Abstract: An image capture device that can shoot an image at a more appropriate exposure value with the image blur compensated for properly is provided. The digital camera includes: a motion detecting section 34 for estimating a motion vector of an image shot; a blur compensating section for optically compensating for the blur of the image shot; a mode selecting section for selecting one of multiple control modes for the blur compensating section; and a setting determining section for determining a setting related to an exposure value for shooting an image based on the control mode selected by the mode selecting section and the motion vector estimated.

Abstract: An image capture device that can shoot an image at a more appropriate exposure value with the image blur compensated for properly is provided. The digital camera includes: a motion detecting section 34 for estimating a motion vector of an image shot; a blur compensating section for optically compensating for the blur of the image shot; a mode selecting section for selecting one of multiple control modes for the blur compensating section; and a setting determining section for determining a setting related to an exposure value for shooting an image based on the control mode selected by the mode selecting section and the motion vector estimated.

Abstract: A plurality of cellular concave mirror surfaces are formed on a plate-like reflector unit, and a plurality of light-emitting diodes are disposed on these cellular concave mirror surfaces to jointly form a colored light source. Connection wirings to be connected with a power supply source are provided on a substrate laminated with the reflector unit. A lamp base of a conventional type may be coupled to the substrate for being electrically connected to the wirings. This colored light source can provide a single or multiple color displays. Improved shadow pattern display can be provided by forming a complementary color pattern on a front cover lens. Letter, symbol or pattern display can be provided by selectively arranging light-emitting diodes on the reflector unit.