Microsoft Technology Licensing, LLC

Christian Bernd Schormann

George G Robertson

Jakob Peter Nielsen

Danyel Aharon Fisher

Brian Scott Ruble

Kenneth Lawrence Young

Michael Victor Ehrenberg

William Guthrie Morein

Erik Andrew Saltwell

Joshua W Lee

Barry James Givens

Gur Kimchi

David Earl Heckerman

Benjamin Edward Rampson

Bongshin Lee

Roland Lucas Fernandez

Murali R Krishnan

Jason David Carlson

Jason Joseph Weber

Brian L Welcker

B Scott Ruble

Christian Olaf Abeln

Stella Yick Chan

Sean Boon

Harikrishna Menon Ajith Kumar

Morten Holm-Peterson

Unnikrishnan Ravindranathan

Ryan J Salva

Heather T Brown

Nathan Paul McCoy

Ahmed K Kamal

Sayuri Wijaya Gould

Steven Charles White

A system (and corresponding methodology) by which a user can interact directly with visual data is provided. The system employs associations and relationships between visual data objects to automatically update objects based upon a change in other objects. The innovation also provides specialized controls (e.g., dashboard tools/controls) that facilitate manipulation of visual data. As there can be numerous manners in which a user can interact with visualization data, the innovation enables a specialized set of controls to be identified and provided to a user thereby reducing overwhelming effects of a large number of controls.

Dashboard controls to manipulate visual data

Grids are commonly used to provide an environment for users to orient objects within a drawing program. The properties of a grid are usually defined and set at the time the grid is created and do not change. An effective way to provide a useful grid that can adapt to objects a user has drawn is provided herein by presenting a dynamic grid on a display. The dynamic grid may adjust grid properties, such as the position of the origin, the angle of the grid, the size of gridline spacing, the coordinate mode, etc. The new grid properties are adjusted to accommodate what the user may draw next, based upon what the user previously drew.

Presenting dynamic grids

A system facilitates dynamic data visualizations. The system includes an analysis component that periodically processes one or more incoming data streams to determine a visualization form from a plurality of visualization forms. A visualization component dynamically generates the visualization form based in part on the processing of the incoming data streams.

Visualization of streaming real-time data

The automated derivation of style rules based on authored style rules. Style rules are used to apply styles to certain elements of a markup language document. Authored style rules are style rules that are created by a designer. However, the derived style rules are automatically created by evaluating an authored style rule set. Then authored style rules are displayed with derived style rules. The user interface in which the combined style rules appear may also provide interactivity such that at least one of the properties of a derived style rule is bound to a property of an authored style rule from which the property of the derived style rule was derived. In some embodiments, the derived style rules may be style rules that are helpful to the design of a document, but are not interpreted after the document is deployed.

Automatically generated style rules for page design

Tools and techniques support troubleshooting live application visuals, including transient markup expression issues in XAML or HTML. A LADRT module supports troubleshooting without pausing application execution to help inspect and modify visual construct properties, and to identify and alter source code pertaining to a selected visual construct. Changes are serialized back to the application program source code and reflected in real time in the executing application, without a rebuild. Markup annotation preserves pre-evaluation versions of markup expressions for binding, static resource identification, and custom purposes. Markup annotation also correlates visual constructs and source code. The LADRT module operates independently of debuggers, and may autoload with the application. Program project and source code changes are not required for troubleshooting capability.

Troubleshooting visuals and transient expressions in executing applications

Ambient displays and electronic whiteboards are commonly used to present information during meeting or other appropriate settings. Many times graphical objects are displayed on ambient displays where users of the ambient display will create annotations to the graphical object to provide further comments, meaning, and/or context. Annotations on the ambient display may be recorded for later review. An effective way to present recorded annotations is through a hierarchical system that provides context to the annotations. Annotations may be defined as sets of annotations based upon a logical grouping (e.g. spatial density, temporal density, etc.). These sets can be displayed to users as annotation branches. One method for displaying annotations branches is with a timeline. Depending on where along the timeline a user is, different annotations and/or annotation branches are displayed in relation to one another (e.g. annotation branches that derive from another annotation branch are displayed in a hierarchical manner).

Presenting annotations in hierarchical manner

A computer-assisted visualization and potential adjustment of the layout of a document element involve multiple layout processes being sequentially applied. One set of one or more layout processes are applied to the element to determine an intermediate position of the element with respect to its initial position. Then, another set of one or more layout processes are applied to the element to determine a final position of the element. Rather than displaying just the final position on the display, the initial position, the intermediate position, and the final position of the element are all displayed. An intermediate control may be used to change the first set of one or more layout processes by moving the displayed intermediate position of the element. A final control may be used to change the second set of one or more layout processes by moving the displayed final position of the element.

Visualization and editing of composite layouts

Embodiments described herein are directed to automatically generating an animation for a transition between a current state and a new state. In one embodiment, a computer system accesses state properties of a visual element corresponding to a current state the visual element is in and a new state the visual element is to be transitioned to. The state properties include visual properties and transition description information. The computer system determines the differences between the visual properties of the current state and the new state and automatically generates an animation based on the determined differences between the visual properties for the current state and the new state, such that the animation is playable to transition the visual element from the current state to new state.

Visual state manager for control skinning

A light table video application includes a stackable video snippet player control, a filmstrip video snippet player control, and a timeline video snippet player control. A user may edit indicate the sequence of an edited video clip by placing one or more stackable video snippet players in a stacked fashion. A user may change the display of a stackable video snippet player control to a filmstrip video snippet player control by resizing the stackable video snippet player control. A timeline video snippet player control provides functionality for a user to drag a video player control into a sequence and place the digital video file associated with the video player at a location indicated by an insert indicator.

Light table editor for video snippets

A visualization input system is provided. The system includes a visualization component that receives input gestures from a user (or users) and translates the gestures into one or more data manipulation commands. A distribution component receives the data manipulation commands and propagates data modifications across one or more databases in view of the commands. This includes a rights component that enables the data modifications to be implemented across the one or more databases.

Visualization as input mechanism

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Seattle, WA, United States of America

Christian Bernd Schormann