Abstract: A video processing apparatus comprising one or more processors and/or circuitry which functions as: a detection unit that detects a predetermined subject or subjects from video obtained from an image capturing unit that repeatedly shoots and outputs video; an acquisition unit that acquires information on at least one partial area set in the video obtained from the image capturing unit; and a determination unit that determines a main subject based on a priority of each subject within the partial area from among the subject or subjects detected by the detection unit.

Abstract: A focus adjustment apparatus comprises a detection unit that detects one or more main subject candidates for a main subject from image signals based on a predetermined first condition, a selection unit that selects the main subject from the one or more main subject candidates, an acquisition unit that acquires operation information of an operation unit for moving a position of a focus lens, and a focus adjustment unit that controls the focus lens so as to focus on the selected main subject in a case where an autofocus mode is set and the operation unit is not operated. In a case where the operation unit is operated, the selection unit selects the main subject based on an in-focus position of the focus lens and fixes the selected main subject.

Abstract: An image capturing apparatus performs generating metadata related to capturing by an image capture element for each video frame of the video, and outputting a video frame to which the generated metadata has been added, wherein the generated metadata includes information indicating a delay amount based on a difference between a video frame that the generated metadata corresponds to and a video frame that is outputted after the generated metadata is added thereto in the outputting.

Abstract: An information processing apparatus comprises a first acquisition unit that acquires a captured image obtained by capturing an image of a chart for calibration, a second acquisition unit that acquires a reference image which is an image of the chart that serves as a reference, a third acquisition unit that acquires information on distortion aberration of a lens used to capture the captured image, a first generation unit that generates a pseudo image which is an image obtained by reflecting the distortion aberration in the reference image, based on the reference image and the information on distortion aberration, and a second generation unit that generates a composite image obtained by compositing the captured image and the pseudo image.

Abstract: An apparatus includes at least one processor programmed to perform operations of the following units: a focus detection unit configured to detect a defocus amount; and a control unit configured to control a focus lens to move based on the defocus amount, wherein the control unit includes three speed control patterns of acceleration control, constant speed control, and deceleration control, and the speed control patterns are changed based on at least two or more parameters.

Abstract: A focus adjustment device that controls driving of a focus lens included in a lens unit during moving image shooting, is disclosed. The device obtains a drive pattern determined in advance for driving the focus lens to an in-focus position and controls the driving of the focus lens. If the drive pattern has a fine-driving section in which it is necessary to drive the focus lens at a drive speed less than a minimum drive speed set in advance, and it is determined that the lens unit not to be suitable for fine driving of the focus lens, the device continuously drives the focus lens at the minimum drive speed in the fine-driving section.

Abstract: A focus adjustment apparatus comprises a detection unit that detects one or more main subject candidates for a main subject from image signals based on a predetermined first condition, a selection unit that selects the main subject from the one or more main subject candidates, an acquisition unit that acquires operation information of an operation unit for moving a position of a focus lens, and a focus adjustment unit that controls the focus lens so as to focus on the selected main subject in a case where an autofocus mode is set and the operation unit is not operated. In a case where the operation unit is operated, the selection unit selects the main subject based on an in-focus position of the focus lens and fixes the selected main subject.

Abstract: An image capturing apparatus that is attachable to a robot arm, comprises an image capturing device configured to capture an object image, a receiving unit configured to receive information relating to status of the robot arm from a control apparatus for controlling the robot arm, and an imaging control unit configured to control an image capturing operation of the image capturing device that is performed on an object, wherein the imaging control unit controls the image capturing operation based on the information relating to status of the robot arm that was notified by the control apparatus.

Abstract: An apparatus includes at least one processor programmed to perform operations of the following units: a focus detection unit configured to detect a defocus amount; and a control unit configured to control a focus lens to move based on the defocus amount, wherein the control unit includes three speed control patterns of acceleration control, constant speed control, and deceleration control, and the speed control patterns are changed based on at least two or more parameters.

Abstract: A display control apparatus includes a focus detector configured to detect a focus state based on an image signal acquired from an imaging part, a main object detector configured to detect a main object among objects in an image based on the image signal output from the imaging part, and a display controller configured to display on a display unit an index representing the focus state detected by the focus detector on the main object detected by the main object detector in manual focusing. The display controller controls switching of the main object in the manual focusing.

Abstract: A face detection circuit of an image processing apparatus detects a face region from a video signal. An individual recognition circuit performs individual recognition processing based on a comparison of a similarity between feature information extracted from the face region and registered feature information with a predetermined threshold value. A camera microcomputer tracks a face recognized by the individual recognition circuit and stores information about the tracked face. Further, in a case where the recognized face is not tracked and recognition information about a first subject is not stored, the camera microcomputer sets a first threshold value as a predetermined threshold value for the first subject. On the other hand, in a case where the recognition information about the first subject region is stored, the camera microcomputer sets as the predetermined threshold value for the first subject a second threshold value which is lower than the first threshold value.

