210 in FIG. 2(d), out of the "50" points that should be recovered with the gauge recovery item, "20" points are generated that cannot be used for recovery. This is because when using a gauge recovery item, it is possible to recover up to 50 points, but the maximum gauge value is 100 points, so when the gauge value reaches 100 points, This is because the above recovery is limited. That is, if the gauge value is greater than "50" points at the time of use of the gauge recovery item, the amount of recovery by the gauge recovery item will be less than the maximum "50" points. In this way, depending on the current value of the gauge value, the user cannot enjoy the maximum amount of recovery from the gauge recovery item, which makes the user hesitant to use the gauge recovery item, which impairs the player's convenience.

In the present embodiment, when using a gauge recovery item, if points that cannot be used for recovery among the points that can be recovered with the gauge recovery item occur, the server device 110 may set some rights to the player. . For example, a gauge value maintenance time during which the current gauge value does not decrease even if a game event is executed may be set as an in-game right. If the right to maintain the gauge value is activated after being set, for example, as shown in Figure 2(d), no matter what quest the player participates in during the gauge value maintenance time, the gauge The value remains at "100" points and does not decrease. To reduce disadvantages to a user even if the recovery amount varies depending on the situation when using a gauge recovery item. Even if the recovered portion of the gauge value exceeds the maximum value due to the use of the gauge recovery item, the player can use the gauge recovery item without hesitation. For example, in this embodiment, the example in which the gauge value maintenance time is set as a right is an example of setting a right, and the gauge value maintenance time may be set in other forms, such as an exchange item. Note that in the example of FIG. 2, the maximum value of the gauge value is described as 100, but the maximum value may be changed depending on the rank, level, etc. of the player or character.

The gauge value maintenance time entitlement may be activated immediately after the gauge value is restored, after a predetermined period of time, or upon player instruction and/or a predetermined game event. may be enabled depending on the Regarding the gauge value maintenance time being set as a right, depending on the use of the gauge recovery item, it is not determined whether the recovered gauge value is greater than the maximum value of the gauge or not. , the current gauge value may be set to the maximum value, and the right to the gauge value maintenance time may be set.

In another embodiment, in a game where the maximum gauge value changes depending on the experience value such as the player's level, a player with a low level has a gauge value required to execute a game event that is greater than his or her maximum gauge value. Game events cannot be executed normally. In this embodiment, a player with a low level can execute a game event whose gauge value is larger than the maximum value because the gauge value does not decrease during the gauge value maintenance time. Thereby, it is possible to encourage low-level players to participate in game events that such players cannot normally participate in, thereby increasing the appeal of the game.

In other embodiments, game events that can be participated in during the gauge value maintenance time may be selectively controlled. For example, the control may be such that an event can be executed according to the level of the player. In one embodiment, the player is controlled to execute a game event that is less than or equal to the maximum value of its gauge value. In another embodiment, a player may execute a game event where the gauge value required for the game event is below a predetermined range. For example, a player can perform an event up to 1.5 times the maximum value of his/her own gauge value, or a player can perform an event at or below a predetermined level (e.g., at his own level, one level above his own level, or below his own level). It may also be possible to execute an event for a player at a lower level (eg, one level lower).

(Processing flow of rights setting )
FIG. 3 shows a processing flow according to an embodiment of the present invention. First, the user terminal 160 receives a request from a game player for a gauge value recovery operation using a gauge recovery item for recovering a gauge value (step S305). User terminal 160 transmits the request to server device 110 (step S310). Based on the request in step S305, the server device 110 adds a recovery value based on the recovery item to the current gauge value to obtain a recovered gauge value (step S315). The server device 110 determines whether the recovered gauge value is greater than the maximum gauge value (step S320). An example of the process related to step S320 is an example of determining whether recovery of the gauge value is limited by the maximum value of the gauge. If it is restricted, proceed to "YES"; if not, proceed to "NO". In addition, as another example of step S320, if the difference between the current value of the gauge value and the maximum value of the gauge value is smaller than the maximum recoverable value of the gauge value by the gauge value recovery operation, "YES" is selected. If not, the process may proceed to “NO”. If the recovered gauge value is greater than the maximum gauge value (Yes step in step S320), the server device 110 sets the current gauge value to the maximum value (step S325). The server device 110 sets the gauge value maintenance time as a right (step S330).

