Abstract:
An image capture apparatus including a timing generator that generates a frame synchronization signal with a constant cycle receives a reference signal generated at a predetermined interval based on a predetermined reference cycle, compares generation timing of the reference signal received with generation timing of the frame synchronization signal generated by the timing generator, and adjusts a generation cycle of the frame synchronization signal generated by the timing generator based on a result of the comparison.
Abstract:
An image-capturing apparatus includes the following. An image-capturing unit performs exposure of each frame to generate a captured image of a subject. A changing unit changes an image-capturing direction of the image-capturing unit. A control unit controls the changing unit to change the image-capturing direction of the image-capturing unit. The control unit determines a valid term in which the image-capturing direction is changed according to an exposure term of the image-capturing unit. The control unit controls the changing unit to change the image-capturing direction during the determined valid term.
Abstract:
The present invention can easily acquire images having a uniform aspect ratio. In an imaging device of the invention, a control section detects the movement amount and the movement direction of the imaging device based on output from an acceleration sensor. Then, when the movement direction of the imaging device in its initial movement started at the beginning of imaging is substantially linear and a substantially horizontal or vertical direction, the control section calculates a reference movement amount by which a composite image having a predetermined aspect ratio can be generated, based on the movement amount of the imaging device, and controls the display section to display imaging area information (guide) indicating the final imaging area having the predetermined aspect ratio based on the reference movement amount.
Abstract:
An image processing apparatus includes a memory and a processor. The processor executes a program stored in a memory to perform operations including acquiring a moving image, calculating a similarity between the moving image and a candidate image which is to be synthesized temporally or spatially before or after the moving image, specifying a representative image from the moving image based on the calculation result, and generating a single image by combining the specified representative image and an image which includes the candidate image and which is different from the moving image.
Abstract:
An imaging apparatus 1 is provided with a captured image acquisition unit 52, a combination sequence determination unit 53 and an image combination unit 54. The captured image acquisition unit 52 acquires the data of the plurality of captured images that have been imaged at the plurality of focus positions. The combination sequence determination unit 53 determines a sequence of the images imaged by an imaging unit 16, which sequence is different from both a progressive sequence of focus distances and a sequence of imaging, to be a sequence of combination of the data of the plurality of captured images acquired by the captured image acquisition unit 52. The image combination unit 54 combines the plurality of captured images imaged by the imaging unit 16, in the order determined by the combination sequence determination unit 53, creating data of an omnifocal image.
Abstract:
There is provided an imaging apparatus including an imaging unit, an orthogonal axis information detecting unit that detects orthogonal axis information indicating an inclination of an orthogonal axis perpendicular to an optical axis of the imaging unit after imaging by the imaging unit, and a specifying unit that specifies a shooting posture of an apparatus body at time of imaging, based on the orthogonal axis information detected by the orthogonal axis information detecting unit.