Nintendo Co., Ltd.

Eiji Aonuma

Yoichi Yamada

Hidemaro Fujibayashi

Hiroshi Umemiya

Kenji Matsutani

Hajime Nakamura

Shigeru Miyamoto

Shingo Watanabe

Daiki Iwamoto

Junya Osada

Yutaka Hiramuki

Arisa Hosaka

Toru Minegishi

In an exemplary embodiment, on the basis of a first direction input performed on an operation device, a player object is caused to perform a posturing action of holding an item object in an orientation corresponding to an input direction according to the first direction input. Further, in accordance with cancelation of the first direction input, the player object is caused to perform a swinging action of swinging the item object.

Computer-readable non-transitory storage medium having instructions stored therein, game apparatus, game system, and game processing method

A non-limiting example game system includes a processor incorporated within a main body apparatus, and the processor creates, based on operation inputs of a player, a game stage by selecting components corresponding to a virtual room and by arranging panels corresponding to the components on a grid-shaped arrangement area. In the virtual room, a passage, a stairs, a door with lock blocking the passage and a treasure chest are arranged. A key for releasing the door with lock is contained in the treasure chest. The player creates the game stage by connecting all of the passages and the stairs from a start room that a game is started to a room where a boss enemy object is arranged and by taking arrangement of the doors with lock and the treasure chests containing the key into consideration.

Storage medium, information processing apparatus, information processing system and information processing method

Instead of using an operation inputted by a player, a series of operation data for continuously moving a player character for a predetermined time period of a game is previously stored as automatic operation data. Automatic control means moves the player character based on the automatic operation data. Furthermore, the automatic control means receives a play start operation indicating that the player starts to play the game while the automatic control means moves the player character. A movement of the player character controlled based on the automatic operation data is finished at a time when the play start operation is received, and the movement of the player character starts to be controlled based on an operation of the player.

Game apparatus and computer readable storage medium storing game program

A pivoting camera viewpoint is provided so that when an animated game character uses a bow and arrow or other weapon, the camera adopts a third person 3D view based on the relative position of the game character and the target that game character is aiming his bow at. The user positions a target cursor on the desired target. This causes an imaginary line segment or plane to be drawn in 3D space between the desired target and the game character (or possibly the game character's bow). The imaginary line segment or plane continues through and past the game character, and the character keeps the weapon, if it is a missile weapon, pointed along this line segment. Additionally, the player can lock onto a target, and freely move a character around. While in lock-on mode, the camera automatically repositions itself to keep both the character and the target visible to a player.

Method and apparatus for enhanced virtual camera control within 3D video games or other computer graphics presentations providing intelligent automatic 3D-assist for third person viewpoints

Instead of using an operation inputted by a player, a series of operation data for continuously moving a player character for a predetermined time period of a game is previously stored as automatic operation data. Automatic control means moves the player character based on the automatic operation data. Furthermore, the automatic control means receives a play start operation indicating that the player starts to play the game while the automatic control means moves the player character. A movement of the player character control led based on the automatic operation data is finished at a time when the play start operation is received, and the movement of the player character starts to be controlled based on an operation of the player.

A pointing device includes a controller for pointing a position on a display surface by imaging an imaging objective such as two markers positioned with a predetermined interval therebetween in a vicinity of the display surface of a monitor. With the pointing device, a width of the display surface and the interval between the markers are obtained to determine an appropriate distance between the controller and the monitor. Further, a current distance between the controller and the monitor (markers) is calculated. Relation between the current distance and the appropriate distance is notified by such as image display or sound output. For example, an image indicating the appropriate distance and an adjustment image varying in size in conjunction with the current distance are displayed on the monitor.

Storage medium having stored thereon program for adjusting pointing device, and pointing device

A user can move the position of a pan flute in a horizontal direction on a screen by sliding a touch position in the horizontal direction on the screen while touching a touch panel with a stick. Moreover, when the user blows on a microphone hole, a musical sound of a pitch corresponding to a pipe of the pan flute which is displayed in an overlapping manner with a valid position display image at this time is outputted via a sound hole.

Computer-readable storage medium having stored therein musical sound generation program, and musical sound generation apparatus

Action information for controlling a series of at least one action performed by a first object is stored. Then the at least one action of the first object is controlled in accordance with the action information. At this time, an action of a second object is controlled in accordance with an operation signal from a predetermined input device operated by a player. Furthermore, while the action of the second object is being controlled, the information about the at least one action of the first object is displayed on a screen.

Computer-readable storage medium having game program stored therein and game apparatus

Operation data including at least acceleration data and angular speed data is obtained from an input device including at least an acceleration sensor and a gyroscopic sensor. Next, at least one of an attitude and a position of a predetermined object in a virtual space is controlled based on the angular speed data. When at least one of the attitude and the position of the predetermined object is controlled based on the angular speed data, it is determined whether or not the acceleration data satisfies predetermined conditions. As a result, if the acceleration data satisfies the predetermined conditions, the predetermined object is caused to start a predetermined motion.

Game apparatus and computer-readable recording medium recording game program for controlling attitude and position of an object in a virtual space

A video game device calculates an angle of an object, etc., with respect to a reference direction in a three-dimensional space. Then, the video game device defines a virtual cylindrical model for each of a plurality of objects so that a bottom surface of each cylindrical model is perpendicular to the reference direction. The video game device defines a plurality of cylindrical models for a predetermined object if the inclination of the predetermined object with respect to the reference direction is greater than a predetermined angle. Then, the video game device determines whether or not the defined cylindrical models have an overlap therebetween. Then, if two cylindrical models are determined to be overlapping with each other, the video game device gives a predetermined change to the two objects in response to the collision.

Graphic object collision detection with axis-aligned bounding regions calculated from inclination angle

A video game device calculates an angle of an objectetc., with respect to a reference direction in a three-dimensional space. Then, the video game device defines a virtual cylindrical model for each of a plurality of objects so that a bottom surface of each cylindrical model is perpendicular to the reference direction. The video game device defines a plurality of cylindrical models for a predetermined object if the inclination of the predetermined object with respect to the reference direction is greater than a predetermined angle. Then, the video game device determines whether or not the defined cylindrical models have an overlap therebetween. Then, if two cylindrical models are determined to be overlapping with each other, the video game device gives a predetermined change to the two objects in response to the collision.

Collision detection having cylindrical detection regions

In a video graphics game apparatus, a game operation controller device is used to select at least one of a plurality of items which are accessible by a player object to use as throwable items. A target object specifier is used to specify an object existing in a direction in which a throwable item is to be thrown. The effectiveness of the throwable item on the target object is determined based on stored item/object correspondence information defining which throwable item is effective on which object on an item-by-item basis. A game display controller provides an aiming point on the display indicating a direction in which the throwable item is to be thrown, the aiming point being displayed in a manner or mode that is varied depending upon a result of the correspondence determination.

Targeting system

The present invention is directed to a game system that displays a 3-D game screen and a 2-D map screen for representing a 3-D game space. The present game system includes a 2-D map screen display control section, a cursor operating section, a first cursor movement control section, a 3-D game screen display control section, and a second cursor movement control section. The 2-D map screen display control section is to display the 2-D map screen including a first cursor. The cursor operating section is operated by a player. In accordance with an operation of the cursor operating section, the first cursor movement control section moves the first cursor on a 2-D field map. The 3-D game screen display control section is to display the 3-D game screen including a second cursor. The second cursor movement control section moves the second cursor in the 3-D game space in relation to a movement of the first cursor on the 2-D field map.

Growing community of inventors

Kyoto, Japan

Eiji Aonuma