Abstract: The game apparatus displays on a television a scene in which a pirate shoots an arrow at a first timing. Next, the game apparatus determines, at a second timing which is a timing after a predetermined time period has elapsed from the first timing, whether the attitude of a terminal device is an attitude in accordance with an instruction issued by the pirate when the pirate shot the arrow at the first timing. When the attitude of the terminal device is the attitude in accordance with the instruction issued by the pirate, the game apparatus displays a scene in which the arrow has reached the screen of the terminal device.

Abstract: An example information processing apparatus includes: an operation part; an attitude output part outputting, in time series, attitude data corresponding to attitude; an information storage part storing, in time series, information relevant to the attitude data outputted by said attitude output part; a display processing part, in correspondence to the attitude data outputted by said attitude output part, performing processing concerning display of a three-dimensional virtual space; an information acquiring part, from the information stored in time series by said information storage part, acquiring information corresponding to the time preceding by a given period the time that operation was performed on said operation part; and an information processing part, on the basis of the operation performed on said operation part and the information acquired by said information acquiring part, performing information processing.

Abstract: A pirate ship is displayed on a television being a stationary display device and on a terminal device being a portable display device. When the terminal device is held in a second attitude, the position and the angle of view of a first virtual camera are adjusted, and the pirate ship displayed on the television is zoomed out. When the terminal device is held in a first attitude, the position and the angle of view of the first virtual camera are adjusted and the pirate ship displayed on the television is zoomed in.

Abstract: An example of a game device accepts inputs from a plurality of players to allow a game to progress. First, the game device accepts a first rhythm input by a first player. A model rhythm is generated and presented based on the first rhythm input. The game device accepts a second rhythm input by a second player. Then, the game device evaluates the second rhythm input using as a reference the model rhythm. Thus, by generating a model rhythm based on a rhythm which is input by a player, it is possible to provide a game with a high playability having an increased degree of freedom for the model rhythm.

Abstract: An input is acquired, and in accordance with the input, a sequence of game processing from beginning a predetermined game to obtaining a result of the game is performed. Then, a game image corresponding to the game processing from the beginning of the game to a state of the game still in progress is displayed on the portable display apparatus. A game image corresponding to at least part of the game processing from the beginning of the game to the state of the game still in progress is redisplayed on another display apparatus, and thereafter, a game image corresponding to the game processing until the obtaining of the result of the game is displayed on the other display apparatus.

Abstract: An image including at least a part of a virtual world is generated as a first display image, a first sound created in the virtual world is generated, and a second sound forming a part of the first sound is selected in accordance with a user operation. Then, control is performed such that the first display image is displayed on a first display apparatus. Control is performed such that the generated first sound is output from a first loudspeaker in synchronization with the first display image displayed on the first display apparatus. Control is performed such that the selected second sound is output from a second loudspeaker.

Abstract: Game images are displayed at least on a portable first display device and a second display device different from the first display device, respectively. A first game image of a game space seen form a first-person viewpoint of a player object positioned in the game space and a second game image of the game space seen from a fixed predetermined viewpoint are generated, and the first game image and the second game image are displayed on the first display device and the second display device, respectively.

Abstract: A biological signal is obtained from a player, under a situation where a biological parameter can be calculated based on a biological signal repeatedly obtained from a sensor attached to a player, and a predetermined game processing can be performed using the biological parameter. Then, whether the sensor is attached to the player is determined based on the biological signal, and the predetermined game processing is performed in at least one of a case where the sensor attachment determining means determines that the sensor has changed from its attached state to its detached state and a case where the sensor attachment determining means determines that the sensor has changed from its detached state to its attached state, according to the timing at which the determinations is made.

Abstract: An example game device performs a game process based on operation data representing an operation performed on a controller. The game device generates a first game image representing a game space as viewed from a first virtual camera which is set in the game space, and displays the first game image on a television. A second virtual camera, different from the first virtual camera, is set in the game space based on operation data for a terminal device. The game device generates a second game image representing the game space as viewed from the second virtual camera, and displays the second game image on the terminal device. In response to an execution of a predetermined operation on the terminal device 7, the game device stores image information regarding the second game image in a predetermined storage device.

Abstract: An example information processing apparatus includes: an operation part; an attitude output part outputting, in time series, attitude data corresponding to attitude; an information storage part storing, in time series, information relevant to the attitude data outputted by said attitude output part; a display processing part, in correspondence to the attitude data outputted by said attitude output part, performing processing concerning display of a three-dimensional virtual space; an information acquiring part, from the information stored in time series by said information storage part, acquiring information corresponding to the time preceding by a given period the time that operation was performed on said operation part; and an information processing part, on the basis of the operation performed on said operation part and the information acquired by said information acquiring part, performing information processing.

