A method is disclosed for displaying a sequence of video items on an electronic device. During playback of a current video item, a dismissal input such as a swipe or tap/click is received via a user input mechanism, indicating that display of the current video item is to be ceased and that display of the next video item in the sequence is to be commenced. In response to the dismissal input, summary information is displayed on the display screen, providing non-video communication of an informational payload of the current video item. A timer is started at the commencement of display of the summary information, at the expiry of which display of the next video item is to be commenced. In response to a resumption input such as a touchscreen tap or cursor click on the summary information before expiry of the timer, playback of the current video item is resumed via the display screen.

A method is disclosed for displaying a sequence of video items on an electronic device. During playback of a current video item, a dismissal input such as a swipe or tap/click is received via a user input mechanism, indicating that display of the current video item is to be ceased and that display of the next video item in the sequence is to be commenced. In response to the dismissal input, summary information is displayed on the display screen, providing non-video communication of an informational payload of the current video item. A timer is started at the commencement of display of the summary information, at the expiry of which display of the next video item is to be commenced. In response to a resumption input such as a touchscreen tap or cursor click on the summary information before expiry of the timer, playback of the current video item is resumed via the display screen.

A head-mounted device is provided that includes a variety of subsystems for generating extended reality content, displaying the extended reality content, and recording the extended reality content. The device can include a graphics rendering pipeline configured to render virtual content, tracking sensors configured to obtain user tracking information, a virtual content compositor configured to composite virtual frames based on the virtual content and the user tracking information, cameras configured to capture a video feed, a media merging compositor configured to overlay the composited virtual frames and the video feed to output merged video frames having a first frame rate for display, and a recording pipeline configured to record content having a second frame rate different than the first frame rate. The recording pipeline can record content exhibiting a higher quality than the content being displayed. A portion of the recorded content containing sensitive information can optionally be blurred.

The disclosure provides a method, device, storage medium and program product for video recording. The method includes: in response to a shooting initiation instruction, placing a video frame image collected by a camera into a first video track, and displaying the video frame image in the first video track; in response to a playing instruction for a second video, placing a video frame image of the second video into a second video track, and displaying the video frame image in the second video track; in response to a pausing playing instruction for the second video, pausing placing the video frame image of the second video into the second video track; and in response to a recording instruction, synthesizing the video frame image in the first video track with the video frame image in the second video track to obtain a video frame image of a recorded video.

An athletic parameter measurement device worn by an athlete during an athletic activity session includes a housing which attaches to the athlete, a display, a processor associated with the display, and an athletic parameter measurement sensor. During the athletic activity, the device detects, using the sensor, a vertical jump height of the athlete, and displays, during the performance of the athletic activity session, a representation of the vertical jump height on the display.

An athletic parameter measurement device worn by an athlete during an athletic activity session includes a housing which attaches to the athlete, a display, a processor associated with the display, and an athletic parameter measurement sensor. During the athletic activity, the device detects, using the sensor, a vertical jump height of the athlete, and displays, during the performance of the athletic activity session, a representation of the vertical jump height on the display.

The imaging device includes an image sensor that has a plurality of phase difference pixels and outputs phase difference information and a captured image, and at least one processor, in which the processor is configured to acquire subject distance information indicating a distance to a subject existing in a focusing target region and peripheral distance information indicating a distance to an object existing in a peripheral region of the focusing target region based on the phase difference information.

A video signal switching apparatus includes a signal selection device which selectively outputs received multiple video signals to its first and second output ports; and a signal switching device, which includes first and second signal conversion devices coupled to the first and second output ports, and a switch which selectively couples the first or second signal conversion device to a switch output. The first signal conversion device receives a first video signal having a first format from the first output port and converts it to a first converted video signal having a second format. While the switch selectively couples the first converted video signal from the first signal conversion device to the switching output, the second signal conversion device receives a second video signal having a first format from the second output port and converts it to a second converted video signal having the second signal format.

A video signal switching apparatus includes a signal selection device which selectively outputs received multiple video signals to its first and second output ports; and a signal switching device, which includes first and second signal conversion devices coupled to the first and second output ports, and a switch which selectively couples the first or second signal conversion device to a switch output. The first signal conversion device receives a first video signal having a first format from the first output port and converts it to a first converted video signal having a second format. While the switch selectively couples the first converted video signal from the first signal conversion device to the switching output, the second signal conversion device receives a second video signal having a first format from the second output port and converts it to a second converted video signal having the second signal format.

In a method for superimposing a prerecorded media file into a video, a video of a scene is displayed on a display device of a mobile electronic device. A prerecorded video file to render on the display device is received. The prerecorded video file is superimposed over the video, such that the video is partially obscured by the prerecorded video file. The prerecorded video is played file while displaying the video, such that the prerecorded video file and a non-obscured portion of the video are rendered simultaneously.