Abstract: The present disclosure relates to a video processing apparatus and a video processing method that allow each person involved to make an advance preparation more easily. A presentation control unit controls, in such a way that, with a first scene of a captured video currently being captured used as a reference, advance information regarding a second scene is presented at a presentation timing before the second scene after the first scene, in a mode corresponding to an output destination of the captured video, the presentation of the advance information. The technology according to the present disclosure can be applied to, for example, a camera that captures video content such as a movie, a drama, or a CM.

Abstract: For example, a more user-friendly display is performed for the focus at the time of rehearsal. The present invention relates to an imaging apparatus including a focal length display control unit that performs control to display, on a display unit, a current focal length indicating a position currently in focus and a plurality of focal lengths at preliminary shooting indicating positions in focus at preliminary shooting and displayed in order of being in focus.

Abstract: Provided are an imaging device and a control method thereof for calculating an amount of tilt of an image sensor and an amount of deviation in a flange focal distance and presenting the amounts to a user. The imaging device acquires, for every one of a plurality of small areas in an imaging region of the image sensor, data regarding a focus position and a focusing degree of a lens by performing AF demodulation following movement of the focus position manually operated by the user, and calculates an amount of tilt of the image sensor or an amount of deviation in a flange focal distance of the lens on the basis of a cross-correlation of the data regarding the focus position and the focusing degree between the plurality of small areas.

Abstract: The present disclosure relates to a video processing apparatus and a video processing method that allow each person involved to make an advance preparation more easily. A presentation control unit controls, in such a way that, with a first scene of a captured video currently being captured used as a reference, advance information regarding a second scene is presented at a presentation timing before the second scene after the first scene, in a mode corresponding to an output destination of the captured video, the presentation of the advance information. The technology according to the present disclosure can be applied to, for example, a camera that captures video content such as a movie, a drama, or a CM.

Abstract: Provided are an imaging device and a control method thereof for calculating an amount of tilt of an image sensor and an amount of deviation in a flange focal distance and presenting the amounts to a user. The imaging device acquires, for every one of a plurality of small areas in an imaging region of the image sensor, data regarding a focus position and a focusing degree of a lens by performing AF demodulation following movement of the focus position manually operated by the user, and calculates an amount of tilt of the image sensor or an amount of deviation in a flange focal distance of the lens on the basis of a cross-correlation of the data regarding the focus position and the focusing degree between the plurality of small areas.

Abstract: An imaging apparatus includes: an imaging portion that obtains an imaging video signal; an enlargement processing portion that extracts a partial range from a picture frame range of the imaging video signal and applies video enlargement processing; a first detection portion that obtains a detection value for an automatic processing capability of a first type using the picture frame range before enlargement as a subject; a second detection portion that obtains a detection value for an automatic processing capability of a second type using a picture frame range of the imaging video signal after enlargement by the enlargement processing portion as the subject; a control portion that controls operations of the automatic processing capabilities of the first and second types according to the detection values; and one or plural processing portions that execute the automatic processing capabilities of the first and second types under control of the control portion.

Abstract: An imaging apparatus includes: an imaging portion that obtains an imaging video signal; an enlargement processing portion that extracts a partial range from a picture frame range of the imaging video signal and applies video enlargement processing; a first detection portion that obtains a detection value for an automatic processing capability of a first type using the picture frame range before enlargement as a subject; a second detection portion that obtains a detection value for an automatic processing capability of a second type using a picture frame range of the imaging video signal after enlargement by the enlargement processing portion as the subject; a control portion that controls operations of the automatic processing capabilities of the first and second types according to the detection values; and one or plural processing portions that execute the automatic processing capabilities of the first and second types under control of the control portion.