Abstract: A focus detection apparatus includes an image pickup unit configured to perform photoelectric conversion on a luminous flux having passed through an imaging optical system, a focus detection unit configured to detect a focusing state based on a signal generated by the image pickup unit, a setting unit configured to set a first region within an image generated by the image pickup unit, a display controller configured to control such that an index representing the focusing state detected by the focus detection unit within the first region can be superimposed on the image, and an obtaining unit configured to obtain information regarding a predetermined subject in the image. In this case, the setting unit sets a position of the first region based on information regarding at least one of a position, a size, and a direction of the predetermined subject in the image.

Abstract: An image capturing apparatus that is attachable to a robot arm, comprises an image capturing device configured to capture an object image, a receiving unit configured to receive information relating to status of the robot arm from a control apparatus for controlling the robot arm, and an imaging control unit configured to control an image capturing operation of the image capturing device that is performed on an object, wherein the imaging control unit controls the image capturing operation based on the information relating to status of the robot arm that was notified by the control apparatus.

Abstract: A focus detection apparatus includes an image pickup unit configured to perform photoelectric conversion on a luminous flux having passed through an imaging optical system, a focus detection unit configured to detect a focusing state based on a signal generated by the image pickup unit, a setting unit configured to set a first region within an image generated by the image pickup unit, a display controller configured to control such that an index representing the focusing state detected by the focus detection unit within the first region can be superimposed on the image, and an obtaining unit configured to obtain information regarding a predetermined subject in the image. In this case, the setting unit sets a position of the first region based on information regarding at least one of a position, a size, and a direction of the predetermined subject in the image.

Abstract: A focus detection apparatus includes an image pickup unit configured to perform photoelectric conversion on a luminous flux having passed through an imaging optical system, a focus detection unit configured to detect a focusing state based on a signal generated by the image pickup unit, a setting unit configured to set a first region within an image generated by the image pickup unit, a display controller configured to control such that an index representing the focusing state detected by the focus detection unit within the first region can be superimposed on the image, and an obtaining unit configured to obtain information regarding a predetermined subject in the image. In this case, the setting unit sets a position of the first region based on information regarding at least one of a position, a size, and a direction of the predetermined subject in the image.

Abstract: A control apparatus includes a focus signal generator (112) which generates a focus signal by using a component of a predetermined frequency band of an image signal and a controller (114) which performs in-focus control based on the focus signal, the controller performs minute drive of reciprocating a focus lens in an optical axis direction in the in-focus control, and the controller changes each of a reciprocation period and the predetermined frequency band depending on a focus state or an image capturing condition in the minute drive.

Abstract: A display control apparatus includes a focus detector configured to detect a focus state based on an image signal acquired from an imaging part, a main object detector configured to detect a main object among objects in an image based on the image signal output from the imaging part, and a display controller configured to display on a display unit an index representing the focus state detected by the focus detector on the main object detected by the main object detector in manual focusing. The display controller controls switching of the main object in the manual focusing.

Abstract: A face detection circuit of an image processing apparatus detects a face region from a video signal. An individual recognition circuit performs individual recognition processing based on a comparison of a similarity between feature information extracted from the face region and registered feature information with a predetermined threshold value. A camera microcomputer tracks a face recognized by the individual recognition circuit and stores information about the tracked face. Further, in a case where the recognized face is not tracked and recognition information about a first subject is not stored, the camera microcomputer sets a first threshold value as a predetermined threshold value for the first subject. On the other hand, in a case where the recognition information about the first subject region is stored, the camera microcomputer sets as the predetermined threshold value for the first subject a second threshold value which is lower than the first threshold value.

Abstract: A focus control apparatus having a first mode in which a position of a focus lens is automatically changed, and a second mode in which the position of the focus lens is manually changed, the focus control apparatus comprises: a setting unit configured to set a first area in the first mode and a second area in the second mode; a focus detection unit configured to detect a focus state based on signals output from areas of an image capturing unit; and a focus control unit configured to control the position of the focus lens in the first mode, wherein upon switching from the second mode to the first mode again, the setting unit sets the first area based on a second area that has been determined to be in an in-focus state.

Abstract: An object detecting apparatus includes a detecting unit configured to detect an area of a predetermined object from an image, a calculating unit configured to calculate an evaluation value on the area detected by the detecting unit, and a control unit configured, when the evaluation value satisfies a predetermined criterion, to determine that the area is the predetermined object. The predetermined criterion is set depending on an amount of distortion of an image displayed on a display unit.