Abstract: A memory chip unit includes a pad electrode including first and second portions, and a memory cell array. A prober includes a probe card and a movement mechanism. The probe card includes a probe electrode to be in contact with the pad electrode, and a memory controller electrically coupled to the probe electrode and executes reading and writing on the memory cell array. The movement mechanism executes a first operation that brings the probe electrode into contact with the first portion and does not bring the probe electrode into contact with the second portion, and a second operation that does not bring the probe electrode into contact with the first portion and brings the probe electrode into contact with the second portion.

Abstract: Coordinates on a detection surface are obtained using data output from a pointing device. The obtained coordinates are used to perform a designated coordinate-related process which is a game process. On the other hand, a designated coordinate-unrelated process is performed which is a game process which does not use the obtained coordinates. Also, it is detected whether or not coordinates within a predetermined region of the detection surface have been obtained. Depending on a result of the detection, the designated coordinate-related process and the designated coordinate-unrelated process are switched and executed.

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: 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: 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: Initially, a move target object is set from a plurality of objects. Next, a movement direction of the set move target object is decided. Next, for the decided movement direction, it is determined whether or not a rotation movement condition or a flip-over movement condition is satisfied. Next, when it is determined that the rotation movement condition is satisfied, the move target object is moved in a rotated form thereof in the movement direction, and when it is determined that the flip-over movement condition is satisfied, the move target object is moved in a flipped-over form thereof in the movement direction.

Abstract: An exemplary embodiment provides an information processing apparatus. The information processing apparatus includes a display portion having first and second display regions, a first display control unit for displaying a first object showing first data in the first display region, a second display control unit for displaying a second object showing second data in the second display region, an acceptance portion for accepting a series of position indication operations in the second display region, and an association control unit for selecting the second object based on a position indicated by the series of position indication operations within the second display region accepted by the acceptance portion and performing processing for associating the first data with the second data corresponding to the selected second object based on subsequent variation in the indicated position.

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: Initially, a move target object is set from a plurality of objects. Next, a movement direction of the set move target object is decided. Next, for the decided movement direction, it is determined whether or not a rotation movement condition or a flip-over movement condition is satisfied. Next, when it is determined that the rotation movement condition is satisfied, the move target object is moved in a rotated form thereof in the movement direction, and when it is determined that the flip-over movement condition is satisfied, the move target object is moved in a flipped-over form thereof in the movement direction.

Abstract: Coordinates on a detection surface are obtained using data output from a pointing device. The obtained coordinates are used to perform a designated coordinate-related process which is a game process. On the other hand, a designated coordinate-unrelated process is performed which is a game process which does not use the obtained coordinates. Also, it is detected whether or not coordinates within a predetermined region of the detection surface have been obtained. Depending on a result of the detection, the designated coordinate-related process and the designated coordinate-unrelated process are switched and executed.