If the recovered gauge value is less than or equal to the maximum gauge value (No step in step S320), the server device 110 sets the recovered gauge value as the current gauge value (step S335). The server transmits information indicating that the current gauge value and/or gauge value maintenance time has been set to the user terminal 160 (step S340). The user terminal 160 displays the game screen on the display 175 based on the received current gauge value and/or gauge value maintenance time (step S345).

In step S320 above, "Yes" is set when the recovered gauge value is greater than the maximum gauge value, but "Yes" may be set when the recovered gauge value is greater than or equal to the gauge maximum value. .

In this embodiment, when the right to the gauge value maintenance time is set in step S330, the gauge value maintenance time may be automatically enabled (started). For example, the gauge value maintenance time may be activated (started) immediately or after a predetermined period of time has elapsed. In another embodiment, once the right is set in step S330, the gauge value maintenance time may be activated (started) in response to a player's instruction from the user terminal 160 regarding the use of the right.

As understood from each of the embodiments described above, upon receiving a request for a gauge recovery item, the server device 110 and/or the user terminal 160 has a means for recovering the current gauge value, and a means for recovering the current gauge value according to the recovered current gauge value. , have the means to establish rights.

(Example 1 of gauge value recovery over time)
The gauge value recovers over time. Assuming that the maximum value of the gauge is 100, the current gauge value is 80, and the degree of gauge value recovery over time is 1 point per minute, the server device 110 and/or user terminal 160 updates the current gauge every minute. By adding one point to the value, it is possible to realize recovery of the gauge value over time. Moreover, the gauge value obtained by calculation is stored in a storage device. In this example, the current gauge value changes from 80 points to 100 points 20 minutes after the current gauge value reaches 80 points.

(Example 2 of gauge value recovery over time)
In the above example, the process of calculating the gauge value every minute and storing the calculated gauge value in the storage device is executed. When the number of game participants increases, these processes will have a negative impact on the resources of the device that executes the processes. Furthermore, when a database is used as a storage device, the processing cost for storing data cannot be overlooked. Therefore, in the gauge value recovery process over time according to the embodiment of the present invention, the following process may be used in order to use the resources of the apparatus more effectively.

