Abstract: Systems and methods for presenting audio data involve obtaining audio data that includes audio clips, and presenting the audio data for a first audio clip in a user interface having an audio play element configured to play audio from the audio data, a clip selection element configured to receive selections of the audio clips, and a timeline element configured to present both chronological and durational information for the first audio clip or the audio segment on a defined time scale. Techniques involve adjusting the defined time scale in the timeline element based on durational information of a selected second audio clip, and presenting the adjusted defined time scale corresponding to the durational information of the second audio clip in the timeline element. Animation is used in the timeline element for presenting the adjusted defined time scale corresponding to the durational information of the second audio clip in the timeline element.

Abstract: Video editing including simultaneously displaying timelines and storyboards is described, including displaying a timeline of a video presentation, displaying a storyboard of the video presentation including scenes of the video presentation simultaneously to the displaying the timeline, and navigating the timeline in response to receiving an input to select a individual scene of the video presentation.

Abstract: Video editing including simultaneously displaying timelines and storyboards is described, including displaying a timeline of a video presentation, displaying a storyboard of the video presentation including scenes of the video presentation. simultaneously to the displaying the timeline, and navigating the timeline in response to receiving an input to select a individual scene of the video presentation.

Abstract: Video editing functions displayed in or near video sequences are described, including displaying a video window including a video sequence of a video presentation, receiving an input to enable an editing panel for performing an editing function for the video sequence, and displaying the editing panel using the video window in response to the receiving.

Abstract: Techniques are provided for presenting time data for audio and video clips. Operations for a data processing apparatus include obtaining video data, including multiple video clips, and presenting the video data in a user interface. The user interface can include a video display element to play video, a clip selection element to receive video clip selections, and a timeline element to present both chronological and durational information about the video clips on a defined time scale. The operations can include receiving a selection of one of the video clips through the clip selection element, and adjusting, in response to the selection, the defined time scale in the timeline element based on the one of the video clips selected. A view of a video clip can be replaced by the selected video clip, and the timeline element can be updated to present corresponding durational information within the defined time scale.

Abstract: Systems and methods for presenting audio data involve obtaining audio data that includes audio clips, and presenting the audio data for a first audio clip in a user interface having an audio play element configured to play audio from the audio data, a clip selection element configured to receive selections of the audio clips, and a timeline element configured to present both chronological and durational information for the first audio clip or the audio segment on a defined time scale. Techniques involve adjusting the defined time scale in the timeline element based on durational information of a selected second audio clip, and presenting the adjusted defined time scale corresponding to the durational information of the second audio clip in the timeline element. Animation is used in the timeline element for presenting the adjusted defined time scale corresponding to the durational information of the second audio clip in the timeline element.

Abstract: Techniques and systems for presenting graphical data and time data for audio and video clips. In some embodiments, a computer program product, encoded on a computer-readable medium, is operable to cause data processing apparatus to perform operations that include obtaining video data including multiple video clips and presenting the video data in a user interface. The user interface can include a video display element to play video from the video data, a clip selection element to receive selections of the video clips, and a timeline element to present both chronological and durational information about the video clips on a defined time scale. The operations can include receiving a selection of one of the video clips through the clip selection element, and adjusting, in response to the selection, the defined time scale in the timeline element based on the one of the video clips selected.

Abstract: An immersive video system is provided which enables a user to interact with immersive video on a variety of platforms. To accommodate different types of platform components, the resolution of the immersive video may be changed. In one embodiment, a pair of immersive videos, one of the immersive videos having a 360° field of view, are simultaneously played in a standard display software program. In another embodiment, a single immersive video mapping an environment greater than 360° is played in a standard display software program. The display software program can be chosen such that it is supported by a variety of platforms. A view window associated with the standard display software program defines the portion of the immersive video shown to the viewer. A control adjusted by the viewer pans the view window around one of the pair of immersive videos.

Abstract: An immersive video system is provided which enables a user to interact with immersive video on a variety of platforms. To accommodate different types of platform components, the resolution of the immersive video may be changed. In one embodiment, a pair of immersive videos, one of the immersive videos having a 360° field of view, are simultaneously played in a standard display software program. In another embodiment, a single immersive video mapping an environment greater than 360° is played in a standard display software program. The display software program can be chosen such that it is supported by a variety of platforms. A view window associated with the standard display software program defines the portion of the immersive video shown to the viewer. A control adjusted by the viewer pans the view window around one of the pair of immersive videos.

Abstract: An immersive video system is provided which enables a user to interact with immersive video on a variety of platforms. To accommodate different types of platform components, the resolution of the immersive video may be changed. In one embodiment, a pair of immersive videos, one of the immersive videos having a 360° field of view, are simultaneously played in a standard display software program. In another embodiment, a single immersive video mapping an environment greater than 360° is played in a standard display software program. The display software program can be chosen such that it is supported by a variety of platforms. A view window associated with the standard display software program defines the portion of the immersive video shown to the viewer. A control adjusted by the viewer pans the view window around one of the pair of immersive videos.