Microsoft Technology Licensing, LLC

Patrick Edgar Schreiber

Ravipal S Soin

Vinay Krishnaswamy

Stephane Joseph Comeau

Elise Leigh Livingston

Rachel Ann Keirouz

Heather Strong Eden

Ramraj Rajkumar

Robert Scott Dietz

Douglas William Herman

Cheryl S White

Christopher H Moffatt

Tracy ThuyDuyen Tran

David Matthew Snow

James E Oker

Bartosz Gulik

Casey A Anderson

Hana Kim

A method of and system for providing and processing a customizable document that is responsive to digital ink input is carried out by displaying the customizable document on a screen, receiving input into an object in the document, modify the object and/or the input in response to the input, and displaying the modified object or input on the screen, where the modification is done based on the type of object and an examination of the input, and the input includes at least some digital ink.

Customizable user interface for use with digital ink

A method of and system for receiving, processing, converting and verifying digital ink input is carried out by receiving digital ink input, collecting data relating to the received digital ink input, and receiving a request to convert the received digital ink input. Upon receiving the request, the received digital ink input may be recognized as text characters based at least in part on an analysis of the digital ink input and the converted characters may be displayed on a screen adjacent to the received digital ink input, at which point a user may be able to compare the received digital ink input with the recognized characters to initiate any corrections needed.

System and method of receiving and converting digital ink input

A method for presenting a presentation authored on a first platform utilizing first-platform-specific-renderable objects is provided. The method includes, at a presentation player executable on a second platform different from the first platform: receiving a presentation file, in response to execution of the presentation file by the presentation player, extracting frame data from the presentation file, the frame data including a frame document object model corresponding to each frame of the presentation, parsing the frame document object model of each frame of the presentation to identify the first-platform-specific-renderable objects, translating the first-platform-specific-renderable objects into corresponding second-platform-specific-renderable objects having second-platform-specific binaries, and rendering the second-platform-specific binaries of each second-platform-specific-renderable object utilizing second-platform-specific primitives retrieved from data storage in electronic communication with the second-platform, the second-platform-specific-renderable objects being rendered according to the frame document object model of each frame to display the presentation.

Multi-platform presentation system

A presentation application provides for authoring and playback of a presentation. A presentation is an interactive collection of activities. An activity may include one or more frames, wherein each frame includes one or more modules. A module may consist of media content such as video, text, images or other content. A user may provide input during playback of the presentation. In response to the input, the module or frame receiving the input may call an action on a presentation activity, frame or module, thereby allowing the user to navigate through the presentation and accomplish objectives. When authoring a presentation, a user may associate a user initiated event or internally generated event with a module action. Authoring may be performed through an authoring interface provided by an authoring tool. The authoring tool may save a presentation as a package which can be distributed.

Generating media presentations

A computing device configured to execute computer code to generate a graphical user interface (GUI) for creating a multi-frame presentation is provided. The generated GUI may include a canvas pane configured to display a main frame and supporting frame icons representing a plurality of supporting frames of the presentation. The generated GUI may further include a connector tool operable within the canvas pane for creating a link between a source element and a target element, the source element being the main frame or an element of the main frame, the target element being a supporting frame or an element of a supporting frame, the link being defined by an associated linking script, the connector tool being operable to create the link via a click-and-drag action from the source element to the target element.

Graphical user interface for multi-frame presentation

A presentation application provides for authoring and playback of multi-media presentations. Each page of the presentation may contain one or more types of media, including video, text, images and other media. A user may interact with the presentation during playback by selecting different instances of the media. Media elements of the presentation may be tagged with meta-data. Tagged media elements may generate a tag event associated with meta-data in response to being selected, perform an action when a tag event with a particular meta-data occurs, or both. When a user selects a tagged media instance during presentation playback, the tagged media generates a tag event with a particular meta-data. The application detects the tag event, determines one or more other media instances (if any) configured to perform an action upon detection of the tag event with the particular meta-data, and carries out the corresponding action.

Media presentation driven by meta-data events

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Sammamish, WA, United States of America

Patrick Edgar Schreiber