Abstract:
An image processing apparatus includes a division unit configured to divide one frame image into a plurality of divided images, a plurality of image processing units configured to respectively process the plurality of divided images, and a combining unit configured to combine the divided images respectively subjected to image deformation processing by the plurality of image processing units, wherein the division unit changes an amount of overlap between the plurality of divided images according to a deformation amount of the image deformation processing performed on the divided image calculated by the image processing unit.
Abstract:
An image processing apparatus includes a division unit configured to divide one frame image into a plurality of divided images, a plurality of image processing units configured to respectively process the plurality of divided images, and a combining unit configured to combine the divided images respectively subjected to image deformation processing by the plurality of image processing units, wherein the division unit changes an amount of overlap between the plurality of divided images according to a deformation amount of the image deformation processing performed on the divided image calculated by the image processing unit.
Abstract:
An image capture apparatus derives a frequency distribution of subject distances from captured images, selects a plurality of subject distances based on peaks in the frequency of appearance, and acquires a plurality of captured images whose focus distances are the plurality of selected subject distances, enabling an image focused on a plurality of subjects at different distances to be efficiently obtained.
Abstract:
An image capture apparatus derives a frequency distribution of subject distances from captured images, selects a plurality of subject distances based on peaks in the frequency of appearance, and acquires a plurality of captured images whose focus distances are the plurality of selected subject distances, enabling an image focused on a plurality of subjects at different distances to be efficiently obtained.
Abstract:
An image processing apparatus comprises: an input unit that inputs an image signal from an image sensor, the image sensor being capable of carrying out first readout control, in which each line in a first region is read out at a first timing, and second readout control, in which each line in a second region is read out at a second timing different from the first timing; an acquisition unit that acquires a shake amount from a shake detection unit at the first timing and the second timing; and a correction unit that corrects distortion in the image signal caused by the shake amount. The correction unit changes a correction amount used in the correction on the basis of a difference between the first timing and the second timing.
Abstract:
An image pickup apparatus capable of performing proper image evaluation in photographing a moving image by changing the exposure condition. An image pickup unit picks up an image of an object and a driving unit drives a focus lens in an optical axis direction. A control circuit controls a focus state of the object by causing the driving unit to move the focus lens in the optical axis direction. A focus evaluation value is acquired from each image. The control circuit causes the image pickup unit to pick up images of a multistage exposure image group by changing exposure time, selects an image according to exposure time, updates a direction of driving the focus lens using the focus evaluation value acquired from the selected image, and causes the driving unit to move the focus lens in the updated driving direction.
Abstract:
An image pickup apparatus capable of performing proper image evaluation in photographing a moving image by changing the exposure condition. An image pickup unit picks up an image of an object and a driving unit drives a focus lens in an optical axis direction. A control circuit controls a focus state of the object by causing the driving unit to move the focus lens in the optical axis direction. A focus evaluation value is acquired from each image. The control circuit causes the image pickup unit to pick up images of a multistage exposure image group by changing exposure time, selects an image according to exposure time, updates a direction of driving the focus lens using the focus evaluation value acquired from the selected image, and causes the driving unit to move the focus lens in the updated driving direction.