Imaging device and image processor configured to process an object region
View Patent ↗Herein describes, by example, a digital image device comprising a CCD image sensor, a setting dial, a controller, and an image processor. The CCD image sensor captures a subject image and outputs image information. The setting dial accepts an input operation and outputs an operation signal including one that corresponds to the direction of the dial. The controller sets an object region that will be the object of a specific image processing process, so that at least one of a region direction and a region range for setting the object region can be changed according to an operation signal corresponding to the operation direction of the interface component. The image processor performs diorama filtering on the object region on the basis of the region direction and the region range.
1. An imaging device comprising:
an image sensor configured to capture a subject image and output image information;
a user interface configured to accept an user input operation and output a first operation signal, the first operation signal corresponding to a first operation direction of the interface component which indicates a particular direction;
a controller programmed to set a first region as the object of a specific image process, the first region including a region direction and a region range of the first region, the controller also configured to change the region direction that determines a direction in which the dimensions of the first region are changed according to the first operation signal; and
an image processor configured to perform the specific image process on the first region based on the region direction and the region range,
the region direction being set to a first region direction or a second region direction that intersects the first region direction, and
wherein when the user interface is continuously operated in the first operation direction, the controller changing the region range in the first region direction and after changing the first region direction, then changing the region range in the second region direction.
2. An imaging device comprising:
an image sensor configured to capture a subject image and output image information;
a user interface configured to accept a first input operation and output a first operation signal to a controller;
the controller programmed to set a first region as the object of a specific image process, the first region including a region direction and a region range of the first region, the controller also configured to change the region direction that determines a direction in which the dimensions of the first region are changed according to the first operation signal; the region direction being set to a first region direction or a second region direction that intersects the first region direction
the controller programmed to determine a central area of an image, and to increase a first width of the central area to a maximum width vignetting a first adjacent area of the central area and a second adjacent area of the central area;
to decrease a second width of the central area to a minimum width vignetting a third adjacent area of the central area and a fourth adjacent area of the central area; wherein the second width lies in a different direction of the central area than the first width of the central area, and
wherein when the user interface is continuously operated in the first operation direction, the controller changing the region range in the first region direction and after changing the first region direction, then changing the region range in the second region direction.
3. The imaging device of claim 2 , wherein
the first width is a horizontal width and the second width is a vertical width.
4. The imaging device of claim 2 , wherein
the first width is a vertical width and the second width is a horizontal width.