Abstract: Disclosed is a method for presenting an interactive media presentation, the method including presenting media section descriptions with a selectable time code and a description; presenting a media controller and including a displayed time line with one or more selectable time points; upon playing a media item, advancing a time indicator along the time line in accordance with a playback position of the media item and featuring the media section description corresponding to the playback position in the media item.

Abstract: A system, computer-readable storage medium, and a computer-implemented method for associating two-dimensional objects with a three-dimensional model are presented. A three-dimensional model is rendered using a graphics API from a first position to a second position on a display of a user device in response to a user input and is associated with a two-dimensional object previously displayed, using native controls, in the first position prior to the user input. A first set of three-dimensional coordinates associated with the two-dimensional object in the first position is determined and transformed via the graphics API to a second set of three-dimensional coordinates associated with the two-dimensional object in the second position based on the user input. The two-dimensional object is displayed in the second position based on the second set of three-dimensional coordinates via the native controls.

Abstract: Disclosed is a method for presenting an interactive media presentation, the method including presenting media section descriptions with a selectable time code and a description; presenting a media controller and including a displayed time line with one or more selectable time points; upon playing a media item, advancing a time indicator along the time line in accordance with a playback position of the media item and featuring the media section description corresponding to the playback position in the media item.

Abstract: Disclosed in one example is a method for providing an interactive exhibit to a user. The method may include creating plotting instructions for an interactive exhibit based on an exhibit description and a value of a user adjustable visual element, the exhibit description comprising a mathematical function, and a description of a relationship between the user adjustable visual element and a parameter of the mathematical function. The method may also include causing the interactive exhibit to be displayed based on the plotting instructions, the interactive exhibit including the user adjustable visual element. In some examples, the method may also include determining that a user input corresponds to a change in the value of the user adjustable visual element and updating the displayed interactive exhibit based on the new value of the user adjustable visual element, the mathematical function and the relationship between the user adjustable visual element and the parameter of the mathematical function.

Abstract: The present disclosure generally relates to enabling web applications to use application programming interfaces (APIs) to display content on a mobile computing device. In some embodiments, the APIs can include services to enable web applications to simulate a native application that runs natively on the mobile computing device. In some embodiments, the APIs can include services to annotate a map with an overlay on the display of the mobile computing device. In some embodiments, a caching module is provided for caching resources associated with a web application on the mobile computing device.