Abstract:
When a camera shake correction function is set to "on", a control unit (50) exposes a CCD ( 32). Simultaneously during the exposure, the control unit (50) generates a CCD drive signal for changing relative positions of the CCD ( 32) and a lens in accordance with a shake detection signal received from a pose sensor. In response to this signal, the position of the CCD (32) is shifted in X and Y directions perpendicular to the optical axis of the lens, thereby camera shake correction is performed. Next, the control unit (50) outputs an imaging signal obtained by using the inside of a use range for camera shake correction with the CCD (32). On the other hand, when the camera shake correction function is set to "off", the control unit (50) exposes the CCD (32) while the CCD (32) is fixed at a center position. The control unit (50) outputs an imaging signal obtained by using the entire area of the CCD (32).
Abstract:
Disclosed is a digital camera 2 including: a communication control unit 24 that receives album information A transmitted from a display control device and formed of a plurality of JPEG image files and a play list indicating a linkage among the files; a recording medium 25 that records the album information; an image display unit 222 that displays images of the plurality of recorded JPEG image files; and a CPU 261 that performs processing for displaying, on the image display unit 222, images of JPEG image files associated with one another by image linkage information of the play list among the plurality of JPEG image files based on an input of an image switching instruction from the operation input unit 231. In such way, plural pieces of such image information are recorded in order, thus making it possible to efficiently browse the plural pieces of image information.
Abstract:
When a camera shake correction function is set to “on”, a control unit (50) exposes a CCD ( 32). Simultaneously during the exposure, the control unit (50) generates a CCD drive signal for changing relative positions of the CCD ( 32) and a lens in accordance with a shake detection signal received from a pose sensor. In response to this signal, the position of the CCD (32) is shifted in X and Y directions perpendicular to the optical axis of the lens, thereby camera shake correction is performed. Next, the control unit (50) outputs an imaging signal obtained by using the inside of a use range for camera shake correction with the CCD (32). On the other hand, when the camera shake correction function is set to “off”, the control unit (50) exposes the CCD (32) while the CCD (32) is fixed at a center position. The control unit (50) outputs an imaging signal obtained by using the entire area of the CCD (32).