Microsoft Technology Licensing, LLC

Steven P Geffner

Peter Faraday

Gary Caldwell

Imran I Qureshi

Elaine Y Law

Christopher Hugh Pratley

Michael H Ammerlaan

C Joe Coplen

Matthew Jay Kotler

Nino Yuniardi

Jeffrey Alan Kohler

Tracy Dianne Schultz

Nicole Danielle Steinbok

Joshua S Bell

Sunil Swami

Peter Fintan Leonard

David Wayne Waltman

Eli Tamanaha

Zhao-Hong Max Mai

Scott Harrison Douglas

Nina Shih

Auston Warner Zahrt

Larry T Hatfield

Nicholas W Rohring

Isaac Jacobsen

Steven Todd Zaske

Bram Paperman

Gary Allan Pritting

Shailesh Saini

Tao Huang

Sandhya D Jain

Steve Zaske

Technologies are described herein for altering the appearance of a digital image using a shape. A mask edit mode of operation is provided in which an application program displays a mask shape superimposed on a digital image. The application program also provides user interface controls for altering the size, position, and rotation of the digital image independently of the mask shape, and user interface controls for altering the size, position, and rotation of the mask shape independently of the digital image. When a cropping request is received, the portion of the digital image within the mask shape is mapped onto the mask shape, thereby creating a mask-cropped shape, and a normal editing mode is entered. In the normal editing mode a set of user interface controls is provided for modifying the size, position, and rotation of the mask-cropped shape.

Altering the appearance of a digital image using a shape

When an outgoing communication sent to one or more recipients contains a supported attachment type, a shared workspace that contains a shared version of the original attachment is provisioned. A modified version of the original outgoing communication is delivered to internal recipients including both a link to the shared document and the original attachment.

Shared attachments

A cloud-based broker service may be provided for computing devices in a distributed computing environment. The broker service may aggregate user accounts and user account credentials utilized for accessing online services by the computing devices. The broker service may monitor a context of the computing devices associated with the user accounts. The broker service may then utilize the context, data associated with the user accounts and data associated with the user account credentials to automate tasks and/or provide alerts associated with the data.

Cloud-based broker service for digital assistants

A location enhanced meeting service ('LEM Service') may provide a geographical based map indicating meeting locations for a selected day. The user can view locations of meetings for a scheduled day, along with travel times. Conditions impacting travel time may be provided to the user along with updated estimated travel times and suggested alternative routes. The scale of the map may be based on the geographical diversity of the attendees. A user can view a location enhanced meeting map for particular meeting, and obtain directions to the meeting. The user can also request to view attendee's locations to the meeting on the map prior to the meeting. If an attendee is expected to be late, the user may establish a voice conference with that attendee. If a user is expected to be late to a meeting, the user may provide a notification to the other attendees of the meeting.

Location enhanced meetings and collaboration

Technologies are described herein for rendering documents containing three-dimensional objects. A client computer receives a request to display a document. If a program utilized to create the document is not available to display the document, the client computer transmits a request to a server computer to render the document, including the rendering of any three-dimensional objects contained therein. In response to receiving the request, the server computer determines whether the document contains any three-dimensional objects. If the document contains three-dimensional objects, the server computer renders the three-dimensional objects. Once the three-dimensional objects have been rendered, the remaining portion of the document is also rendered. The rendered version of the document is then returned to the client computer in response to the original request to render the document. The rendered document is then displayed on the client computer by a standard viewer application.

Rendering three-dimensional objects on a server computer

Data is received defining a time period during which a notification of receipt should not be provided when an electronic message is received. Data may also be received defining certain types of messages for which notification of receipt should be provided during the time period. During the duration of the time period, no notification of receipt is provided for received electronic messages that are not within one of the specified types. After the time period has elapsed, notification of receipt is provided for electronic messages received during the time period and for which no notification of receipt was previously provided. Electronic messages may be sent during the time period and electronic messages received prior to the time period may be displayed for reading during the time period.

Do not disturb filter for electronic messages

A system and method for graphically showing the animation order of animated elements in a presentation program or other software. The invention consists of a User Interface (UI) widget which shows the order of the animation in the presentation. This UI employs an animation On Object User Interface (OOUI), or animation tag, that is preferably a rectangular control that encloses a number, and labels the order in which objects are animated. Each animation OOUI or animation tag is associated with an object on a display during creation and editing. The animation OOUI or tag is preferably placed in close proximity to the object it is associated with, rather than in a separate window or dialog box, and is hence termed 'On Object'. The animation tag is active and responds to computer input device selection actions. Each animation OOUI is typically associated with an animation list.

Animation on object user interface

A system and method for graphically showing the order and timing of elements in a presentation program or other software. The sequence of events is shown in an event list, a list of events in sequence order, each event being associated with an event timeline bar and correlated with a universal timeline, in the editing window of an electronic presentation or other software that deals with the scheduling of events. In one embodiment, each item in the list represents an individual animation effect. Elements of the event list are logically related to each other and these logical relationships may be used in assisting a user to build a sequence of events (e.g., an animation sequence).

Integrated timeline and logically-related list view

A system and method for graphically showing the animation order of animated elements in a presentation program or other software. More particularly, the invention consists of a User Interface (UI) widget which shows the order of the animation in the presentation. This UI employs an animation On Object User Interface (OOUI), or animation tag, that is preferably a rectangular control that encloses a number, and labels the order in which objects are animated. Each animation OOUI or animation tag is associated with an object on a display during creation and editing. The animation OOUI or tag is preferably placed in close proximity to the object it is associated with, rather than in a separate window or dialog box, and is hence termed 'On Object'. The enclosed number represents the number in a sequence of mouse clicks or other computer input device selection actions which causes an animation effect on an associated object or element. The animation tag is active and responds to computer input device selection actions. Each animation OOUI is typically associated with an animation list, although it does not have to be.

Animation on-object user interface

Growing community of inventors

Bothell, WA, United States of America

Steven P Geffner