For example, assume the following situation (see FIG. 4(a) regarding the gauge). FIG. 4 shows an example of recovery of gauge values over time.
- The maximum value of the gauge is "100" points - The current gauge value before participating in the event is "90" points - 20 points are required to participate in the event - 1 point is recovered over time in 2 minutes - The time when participation in the event is confirmed is 13 :00
In this situation, the embodiment performs the following steps.
(1) The server device 110 and/or the user terminal 160, which calculates the recovery over time, uses the pre-stored current time (hereinafter referred to as T _Current ) "12:50" and the gauge as the maximum value due to recovery over time. The time (hereinafter referred to as T _max ) "13:10" is acquired from the storage device. To calculate the current gauge value, the device subtracts T _Current from T _max to obtain a difference of "20" minutes, and then divides the difference by a constant "2" minutes/point. In this embodiment, since 1 point is recovered over time in 2 minutes, the time difference of "20" between T _max and T _Current is converted into the difference of "10" points between the current gauge value and the maximum value. The device obtains and displays the current gauge value "90" by subtracting the difference "10" from the maximum value "100" of the gauge (see (a) in FIG. 4).
(2) At the time of "13:00," the storage device stores "13:00" as T _Current and "13:10" as T _max (T _max remains as (1)). ing. Here, the device confirms event participation based on the player's event participation instruction at time “13:00.” Then, the device calculates the time T _max that is the maximum value when ``20'' points necessary for participating in the event are consumed. Specifically, since 1 point is recovered over time in 2 minutes, the device calculates that it will take 40 minutes to recover the 20 points used. Thereafter, the device updates the time T _max to "13:50", which is the maximum value, which is the time T max "13:10" and 40 minutes added to it. In other words, the device calculates by extending the time corresponding to the points consumed until the time T _max reaches the maximum value. Note that this calculation may be executed on the server device 110 side, and the calculation results may be sent and received to and from the user terminal 160 in synchronization.
(2-1) The user terminal 160 calculates the gauge value to be displayed from the current time T _current "13:00" stored in the storage device and the maximum value time T _max "13:50". In order to calculate the current gauge value, the user terminal 160 subtracts T _Current from T _max to obtain a time difference of "50" minutes, and then divides the difference by a constant "2" minutes/point. Here, since 1 point is recovered over time in 2 minutes, the time difference of "50" between T _max and T _Current is converted into the difference of "25" points between the current gauge value and the maximum value. The user terminal 160 obtains and displays the current gauge value "75" by subtracting the difference "25" from the maximum gauge value "100". In other embodiments, the server device 110 may obtain the current gauge value. In this case, the server device 110 may transmit and receive the calculation results in synchronization with the user terminal 160. (See FIG. 4(b)).
(3) The device then calculates the current gauge value and/or whether the gauge is at its maximum value based on T _max and T _Current . Specifically, the device determines that the current gauge value is the maximum value if T _max is past or equal to T _Current (T _max <=T _Current ). Otherwise, the device subtracts T _Current from T _max to obtain the difference and divides the difference by a constant "2" minutes/point. Since the value obtained by division is the difference between the current gauge value and the maximum value, the device obtains the current gauge value by subtracting the difference from the maximum value of the gauge. Thereby, the current gauge value is calculated by using the ever-changing T _Current and the pre-stored T _max .
(3-1) For example, when the current time is "13:50", since T _max =T _Current , the current gauge value is "100" (see (c) in FIG. 4). Note that when a gauge recovery item is used, T _max (eg, 14:00) may be replaced with T _Current (eg, 13:50). Thereby, as shown in FIG. 4(c), a display in which the current gauge value is the maximum value can be realized. This makes it possible to express the recovery of the gauge value.
(3-2) For example, when the current time is "14:10", since T _max <T _Current , the current gauge value is "100" (see (d) in FIG. 4).
(3-3) For example, if the current time is "13:10", T _max > T _Current , so based on the difference "40" minutes between these times and the constant "2" minutes/point, ( 40 minutes ÷ 2 minutes/point), and calculate the difference "20" points between the current gauge value and the maximum value. By subtracting the difference "20" from the maximum value "100" of the gauge, the current gauge value "80" is obtained (see (e) in FIG. 4).
(3-4) For example, if the current time is "13:48", T _max > T _Current , so based on the difference "2" minutes between these times and the constant "2" minutes/point, ( 2 minutes/2 minutes/point) and calculate the difference "1" point between the current gauge value and the maximum value. By subtracting the difference "1" from the maximum value "100" of the gauge, the current gauge value "99" is obtained (see (f) in FIG. 4).

The above device calculates the current value of the gauge by storing in the storage device the current time (T _Current ), the time when the gauge value reaches its maximum value due to recovery over time (T _max ), and the time required to recover a unit point. The current value of the gauge does not need to be stored in a storage device. Further, regarding the above-mentioned "recovery of gauge value over time", the server device 110 or the user terminal 160 can execute some or all of the above steps. In other embodiments, server device 110 may calculate the current gauge value. In this case, the server device 110 transmits the calculated current gauge value to the user terminal 160, and the user terminal 160 can display the received value. Furthermore, in other embodiments, the user terminal 160 may receive information necessary to calculate the current gauge value from the server device 110, and calculate the current gauge value based on the received information. .

(Gauge value recovery amount)
The recovery value of the gauge can be a value corresponding to the maximum value of the gauge. The value corresponding to the maximum value of the gauge may be, for example, the maximum value of the gauge itself, half of the maximum value of the gauge, one quarter of the maximum value of the gauge, or the like. In one embodiment, the maximum value of the gauge may vary depending on the player's attributes. The player's attributes can be, for example, the player's level, the number of friends the player has in a social game, the total number of items the player has, and the like. For example, the higher the player's level, the greater the gauge recovery value. For level 1, the maximum value may be 50, for level 2, the maximum value may be 100, and so on.

In other examples, the gauge recovery value can be a value specific to the gauge recovery item. For example, a first gauge recovery item restores "50" points, and a second gauge restore item restores "70" points. In this embodiment, the gauge recovery item can be obtained through a game event such as a quest or gacha, and the rarity of the second item may be higher than that of the first item. That is, the second item is difficult to obtain compared to the first item.

