Microsoft Technology Licensing, LLC

Nathan P Pollock

Lindsay Ann Kubasik

Jeffrey E Stall

John C Whytock

Parthasarathy Sundararajan

Nicolas J Brun

Roland Radtke

Uros Batricevic

Krishnan Menon

Anthony R Young

Peter Freiling

Peter Auerhann Beissinger

Mark Aldham

Lauren Gust

Haley Mccolgan

Elizabeth Todaro

Peter Benjamin Freiling

Pen input received by a computing device may first be evaluated to determine an associated intent. For example, it may be determined whether it is intended to be handwriting input, in which case the pen input may be intercepted (e.g., rather than provided to an underlying application for further processing). Subsequently, a target determination is made, where the pen input is processed to determine which input field should receive the input. When the pen input is processed to generate handwriting input, context associated with a determined input field may be used to improve recognition accuracy. Finally, various techniques may be used to ultimately provide the handwriting input to the determined input field, for example according to the set of capabilities that is supported by an application associated with the input field. Similarly, aspects of the disclosed system may be disabled or adapted when the application does not support such functionality.

Intent and target determination for digital handwriting input

Animations are displayed on a user interface (UI) of a computing device using one of multiple different animation system modes, each animation system mode operating in a different manner to determine how to change the display for an animation. The animation can be on a particular object that is displayed by the computing device (e.g., scrolling a list, moving an icon or character from one location to another) and/or can be on the display as a whole (e.g., panning or scrolling a view of the whole display). The multi-mode animation system operates to select an animation system mode on a frame by frame basis. For each frame of content being displayed on the display device, the multi-mode animation system selects an appropriate one of the animation system modes to use for generating the content of that frame.

Multi-mode animation system

User interface (UI) manipulations may be performed by eliminating noticeable process boundaries associated with or generated by different applications. The techniques herein describe dynamically splitting manipulations across multiple pieces of content without regard to various types and/or states of the user interface manipulations and/or without regard to whether the multiple pieces of content are associated with different individual processes. In at least one example, the techniques described herein enable quick, responsive, and seamless UI manipulations with complex configurations of content on a UI and/or with multiple pieces of content associated with more than one application. Additionally, the techniques described herein further enable content on a UI to 'stick' to the user input manipulation or move with the user input manipulation such that the content appears to stay directly in contact with the user input manipulation.

Computerized dynamic splitting of interaction across multiple content

In one embodiment, a graphical display device may use a set of one or more thresholds to remove a scaling motion from a panning input using multiple fingers. The graphical display device may receive a user input in a user movement interface having at least a first bio-pointand a second bio-point. The graphical display device may detect a panning motion from the user input. The graphical display device may filter out a scaling motion from the user input based on a scaling threshold. The graphical display device may present a pan of a graphical user interface to a user.

Detection of pan and scaling during multi-finger touch interactions

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Seattle, WA, United States of America

Nathan P Pollock