Abstract: There is provided an information processing apparatus (40) including an information acquisition unit (402) that acquires operation information concerning user operation performed a virtual object superimposed and displayed on a real space or a virtual space and a sense of force control unit (408) that outputs, based on the operation information, via a sense-of-force device attached to a part of a body of a user, a sense of force for causing the user to recognize weight.

Abstract: A display apparatus displays a distance bar indicating a ratio of movement distance to the entire photographing route, and a time bar indicating a ratio to the entire time, together with photographed images. Moreover, the display apparatus displays specific photographing date/time on top of the time bar. During slide show display, when one of separator lines indicating photographing locations is designated, the slide show is immediately switched to a display of the photographed image. At this time, the distance bar is updated to the designated separator line, and corresponding to this, the time bar is also updated to time when photographing is performed at the designated separator line. Thereafter, when a certain time has elapsed, the slide show display is resumed in the order of photographing from the photographed image.

Abstract: The present invention is directed to providing a shooting mode according to a user's need of an imaging apparatus, whereby a user can easily select the shooting mode. Firstly, an information processing apparatus provides a list, which includes a shooting mode corresponding to attribute information received from the imaging apparatus, to the imaging apparatus. Next, setting information including a shooting parameter of the shooting mode designated by the imaging apparatus from the list is transmitted to the imaging apparatus. The imaging apparatus selects one of the shooting modes corresponding to the setting information transmitted from the information processing apparatus, and executes image processing by using the setting information.

Abstract: A display apparatus displays a distance bar indicating a ratio of movement distance to the entire photographing route, and a time bar indicating a ratio to the entire time, together with photographed images. Moreover, the display apparatus displays specific photographing date/time on top of the time bar. During slide show display, when one of separator lines indicating photographing locations is designated, the slide show is immediately switched to a display of the photographed image. At this time, the distance bar is updated to the designated separator line, and corresponding to this, the time bar is also updated to time when photographing is performed at the designated separator line. Thereafter, when a certain time has elapsed, the slide show display is resumed in the order of photographing from the photographed image.

Abstract: The present invention is directed to providing a shooting mode according to a user's need of an imaging apparatus, whereby a user can easily select the shooting mode. Firstly, an information processing apparatus provides a list, which includes a shooting mode corresponding to attribute information received from the imaging apparatus, to the imaging apparatus. Next, setting information including a shooting parameter of the shooting mode designated by the imaging apparatus from the list is transmitted to the imaging apparatus. The imaging apparatus selects one of the shooting modes corresponding to the setting information transmitted from the information processing apparatus, and executes image processing by using the setting information.