Abstract: A player object is caused to perform a motion in a virtual game world in accordance with information corresponding to a biological signal acquired from a player. Biological signal acquisition means acquires the biological signal from the player. Pulse detection means detects pulse or heartbeat of the player in accordance with the biological signal acquired by the biological signal acquisition means. Player object motion control means causes the player object to discharge a discharge object in the virtual game world when the pulse detection means detects the pulse or the heartbeat.

Abstract: A pirate ship is displayed on a television being a stationary display device and on a terminal device being a portable display device. When the terminal device is held in a second attitude, the position and the angle of view of a first virtual camera are adjusted, and the pirate ship displayed on the television is zoomed out. When the terminal device is held in a first attitude, the position and the angle of view of the first virtual camera are adjusted and the pirate ship displayed on the television is zoomed in.

Abstract: A pirate ship is displayed on a television being a stationary display device and on a terminal device being a portable display device. When the terminal device is held in a second attitude, the position and the angle of view of a first virtual camera are adjusted, and the pirate ship displayed on the television is zoomed out. When the terminal device is held in a first attitude, the position and the angle of view of the first virtual camera are adjusted and the pirate ship displayed on the television is zoomed in.

Abstract: The game apparatus displays on a television a scene in which a pirate shoots an arrow at a first timing. Next, the game apparatus determines, at a second timing which is a timing after a predetermined time period has elapsed from the first timing, whether the attitude of a terminal device is an attitude in accordance with an instruction issued by the pirate when the pirate shot the arrow at the first timing. When the attitude of the terminal device is the attitude in accordance with the instruction issued by the pirate, the game apparatus displays a scene in which the arrow has reached the screen of the terminal device.

Abstract: An example game device performs a game process based on operation data representing an operation performed on a controller. The game device generates a first game image representing a game space as viewed from a first virtual camera which is set in the game space, and displays the first game image on a television. A second virtual camera, different from the first virtual camera, is set in the game space based on operation data for a terminal device. The game device generates a second game image representing the game space as viewed from the second virtual camera, and displays the second game image on the terminal device. In response to an execution of a predetermined operation on the terminal device 7, the game device stores image information regarding the second game image in a predetermined storage device.

Abstract: An image producing program executed by a computer of an image producing apparatus producing images to be displayed on a planar-view display apparatus, causes the computer to function as: first image producing means producing a planar view image of a virtual space by a reference virtual camera for providing planar view of the virtual space; display control means displaying the planar view image on the display apparatus; second image producing means for, while the planar view image is displayed on the display apparatus, setting a stereoscopic view virtual camera based on setting of the reference virtual camera and taking an image of the virtual space with the stereoscopic view virtual camera, thereby producing a stereoscopic view image including a right eye image and a left eye image obtained based on at least two viewpoints; and stereoscopic view image storage control means storing the stereoscopic view image in a storage apparatus.

Abstract: An example game system includes a game apparatus and a terminal device capable of communicating with the game apparatus. The terminal device transmits a pickup image obtained by an image pickup section to the game apparatus. The game apparatus receives the pickup image, and generates a first image by synthesizing the pickup image at least in part with an image of a predetermined virtual space as viewed from a first virtual camera. The first image is outputted and displayed on a predetermined display device. In addition, the game apparatus generates a second image of the virtual space as viewed from a second virtual camera different from the first virtual camera. The second image is outputted and displayed on the terminal device.

Abstract: A biological signal is obtained from a player, under a situation where a biological parameter can be calculated based on a biological signal repeatedly obtained from a sensor attached to a player, and a predetermined game processing can be performed using the biological parameter. Then, whether the sensor is attached to the player is determined based on the biological signal, and the predetermined game processing is performed in at least one of a case where the sensor attachment determining means determines that the sensor has changed from its attached state to its detached state and a case where the sensor attachment determining means determines that the sensor has changed from its detached state to its attached state, according to the timing at which the determinations is made.

Abstract: A game system comprises a pointing device for pointing to an arbitrary point in a game screen displayed on a display device and an acceleration sensor provided in the pointing device. A processor of the game system repeatedly identifies a position of the point pointed to by the pointing device to detect a change in the identified position. Also, the processor determines a movement direction of the pointing device based on an acceleration detected by an acceleration sensor. When detecting a position change, the processor executes game processing based on the position change, and when detecting no position change, the processor executes game processing based on the determined movement direction of the pointing device.

Abstract: Operation input obtaining means obtains an operation input performed by a player with respect to an input device. Designated position setting means sets a designated position with respect to a virtual game world in accordance with the operation input. Biological signal obtaining means obtains a biological signal from the player. Designated position change means changes the designated position in accordance with the biological signal obtained by the biological signal obtaining means. Game processing means performs a predetermined game process on the basis of the designated position.