Abstract: If an account is changed in a periodic service withdrawn state, a first timing which is an in-game item distribution timing on an account before the change, a second timing which is the next distribution timing, and a third timing which is the distribution timing next thereto, are acquired. A valid period of a periodic service that has been associated with an account after the change is acquired. If the expiration timing of the valid period is at or before the third timing, a post-change distribution timing which is a distribution timing for the first time after the account change timing is determined as the third timing. If the expiration timing is after the third timing, the post-change distribution timing is determined in accordance with a second valid period. An in-game item is provided at both of timings from the first timing onward and from the post-change distribution timing onward.

Abstract: An example of an information processing system sets an image capturing direction of a virtual camera in accordance with an image capturing direction of a camera, and if the image capturing direction of the camera is within a predetermined range, moves a virtual door in a virtual space in accordance with the image capturing direction of the virtual camera. If the image capturing direction of the camera is directed more upward than a first threshold, the information processing system does not move the virtual door further in the up direction. If the image capturing direction of the camera is directed more downward than a second threshold, the information processing system does not move the virtual door further in the down direction.

Abstract: A virtual reference plane and a virtual camera are updated based on detection of a characteristic portion in a captured image. A virtual object and the virtual camera are updated based on a shooting state. An overlay image in which an image of the virtual object is overlaid on the captured image is generated. The virtual camera and the virtual object are controlled such that the virtual object is in a field-of-view range, before the detection of the characteristic portion. The virtual object, the virtual reference plane, and the virtual camera are updated such that the virtual object is along the virtual reference plane, based on the shooting state, after the detection of the characteristic portion, and such that an appearance of the virtual object is in association with the shooting state, no matter whether or not the characteristic portion has been detected, when a position fixation condition is satisfied.

Abstract: An example of an information processing system sets an image capturing direction of a virtual camera in accordance with an image capturing direction of a camera, and if the image capturing direction of the camera is within a predetermined range, moves a virtual door in a virtual space in accordance with the image capturing direction of the virtual camera. If the image capturing direction of the camera is directed more upward than a first threshold, the information processing system does not move the virtual door further in the up direction. If the image capturing direction of the camera is directed more downward than a second threshold, the information processing system does not move the virtual door further in the down direction.

Abstract: A virtual reference plane and a virtual camera are updated based on detection of a characteristic portion in a captured image. A virtual object and the virtual camera are updated based on a shooting state. An overlay image in which an image of the virtual object is overlaid on the captured image is generated. The virtual camera and the virtual object are controlled such that the virtual object is in a field-of-view range, before the detection of the characteristic portion. The virtual object, the virtual reference plane, and the virtual camera are updated such that the virtual object is along the virtual reference plane, based on the shooting state, after the detection of the characteristic portion, and such that an appearance of the virtual object is in association with the shooting state, no matter whether or not the characteristic portion has been detected, when a position fixation condition is satisfied.

Abstract: If an account is changed in a periodic service withdrawn state, a first timing which is an in-game item distribution timing on an account before the change, a second timing which is the next distribution timing, and a third timing which is the distribution timing next thereto, are acquired. A valid period of a periodic service that has been associated with an account after the change is acquired. If the expiration timing of the valid period is at or before the third timing, a post-change distribution timing which is a distribution timing for the first time after the account change timing is determined as the third timing. If the expiration timing is after the third timing, the post-change distribution timing is determined in accordance with a second valid period. An in-game item is provided at both of timings from the first timing onward and from the post-change distribution timing onward.

Abstract: An example of an information processing system manages a character-associated parameter associated with each of a plurality of character objects, and a player-associated parameter associated with a player. Further, the information processing system stores an appearance condition associated with each of the plurality of character objects. The information processing system specifies at least one target character object among the plurality of character objects. When the player-associated parameter and the character-associated parameter associated with a target character object satisfy the appearance condition associated with the target character object, the information processing system permits the target character object to appear in a predetermined region in a virtual space.

Abstract: A video game device calculates a difference vector extending from a predetermined reference position on the screen to an input position. Moreover, the video game device calculates movement parameter data used for moving, with respect to a fixed point in the virtual space uniquely determined based on a position of the controlled object, the point of sight to a position that is determined by a direction in the virtual space based on a direction of the difference vector and a distance in the virtual space based on a magnitude of the difference vector. The point of sight is moved based on the movement parameter data. The video game device produces an image based on a virtual camera, which has been moved according to the movement of the point of sight, and displays the image on the screen of a display device.

Abstract: An example of an information processing system manages placement states of a plurality of objects in a virtual space, and manages a parameter that is changed in accordance with an instruction given by a player. The information processing system receives a change instruction to change the placement state of a selection object among the plurality of objects selected by the player. When the change instruction is given and under the condition that a parameter condition is satisfied, the parameter is changed. The information processing system executes a first change process for changing the placement state of at least one change target object in the virtual space in accordance with time, and a second change process for, when the change instruction is given and under the condition that a first parameter satisfies a first parameter condition, changing the placement state of the selection object in the virtual space.

