Rovi Guides, Inc.

United Video Properties, Inc.

Phil Golyshko

Brian Craig Peterson

Thomas Steven Woods

Jason William Conness

Minah Oh

Andy Dustin

Melvin Grefalda

Richard Bullwinkle

Shrirang Nilkanth Jambhekar

Richard Bullwinke

Systems and methods are provided herein for delaying pause of the play of a media asset. This may be accomplished by a device receiving a command from a user to pause play of a media asset. The device may, in response to determining that the command was received during a sequence of action or a sequence of dialog, delay the pausing of the play of the media asset until the sequence has completed.

Systems and methods for delayed pausing

Methods and systems are disclosed herein for a media guidance application that determines the tactile attributes (e.g., an amount of pressure applied by a user, a length of time pressure is applied by a user, a velocity of the user input, etc.) associated with a received user input and determines which media guidance function, of a plurality of media guidance functions, is associated with the tactile attributes.

Methods and systems for selecting media guidance functions based on tactile attributes of a user input

Methods and systems are disclosed herein for a media guidance application that presents information about a multiple media assets simultaneously by modifying graphical properties of a progress bar associated with each media asset. For example, based on one or more events in the respective media assets, the media guidance application may modify the dimensions of the progress bars to include textual descriptions, may modify a color, brightness, transparency, etc. of the progress bars, and/or may modify an animation of the progress bars or a graphic associated with the progress bars.

Methods and systems for presenting information about multiple media assets

Methods and systems are discussed herein for a media guidance application that automatically determines (e.g., without querying a user) whether or not to perform a playback operation (e.g., rewinding, returning to a previous chapter, continuing to play, etc.) on a media asset based on the amount of content that was missed by a user. For example, if a user missed only a small portion of content (e.g., was outside of a viewing area of the media asset for a short period of time), the media guidance application may determine that the media asset does not need to be rewound. However, if a user missed a large portion of content (e.g., was outside of a viewing area of the media asset for an extended period of time), the media guidance application may determine that the media asset does need to be rewound.

Methods and systems for performing playback operations based on the length of time a user is outside a viewing area

Methods and systems are disclosed herein for a media guidance application that presents information about a media asset by modifying graphical properties of a progress bar associated with the media asset. For example, based on one or more events in the media asset, the media guidance application may modify the dimensions of the progress bar to include textual descriptions, may modify a color, brightness, transparency, etc. of the progress bar, and/or may modify an animation of the progress bar or a graphic associated with the progress bar.

Methods and systems for presenting information about media assets

Methods and systems are described for providing customized user experiences with media assets created using plenoptic content capture technology. The ability to increase the focus on different objects while the media asset is progressing may allow a user to more easily track the object. Conversely, the ability to decrease the focus on different objects while the media asset is progressing may block, or cloud the display of, the object from being seen by a user.

Methods and systems for customizing a plenoptic media asset

Embodiments provide methods and systems for adjusting audio output based on eye tracking input. In some embodiments, a memory stores data defining a boundary based on a coordinate system. The boundary corresponds to a display element of displayed content. An input receives data indicating coordinates of a gaze point location of a user viewing the displayed content. A processor compares the received coordinates of the gaze point location to the boundary corresponding to the display element to determine whether the gaze point location is inside the boundary corresponding to the display element. In response to determining that the gaze point location is inside the boundary corresponding to the display element, the processor adjusts an audio setting of the displayed content.

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Pacifica, CA, United States of America

Phil Golyshko