Abstract: Systems and methods are disclosed for updating players that run, display, or otherwise use electronically-stored content. Information is included in the content that not only indicates the player version needed to play the content, but also the existence of a newer player version. Content providing such an indication is termed “version-aware content” and allows a player to recognize that a newer player version exists. Version-aware content may be interpreted to provide a user with a message indicating that there is a newer version available. In another example, a player may automatically update based on the version-aware content's indication that a newer player exists. Content created to be compatible with older player versions can be created as version-aware content. Similarly, existing content can be modified to be version-aware content. In both cases, distribution of such content can encourage player updates and thus more rapid proliferation of a newer player version.

Abstract: Systems and methods are disclosed for updating players that run, display, or otherwise use electronically-stored content. Information is included in the content that not only indicates the player version needed to play the content, but also the existence of a newer player version. Content providing such an indication is termed “version-aware content” and allows a player to recognize that a newer player version exists. Version-aware content may be interpreted to provide a user with a message indicating that there is a newer version available. In another example, a player may automatically update based on the version-aware content's indication that a newer player exists. Content created to be compatible with older player versions can be created as version-aware content. Similarly, existing content can be modified to be version-aware content. In both cases, distribution of such content can encourage player updates and thus more rapid proliferation of a newer player version.

Abstract: Embodiments herein include a scroll manager that provides a mechanism for scrolling that includes automatic zooming or resizing during a scrolling operation. In response to receiving a scroll input, the scroll manager automatically reduces a graphical display size of electronic content to a second graphical display size while simultaneously moving the electronic content across a display area in a given direction. An initial layout of the electronic content is maintained during scrolling operations. By using less vertical space a given page or document containing the content does not need to travel as far vertically on the display screen to display more content. Because the display difference is a shorter linear display distance, this scrolling functionality provides a finer-grained control when scrolling more electronic content. Location during scrolling operations can be identified by visual context, thereby improving scroll navigation efficiency and control.

Abstract: Methods, systems, and computer-program products are disclosed. A cross-platform application can access a platform identifier indicating a characteristic of a computing system in response to beginning execution of the application. User interfaces can be provided interface based at least in part on the platform identifier and an interaction model, with the interaction model used to define the layout and content of the interface. The model can be separate from the program component that provides the user interface, and so the application can customize at least some aspects of its output for different platforms based on the platform identifier. Embodiments also include the use of screen-based application navigation.

Abstract: Embodiments herein include a scroll manager that provides a mechanism for scrolling that includes automatic zooming or resizing during a scrolling operation. In response to receiving a scroll input, the scroll manager automatically reduces a graphical display size of electronic content to a second graphical display size while simultaneously moving the electronic content across a display area in a given direction. An initial layout of the electronic content is maintained during scrolling operations. By using less vertical space a given page or document containing the content does not need to travel as far vertically on the display screen to display more content. Because the display difference is a shorter linear display distance, this scrolling functionality provides a finer-grained control when scrolling more electronic content. Location during scrolling operations can be identified by visual context, thereby improving scroll navigation efficiency and control.

Abstract: Subject matter, for example, disclosed herein relates to an embodiment of a process, system, device, or article for adjusting zoom level of displayed electronic content.