Abstract:
An image processing device of the present invention comprises a storage section for storing first image data obtained by imaging in front of the imaging device body or using a telephoto lens, and second image data obtained by imaging behind the imaging device body or using a wide-angle lens; a movement pattern detection section for processing the first image data to detect a movement pattern of the first image represented by the first image data; a movement pattern determination section determining whether or not the movement pattern of the first image is unstable movement; and an image processing section for rewriting a part of the first image data, for which it has been determined by the movement pattern determination section that the movement pattern of the first image is unstable, using the second image data.
Abstract:
A map display system according to the present invention includes: a search section searching for a reference point where a map has not changed for approximately the same period as a period during which a map or a landscape of a base point has not changed; and a display section displaying information which represents the searched reference point. Further, a map display method according to the present invention includes: searching for a reference point where a map has not changed for approximately the same period as a period during which a map or a landscape of a base point has not changed; and displaying information which represents the searched reference point.
Abstract:
A camera has a contrast detection section which detects contrast of an object image signal obtained through a taking lens, and a multipoint distance measuring section which ranges a plurality of points in a photographic screen through a pair of optical systems different from the taking lens. A first focus adjustment section focuses the taking lens in accordance with a detection result of the contrast detection section, and a second focus adjustment section focuses the same based on a distance measuring result of the multipoint distance measuring section. A position determination section determines a position of a main object in the photographing screen from the distance measuring result, and when it determines that the main object is positioned on a center, the first focus adjustment section is operated by a selection section, and when the main object is positioned on a periphery, the second focus adjustment section is operated.
Abstract:
An electronic camera comprising an LCD panel for image reproduction and an imaging device is disclosed, in which private information attaching a predetermined attribute to a designated photographed image can be input, and in accordance with the private information, the image reproduction on the LCD panel is prohibited by a command from a CPU.
Abstract:
An electronic camera comprising an LCD panel for image reproduction and an imaging device is disclosed, in which private information attaching a predetermined attribute to a designated photographed image can be input, and in accordance with the private information, the image reproduction on the LCD panel is prohibited by a command from a CPU.
Abstract:
A plurality of distance measuring points in a picture can be correctly and rapidly focused on. Images at a plurality of distance measuring points in the picture can be detected through a photographing lens by means of an image pickup element. These detected distance measuring points can be displayed on a monitor screen. Finally, a photographing lens can be controlled with respect to the displayed distance measuring points so as to cause the output from the image pickup element to reach its highest contrast.
Abstract:
In an imaging apparatus capable of continuous shooting, the continuously shot image data are sequentially recorded, and some image data selected from the recoded image data are displayed on a display portion. At this selection, data associated with the shooting period of the image data is divided into approximately equal time intervals, and image data corresponding to shooting time positions of the approximately equally divided time intervals are selected.
Abstract:
A camera according to the present invention can use a captured image of a communication target device to identify the communication target device when transmitting data to the outside. The camera includes a formatting section for converting transmission data to a format suitable for transmission to the communication target device identified.
Abstract:
A camera according to this invention determines whether a subject to be photographed is backlit; and when it is backlit, compares a brightness of the subject with a brightness of a background of the subject by emitting strobe light onto the subject; and changes an amount of correction by at least one of a gamma conversion processes and a contour emphasizing process based on a result of the comparison, thereby processing a subject image signal detected by an imaging section.
Abstract:
A camera is provided which includes a backlight judgment section which determines whether the photographic scene is backlit by comparing the average luminance of the entire photographic screen obtained by photometry with the luminance of the main subject at a distance-measuring point selected by distance measurement. The camera performs suitable exposure control accompanied by illumination, such as supplementary light, at the time of exposure in a photographic scene where the main subject is against light.