The Pokémon Company

A game system acquires the sleep information of a user and a game that uses the sleep information can be advanced even in a situation where the sleep information cannot be measured appropriately. The game system includes processing circuitry configured to acquire the sleep information of the user, generate modified sleep information with respect to at least a part of the sleep information by modifying the sleep information on the basis of sleep information having different content to the sleep information. When the modified sleep information has not been generated, the processing circuitry determines a first effect of the game on the basis of the sleep information, and when the modified sleep information has been generated, the processing circuitry determines a second effect, the second effect differing from the first effect, on the basis of the modified sleep information.

Provided is a program executed by a computer that includes a processor, wherein the program causes the processor to execute a step for acquiring daily sleep information from a user, a step for specifying a first parameter, which is a parameter to be used by the user to play a game, for each date by comparing sleep information of the user over a predetermined period with sleep information of the user for each date, and a step for advancing the game on each date by performing lottery processing using the first parameter corresponding to the date.

Provided is a program executed by a computer that includes a processor, wherein the program causes the processor to execute a step for acquiring daily sleep information from a user, a step for specifying a first parameter, which is a parameter to be used by the user to play a game, for each date by comparing sleep information of the user over a predetermined period with sleep information of the user for each date, and a step for advancing the game on each date by performing lottery processing using the first parameter corresponding to the date.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

A game system that can improve enjoyability of a sleep game that uses sleep information of a user includes processor configured to execute a parameter control step of increasing a first parameter by adding to the first parameter a sum value obtained by adding one or more predetermined values during an activity period except for a period during which the user is sleeping; a parameter storage step of storing the first parameter at a timing at which the user has started sleeping as a sleep start time parameter at a time of the start of the sleep; a sleep parameter calculation step of calculating a sleep parameter based on sleep information of the user; and an event determination step of determining a game event to be caused on the basis of a second parameter obtained by multiplying the sleep parameter with the sleep start time parameter.

In a communication competition game, a player character is moved based on a first operation, any one of a plurality of owned battle characters is selected based on a second operation, the selected character is caused to appear based on a third operation, an opponent player character and an opponent battle character are controlled based on data acquired through the communication, and a lock-on state of locking on any of the opponent battle characters is transitioned to based on a fourth operation. When the owned battle character is appearing in the lock-on state, based on any operation of a first operation group, the owned battle character is caused to perform an activatable battle action, and a state where it is not possible to activate the battle action is transitioned to. A state where it is possible to activate the battle action is transitioned to based on passage of time.

A player character is caused to perform a capturing motion of releasing a capture item, in response to a first instruction. When the capture item is released toward the first field character, a capture success determination as to whether or not a capture by the capturing motion is successful is performed. If the capture is successful, the first field character is brought into a state of being owned by a player. A first battle character among characters owned by the player is caused to perform an attack motion against a first field character, in response to a second instruction. If the first field character is defeated based on the attack motion, the first field character is made capturable in a first period after the defeat, and the first field character is made un-capturable after the first period has elapsed.

A player character is moved based on a first operation input. The player character is caused to transition to a lock-on state of locking on an enemy character, based on a second operation input. If the player character is in the lock-on state and a battle character is appearing in a virtual space, the battle character is caused to perform an attack action against the lock-on target, based on a third operation input. Based on a fourth operation input, the player character is caused to perform a motion of releasing a capture item toward the lock-on target, in the lock-on state, or toward a sight in a non-lock-on state, and if a result of a capture success determination is a success, the enemy character is set to a state of being owned by a player.

A player character is moved based on a first operation input, and the player character is caused to transition to a lock-on state of locking on an enemy character, based on a second operation input. In a non-lock-on state, based on a third operation input, the player character is caused to perform a first action, and if the player character is in the lock-on state and a battle character is appearing in a virtual space, based on any of operation inputs of a first operation input group, the battle character is caused to perform a battle action corresponding to the operation input, against the locked-on enemy character, and a state where it is impossible to activate the battle action is transitioned to. A state where it is possible to activate the battle action is transitioned to based on passage of time.