Abstract: An electronic image pickup apparatus comprises a color image pickup element having a plurality of drive modes including at least the first drive mode and the second drive mode. The color-conversion parameter storage section of the apparatus stores the first color-conversion parameter. The color-conversion parameter computing section of the apparatus computes from the first color-conversion parameter the second color-conversion parameter. The computation parameter storage section of the apparatus stores the computation parameter for computing the second color-conversion parameter. The color-conversion section of the apparatus converts the color data acquired by the color image pickup element in the first drive mode according to the first color-conversion parameter and the color data acquired by the color image pickup element in the second drive mode according to the second color-conversion parameter.

Abstract: An electronic image pickup apparatus comprises a color image pickup element having a plurality of drive modes including at least the first drive mode and the second drive mode. The color-conversion parameter storage section of the apparatus stores the first color-conversion parameter. The color-conversion parameter computing section of the apparatus computes from the first color-conversion parameter the second color-conversion parameter. The computation parameter storage section of the apparatus stores the computation parameter for computing the second color-conversion parameter. The color-conversion section of the apparatus converts the color data acquired by the color image pickup element in the first drive mode according to the first color-conversion parameter and the color data acquired by the color image pickup element in the second drive mode according to the second color-conversion parameter.

Abstract: An image capturing apparatus is provided which can continuously keep track of an object even under changes of the angle of view during enlarged live-view display, as well as an image capturing method for such an image capturing apparatus. Acquisition range of image signals is controlled by the CPU to crop a portion of an object image formed on the image pickup device. Subsequently, the enlarged live-view display is performed in which the image based on the obtained image signals is enlarged and displayed on the display unit. If a zooming operation is performed during the enlarged live-view display, the CPU obtains information regarding the angle of view and updates the acquisition range of the image signals according to the information regarding the angle of view after the change.

Abstract: An imaging apparatus includes an imaging section, an imaging acquisition range control section, a distortion information obtaining section, and a display section. The imaging section includes a lens and obtains an image data by imaging a subject image. The imaging acquisition range control section controls an acquisition range of the image data such that a part of the subject image is read out. The distortion information obtaining section obtains distortion information of the lens. The distortion correction section corrects distortion of the image data in accordance with the distortion information. The display section performs enlarged live-view display operation to display an enlarged image of the corrected image data in the acquisition range. The imaging acquisition range control section updates the acquisition range, when the distortion information is changed while the enlarged live-view display operation is performed, in accordance with the changed distortion information.

Abstract: In a method of processing digitized image data, first image data stored in a first area of a memory is subjected to a filtering process to produce second image data which has a peripheral portion of the first image data removed. The second image data and peripheral image data corresponding to the peripheral portion of the first image data which is removed through the filtering process are then combined into composite image data having substantially the same angle of view as the first image data.

Abstract: There is disclosed an image processing method wherein there is read, from a memory, an image signal which contains a plurality of image components and in which a sampling ratio as a ratio of sampling frequencies of these image components is not matched. The sampling ratio of the read image signal is converted to match the sampling ratio of the image signal. The image signal whose sampling ratio has been converted is filtered. The sampling ratio of the filtered image signal is converted to reduce a data size of the signal.

Abstract: The invention is an image file creation device for creating a first file with an extension “JPG” from an image data group composed of main image JPEG image data and a plurality of sub-image JPEG image data, the first file including the main image JPEG image data and related information from which existence of a second file related to the first file can be recognized; and creating a second file with an extension “MPF”, for example, the second file including the main image JPEG image data, the plurality of sub-image JPEG image data, and related information from which existence of the first file related to the second file can be recognized. When creating the first file and the second file, the files have the same name except for the extensions.

Abstract: An image processing apparatus obtains color image data by performing an interpolation processing for an image signal output from a color image pickup element having color filters arranged like a mosaic, by using a filter. The apparatus includes an interpolation processing unit which selectively modifies an interpolation processing according to a kind of layout pattern of a spatial center position of gravity of each color component signal included the image signal in an image area to be interpolated, so that the spatial center position of gravity of each color component signal after the interpolation processing becomes identical in any layout patter, if there are a plurality of kinds of layout pattern of a spatial center position of gravity of each color component signal included the image signal in an image area to be interpolated.

Abstract: An electronic imaging apparatus includes a color imaging device having several drive modes including at least first and second drive modes. A simultaneous shooting unit simultaneously or continuously executes an operation of acquiring a first image data by driving the color imaging device in the first drive mode and an operation of acquiring a second image data by driving the color imaging device in the second drive mode. A color conversion parameter calculator calculates color conversion parameters so that color reproduction of the first and second image data acquired by the simultaneous shooting unit becomes the same.

Abstract: An electronic image pickup apparatus comprises a color image pickup element having a plurality of drive modes including at least the first drive mode and the second drive mode. The color-conversion parameter storage section of the apparatus stores the first color-conversion parameter. The color-conversion parameter computing section of the apparatus computes from the first color-conversion parameter the second color-conversion parameter. The computation parameter storage section of the apparatus stores the computation parameter for computing the second color-conversion parameter. The color-conversion section of the apparatus converts the color data acquired by the color image pickup element in the first drive mode according to the first color-conversion parameter and the color data acquired by the color image pickup element in the second drive mode according to the second color-conversion parameter.

Abstract: In a method of processing digitized image data, first image data stored in a first area of a memory is subjected to a filtering process to produce second image data which has a peripheral portion of the first image data removed. The second image data and peripheral image data corresponding to the peripheral portion of the first image data which is removed through the filtering process are then combined into composite image data having substantially the same angle of view as the first image data.

Abstract: There is disclosed an image processing method wherein there is read, from a memory, an image signal which contains a plurality of image components and in which a sampling ratio as a ratio of sampling frequencies of these image components is not matched. The sampling ratio of the read image signal is converted to match the sampling ratio of the image signal. The image signal whose sampling ratio has been converted is filtered. The sampling ratio of the filtered image signal is converted to reduce a data size of the signal.

Abstract: An optical pick-up apparatus according to the invention optically performs at least one of selective recording of information onto a plurality of recording layers of a plurality of optical recording mediums arranged in layers, and selective reproduction of information from the plurality of recording layers. Switching in optical circuits which are each adapted to guide a light beam to a desired recording layer is performed using a movable mirror, a galvano mirror or a biaxial movable mirror, to thereby perform selective recording of information onto the plurality of recording layers of optical disks or selective reproduction of information from the plurality of recording layers.