(Gauge value maintenance time amount)
If the current gauge value plus the recovery value exceeds the gauge's maximum value, the gauge value is maintained for a fixed period of time, such as 10 minutes, regardless of the recovery amount and the recovery amount that was not added to the gauge value. is set as . In another embodiment, the gauge value maintenance time may be determined according to the amount by which the recovery value exceeds the maximum value, that is, the recovery amount that is not added to the gauge value. For example, when the amount of recovery not added to the gauge value is "10" points and "20" points, the gauge value maintenance time can be set to "10" minutes and "20" minutes, respectively. In other embodiments, the gauge value maintenance time can be a value specific to the gauge recovery item. In other embodiments, the amount of gauge value maintenance time may be determined by lottery, for example, when the gauge value maintenance time entitlement is established or activated.

(Modified example (example of setting rights when the recovery value exceeds the maximum value))
In each of the embodiments described above, an embodiment has been described in which the right to maintain the gauge value is set when the value obtained by adding the recovery value to the current gauge value exceeds the maximum value. In this embodiment, when the maximum value is exceeded, the player may be set with a right that can be exchanged for other items such as a ticket or a voucher, instead of the right to maintain the gauge value. Players can exchange rights for other items in the game. In this embodiment, other items may not include items for restoring the gauge value. This allows the gauge recovery item for recovering the gauge value to be used for purposes other than recovering the gauge value, and increases the number of in-game options available to the player. By doing so, it is possible to prevent the player from getting bored with the game. This can improve the appeal of the game. In other embodiments, the exchange of rights for other items may be accomplished through a lottery. This adds a gambling element to the game and encourages players to use gauge recovery items.

(others)
In each of the above embodiments, the maximum value of the gauge may change depending on the item, the elapsed time of game play, the player's attributes, and the like. In each of the above embodiments, it has been explained that when the gauge value recovers, the current gauge value does not exceed the maximum value of the gauge. However, the use of the item may provide the player with an exchangeable item such as a gauge value maintenance time, and may cause the current gauge value to exceed the maximum value of the gauge. As a result, the gauge value is restored and exchangeable items are obtained, thereby making it possible to further improve the appeal of the game.

In each of the embodiments described above, an example has been described in which the recovery of the gauge value is based on the use of a gauge recovery item, but the recovery may be realized by other means.

In each of the above embodiments, an example has been described in which consumption of the gauge value is achieved by participating in a quest in the game, but consumption may be achieved by other means. In each of the above embodiments, a right may have an expiration date. Thereby, it is possible to encourage players to use the rights and improve the participation rate in the game.

In each of the above embodiments, the maximum value of the gauge value is the same value for recovery over time and recovery when using an item. In other embodiments, regarding the maximum value of the gauge value, the maximum value of recovery over time and the maximum value of recovery by using an item may be different. The "maximum recovery value over time" and "maximum recovery value" in the claims correspond to the maximum recovery value over time and the maximum recovery value due to item use, respectively. The "maximum recovery value" may be determined based on the item used, the player's level, the maximum recovery value over time, and the like. If the maximum recovery value over time is different from the maximum recovery value, the maximum recovery value over time may be greater than the maximum recovery value, or the maximum recovery value over time may be less than the maximum recovery value.

The "gauge value" in each of the above embodiments is an example of a parameter in the game. In the above embodiment, the parameters were explained using a bar-shaped gauge. As will be understood by those skilled in the art, embodiments of the present invention may be applied to parameters without gauges. Parameters are typically expressed numerically, but this is just one example. The parameters may be, for example, alphabetic characters or symbols based on an order such as ascending or descending order. Regarding the gauge, in the above example, a bar-shaped gauge was used, but the gauge may have a circular shape, a semicircular shape, or the like. The parameters can be values such as the player character's energy, life, stamina, hit points, and magic points.

In each of the above embodiments, an example has been shown in which parameter recovery is achieved by using items. This is just an example, and recovery of the parameters may be realized by a player's instruction, a game event, or the like. In addition to the use of items, the player's instructions can be any player instructions during the game, such as visiting a predetermined location, predetermined attacks, and billing. A game event can be any event during the game, such as an event that occurs at a predetermined time or the clearing of a predetermined stage.

