Abstract: The present invention is an image pickup apparatus including: an image processing section configured to be capable of outputting a cut-off image (cropped image) corresponding to an optical image formed on a specified area of an image pickup device; an image display device; a touch panel provided on the image display device; and a control section; wherein if the touch panel detects a drag operation during a live view display operation being performed on the image display device, the specified area is caused to relatively move with respect to the optical image according to a movement direction and movement distance of the drag operation.

Abstract: The present invention is an image pickup apparatus including: an image processing section configured to be capable of outputting a cut-off image (cropped image) corresponding to an optical image formed on a specified area of an image pickup device; an image display device; a touch panel provided on the image display device; and a control section; wherein if the touch panel detects a drag operation during a live view display operation being performed on the image display device, the specified area is caused to relatively move with respect to the optical image according to a movement direction and movement distance of the drag operation.

Abstract: In an image pickup apparatus, an original image selecting unit selects an original image from picked-up images acquired by an image pickup unit; a process image selecting unit selects a process image from the picked-up images; and an image combining instructing unit issues an instruction to combine the process image with the original image; an eye detecting unit detects an eye area. Further, a combining position setting unit sets a combining position in the original image based on a position of the eye area; an image processing unit processes the process image; an image combining unit combines the processed process image with the original image in the combining position, and generates a composite image; and a composite image display control unit performs control such that the composite image is displayed on a display unit.

Abstract: An imaging apparatus is disclosed which analyzes image data of a subject acquired by an image pickup device to select an appropriate combination of exposure time, aperture, and exposure sensitivity upon shooting in order to perform exposure control. As an example of image data analysis methods, there is shown a method of detecting the movement of a characteristic point in an image, or a method of detecting luminance variations in a specific block or area in the image to detect the subject movement. As another exemplary method, a face of the subject is detected. The present invention can also be combined with a shake reduction mode.

Abstract: In an image pickup apparatus, an original image selecting unit selects an original image from picked-up images acquired by an image pickup unit; a process image selecting unit selects a process image from the picked-up images; and an image combining instructing unit issues an instruction to combine the process image with the original image; an eye detecting unit detects an eye area. Further, a combining position setting unit sets a combining position in the original image based on a position of the eye area; an image processing unit processes the process image; an image combining unit combines the processed process image with the original image in the combining position, and generates a composite image; and a composite image display control unit performs control such that the composite image is displayed on a display unit.

Abstract: Disclosed is an imaging apparatus that simultaneously displays same movie images of different frame rates on respective windows of a multi window display part. An example of the imaging apparatus can be configured to comprise an image pickup device for imaging a subject, and a multi window display part capable of simultaneously displaying a plurality of movie images acquired from the image pickup device, wherein movie images to be displayed on the multi window display part are displayed on respective windows at different frame rates.

Abstract: An imaging apparatus is disclosed which analyzes image data of a subject acquired by an image pickup device to select an appropriate combination of exposure time, aperture, and exposure sensitivity upon shooting in order to perform exposure control. As an example of image data analysis methods, there is shown a method of detecting the movement of a characteristic point in an image, or a method of detecting luminance variations in a specific block or area in the image to detect the subject movement. As another exemplary method, a face of the subject is detected. The present invention can also be combined with a shake reduction mode.

Abstract: Upon a photographer selecting and setting a desired trimming form from various trimming forms prepared beforehand, an image regarding which shooting is planned can be displayed on a display unit 31 in a state with the selected trimming form applied to the image by a first signal processing unit within the system controller 18, and in the event of subsequently performing shooting (recording) activation operations such as releasing or the like, image signals to which trimming is not applied and identification signals representing the trimming form selected at that time can be recorded on a recording medium 23 by a second signal processing unit in the system controller 18. At the time of reproducing, the image signals recorded in the recording medium 23 can be reproduced in a state with the trimming form corresponding thereto applied.