Automatic intelligent focus control of video

A system for providing focus control, the system comprising:

• an image-capturing component to capture an image frame;
• a processor to initiate:
• recording of video tracking data for at least one image frame prior to the captured image frame and following the captured image frame;
• recording of gaze tracking data for the at least one image frame prior to the captured image frame and following the captured image frame,
• wherein the recording video tracking data step further comprises determining at least one moving object based at least partially on the recorded video tracking data,
• wherein the recording gaze tracking data step further comprises determining movement of at least one focus area based at least partially on the recorded gaze data;
• correlate the at least one moving object with the movement of the at least one focus area;
• determine, based at least partially on the correlating step, at least one object the image-capturing device is focusing on;
• determine whether the image-capturing device focuses on a single object during a time frame that comprises the captured image frame and the at least one image frame following the captured image frame;
• in response to determining the image-capturing device focuses on a single object during the time frame, calculate a focus distance and a depth of field associated with the single object based at least partially on at least one of (i) the recorded video tracking data for the at least one image frame prior to the captured image frame, (ii) the recorded video tracking data for the at least one image frame following the captured image frame, (iii) the recorded gaze tracking data for the at least one image frame prior to the captured image frame, or (iv) the recorded gaze tracking data for the at least one image frame following the captured image frame;
• and
• displaying the captured image frame based at least partially on the calculated focus distance and the calculated depth of field.

A method for providing focus control, the method comprising:

• capturing an image frame using an image-capturing device;
• recording video tracking data for at least one image frame following the captured image frame;
• recording gaze tracking data for the at least one image frame following the captured image frame;
• calculating a focus distance and a depth of field based at least partially on the recorded video tracking data and the recorded gaze tracking data;
• displaying the captured image frame based at least partially on the calculated focus distance and the calculated depth of field;
• determining whether a movement of the image-capturing device is an initiation of a change in focus of the image-capturing device or is a temporary movement of the image-capturing device based at least partially on the gaze tracking data recorded after the captured image frame;
• and
• in response to determining the movement of the image-capturing device is an initiation of a change in focus of the image-capturing device, initiating a change in focus of the image-capturing device.

A method for providing focus control, the method comprising:

• capturing an image frame using an image-capturing device;
• recording video tracking data for at least one image frame following the captured image frame;
• recording gaze tracking data for the at least one image frame following the captured image frame;
• calculating a focus distance and a depth of field based at least partially on the recorded video tracking data and the recorded gaze tracking data;
• displaying the captured image frame based at least partially on the calculated focus distance and the calculated depth of field,
• wherein the recording video tracking data step further comprises determining at least one moving object based at least partially on the recorded video tracking data,
• wherein the recording gaze tracking data step further comprises determining movement of at least one focus area based at least partially on the recorded gaze data;
• correlating the at least one moving object with the movement of the at least one focus area;
• determining, based at least partially on the correlating step, at least one object the image-capturing device is focusing on;
• determining whether the image-capturing device focuses on a single object during a time frame that comprises the captured image frame and the at least one image frame following the captured image frame;
• and
• in response to determining the image-capturing device focuses on a single object during the time frame, calculating a focus distance and a depth of field associated with the single object.

A method for providing focus control, the method comprising:

• capturing an image frame using an image-capturing device;
• recording video tracking data for at least one image frame following the captured image frame;
• recording gaze tracking data for the at least one image frame following the captured image frame;
• calculating a focus distance and a depth of field based at least partially on the recorded video tracking data and the recorded gaze tracking data;
• displaying the captured image frame based at least partially on the calculated focus distance and the calculated depth of field,
• wherein the recording video tracking data step further comprises determining at least one moving object based at least partially on the recorded video tracking data,
• wherein the recording gaze tracking data step further comprises determining movement of at least one focus area based at least partially on the recorded gaze data;
• correlating the at least one moving object with the movement of the at least one focus area;
• determining, based at least partially on the correlating step, at least one object the image-capturing device is focusing on;
• determining whether the image-capturing device shifts focus from a first object to a second object during a time frame that comprises the captured image frame and the at least one image frame following the captured image frame;
• and
• in response to determining the image-capturing device shifts focus from the first object to the second object, initiating transition from a first focus setting and a first depth of field setting associated with the first object to a second focus setting and a second depth of field setting associated with the second object.