The "right" in each of the above embodiments is an example of a right in a game. The rights may take any form as long as they are granted to the player. In one example, the rights may be advantageous to the player for progression in the game. In one embodiment, a time period for activating the rights is defined and the user may be prompted to activate the rights.

The following operation examples are possible when the rights are validated.
1) The player can play a predetermined stage such as a special dungeon.
2) Rights (stamina, evolution materials for evolving a character, gold that can be exchanged for predetermined items, etc.) are set.
3) Attributes such as character status increases are changed and improved.
4) The probability of acquiring characters such as monsters changes.
5) The probability of obtaining items that can be obtained in a lottery such as gacha fluctuates.
6) The appearance probability of help items to help the player changes.
7) Change the conditions for borrowing the player's friend's character. (Normally, once you borrow, you will need to wait until you borrow again, but if the conditions change, the waiting time will be reduced to 0 or shorter)

The means, steps, and functions described above may be defined in a computer program stored in the storage devices 120 and 170 of the server device 110 and/or the user terminal 160. Thereby, the computer program can cause the processors 115, 165 of the server device 110 and/or the user terminal 160 to execute the means, steps, functions, etc. The computer program may be stored in a computer readable information storage medium. In this case, the server device 110 and/or the user terminal 160 may read a computer program stored in an information storage medium and execute processing according to the computer program. Further, in a game system including the server device 110 and the user terminal 160, the means, steps, and functions described above can be performed by the server device 110 and the user terminal 160 in cooperation, or by one of the server device 110 and the user terminal 160. May be executed. In other embodiments, the game system may be realized by a single server device or a single user terminal.

In the above embodiments, some or all of the elements described as being implemented in hardware can be implemented in software, and some or all of the elements described as being implemented in software can be implemented in software. , it will be understood that it can be implemented in hardware.

In the processing or processing order explained above, as long as there is no inconsistency in the processing or processing order, such as a certain processing using data that should not be available yet, the processing or processing order can be changed freely.

Regarding each of the embodiments described above, a part or all of each embodiment may be combined to realize a single embodiment.

Each of the embodiments described above is an illustration for explaining the present invention, and the present invention is not limited to these embodiments. The present invention can be implemented in various forms without departing from the gist thereof.

100: Game system 110: Server device 115: Processor 120: Storage device 125: Communication device 130: Database 150: Communication line 160: User terminal 165: Processor 170: Storage device 175: Display 180: Input device 185: Communication device

Claims (5)

An information processing device including a processor,
The processor increases the parameter by the predetermined value when the sum of the current value of the parameter and the predetermined value corresponding to the recovery condition does not exceed a maximum recovery value when the parameter recovery condition is satisfied. and when the sum of the current value of the parameter plus the predetermined value exceeds the maximum recovery value, recovering the parameter to the maximum recovery value;
If the sum of the current value of the parameter plus the predetermined value exceeds the recovery maximum value, the processor sets a predetermined effect for a period of time determined based on the exceeded value;
Information processing device. While the predetermined effect is set, the processor sets conditions for borrowing game media of a user who has a predetermined relationship with the user who is the target of the predetermined effect. Make it more advantageous than when you don't have it,
The information processing device according to claim 1. While the predetermined effect is set, the processor varies the acquisition probability of game content that the user can obtain in a lottery from when the predetermined effect is not set.
The information processing device according to claim 1. When the processor satisfies the parameter recovery condition and the sum of the current value of the parameter plus the predetermined value corresponding to the recovery condition does not exceed the maximum recovery value, recovers the parameter by the predetermined value. and when the sum of the current value of the parameter plus the predetermined value exceeds the maximum recovery value, recovering the parameter to the maximum recovery value;
a processor, if the sum of the current value of the parameter plus the predetermined value exceeds the recovery maximum value, setting a predetermined effect for a time determined based on the exceeded value;
Information processing method. causing the processor to recover the parameter by the predetermined value if the sum of the current value of the parameter plus the predetermined value corresponding to the recovery condition does not exceed the maximum recovery value when the parameter recovery condition is satisfied; and when the sum of the current value of the parameter plus the predetermined value exceeds the maximum recovery value, recovering the parameter to the maximum recovery value;
causing the processor to set a predetermined effect for a period of time determined based on the exceeded value if the sum of the current value of the parameter plus the predetermined value exceeds the recovery maximum value;
A program that executes processing.

Images