Abstract: Current position information of an information processing apparatus is acquired by using a positional information acquiring section, and a distance, in a real space, between a current position and a target position that is a position corresponding to a predetermined position in the real space is calculated. Then, a predetermined process based on the calculated distance is executed when a parameter value indicating a virtual movement range of a player satisfies a first condition according to the calculated distance.

Abstract: An example of an information processing system manages a character-associated parameter associated with each of a plurality of character objects, and a player-associated parameter associated with a player. Further, the information processing system stores an appearance condition associated with each of the plurality of character objects. The information processing system specifies at least one target character object among the plurality of character objects. When the player-associated parameter and the character-associated parameter associated with a target character object satisfy the appearance condition associated with the target character object, the information processing system permits the target character object to appear in a predetermined region in a virtual space.

Abstract: An example of an information processing system manages placement states of a plurality of objects in a virtual space, and manages a parameter that is changed in accordance with an instruction given by a player. The information processing system receives a change instruction to change the placement state of a selection object among the plurality of objects selected by the player. When the change instruction is given and under the condition that a parameter condition is satisfied, the parameter is changed. The information processing system executes a first change process for changing the placement state of at least one change target object in the virtual space in accordance with time, and a second change process for, when the change instruction is given and under the condition that a first parameter satisfies a first parameter condition, changing the placement state of the selection object in the virtual space.

Abstract: Current position information of an information processing apparatus is acquired by using a positional information acquiring section, and a distance, in a real space, between a current position and a target position that is a position corresponding to a predetermined position in the real space is calculated. Then, a predetermined process based on the calculated distance is executed when a parameter value indicating a virtual movement range of a player satisfies a first condition according to the calculated distance.

Abstract: A video game device calculates a difference vector extending from a predetermined reference position on the screen to an input position. Moreover, the video game device calculates movement parameter data used for moving, with respect to a fixed point in the virtual space uniquely determined based on a position of the controlled object, the point of sight to a position that is determined by a direction in the virtual space based on a direction of the difference vector and a distance in the virtual space based on a magnitude of the difference vector. The point of sight is moved based on the movement parameter data. The video game device produces an image based on a virtual camera, which has been moved according to the movement of the point of sight, and displays the image on the screen of a display device.

Abstract: A video game device calculates a difference vector extending from a predetermined reference position on the screen to an input position. Moreover, the video game device calculates movement parameter data used for moving, with respect to a fixed point in the virtual space uniquely determined based on a position of the controlled object, the point of sight to a position that is determined by a direction in the virtual space based on a direction of the difference vector and a distance in the virtual space based on a magnitude of the difference vector. The point of sight is moved based on the movement parameter data. The video game device produces an image based on a virtual camera, which has been moved according to the movement of the point of sight, and displays the image on the screen of a display device.

Abstract: An information processing apparatus includes a touch panel, for example, set on a display screen. For example, the display screen displays a three-dimensional game screen showing a relatively narrower range of a virtual three-dimensional game world and a two-dimensional map screen showing a relatively wider range of the virtual three-dimensional game world simultaneously or through change. When an object existing in the virtual three-dimensional game world is moved, an input trace is obtained from an input to the map screen by utilizing the touch panel. The object is moved along the obtained input trace, and a scene in which the object is moving is displayed on the three-dimensional game screen.

Abstract: An example computer 10 that manages folders containing files by using a tree structure is caused to execute a step S104 of identifying a superior folder from predetermined folders managed by the tree structure by retracing the tree structure by at least one level, and a step S501 of specifying a file belonging to a subordinate folder that is subordinate to the superior folder in the tree structure as a processing object.

Abstract: An exemplary apparatus at least partially displays a first object group on a first display portion, selects at least one first object from the first object group in response to an operation of a direction operation portion, changes a selected position in an order of alignment in a second object group in response to an operation of a first or second operation portion, displays at least one object included in the second object group and corresponding to the selected position on a second display portion, adds a new object corresponding to the selected first object at a position corresponding to the selected position in the second object group in response to an operation of a third operation portion, and displays at least one object included in the second object group on the second display portion.

Abstract: A video game device calculates a difference vector extending from a predetermined reference position on the screen to an input position. Moreover, the video game device calculates movement parameter data used for moving, with respect to a fixed point in the virtual space uniquely determined based on a position of the controlled object, the point of sight to a position that is determined by a direction in the virtual space based on a direction of the difference vector and a distance in the virtual space based on a magnitude of the difference vector. The point of sight is moved based on the movement parameter data. The video game device produces an image based on a virtual camera, which has been moved according to the movement of the point of sight, and displays the image on the screen of a display device.

Abstract: A video game device calculates a difference vector extending from a predetermined reference position on the screen to an input position. Moreover, the video game device calculates movement parameter data used for moving, with respect to a fixed point in the virtual space uniquely determined based on a position of the controlled object, the point of sight to a position that is determined by a direction in the virtual space based on a direction of the difference vector and a distance in the virtual space based on a magnitude of the difference vector. The point of sight is moved based on the movement parameter data. The video game device produces an image based on a virtual camera, which has been moved according to the movement of the point of sight, and displays the image on the screen of a display device.