Microsoft Technology Licensing, LLC

Joyce A Grauman

Mark A Malamud

David A Barnes

Renee Marceau

Laura Janet Butler

David A Bolnick

Virginia E Howlett

Royce A Levien

Daniel F Plastina

William T Flora

Chris E Tobey

Kevin Michael Schofield

Russell S Johnson

Daniel P Oran

Eric L Van Doren

John E Elsbree

Erik A Gavriluk

Isaac J Heizer

David E McCauley, Iii

Issac J Heizer

Rosanne M Lehmann

Steve Madigan

Roxanne M Lehmann

A computer system having a video display runs an operating system that provides a desktop environment to a user and a file system. The desktop environment has associated systems settings that affect the desktop environment. In this method, a first set of values for at least a portion of the system settings are stored in a storage device in a computer network so that the first set of values is visible in the file system. A second set of values, for the same portion of the system settings for which values are stored in the first set of values, is also stored in the storage device such that the second set of values is visible in the file system. In response to a choice by the user between the first set of values and the second set of values, the system settings are updated to have the values specified by the chosen set of values.

Aggregation of system settings into objects

A control panel provides controllers for setting the values of system settings. Each controller controls a subset of related system settings. Scheme objects are provided for encapsulating values of system settings for a controller. The current values of system settings controlled by a controller may be updated by applying the values held within a scheme. Grand schemes are provided for aggregating the system settings for multiple controllers. Thus, the system settings controlled by multiple controllers may be updated in a single transaction by applying a grand scheme to the control panel. Easily practiced approaches to applying schemes and grand schemes to the control panel are provided. Moreover, methods for easily creating and editing the contents of schemes and grand schemes are provided.

A system and method are described for presenting a continuously accessible computer system tool interface. The interface of the present invention comprises a separated applications section and system tray section. The applications section provides a portion of the graphic user interface for running applications programs. The tray section provides an alternative region of the graphic user interface for objects to surface their key features while occupying only a small portion of the display space. The tray section is supported by a Tray Object which provides a frame work for tray aware applications to dock.

Continuously accessible computer system interface

A method for creating a scalable graphic image for display by a pixel-oriented display device. A pixel-based design of the desired graphic image is created and thereafter separated into constituent parts. A geometric descriptor is created for each constituent part. These geometric descriptors are then hinted to ensure that the constituent parts represented by these descriptors can be overlaid or combined to form a display of the desired graphic image for various point sizes. The hinted geometric descriptors for the graphic image are stored in a font file that can be accepted by a rasterizer. In response to a request to display a graphic image, the rasterizer reads the corresponding hinted geometric descriptors from the font file and generates character bitmaps defining the pixels to be illuminated to display the constituent parts. This allows the scaling of the displayed graphic image at different sizes based upon the particular requirements of the user.

Method and system for creating a graphic image with geometric descriptors

File rack icons are provided to logically group object icons on the screen of a video display. The file rack icon consolidates the grouped icons so that they occupy less of the screen of the video display. The file rack icon is available in alternative forms. In addition, object icons may be dragged into or dragged out of a file rack icon so as to dynamically alter the icons grouped by the file rack icon.

Folder rack icons

Scalable three-dimensional borders are provided in the user interface of an operating system. The borders are scalable in several respects. First, the dimensions of the borders are scalable relative to the resolution of a video display upon which the borders will be drawn. Second, the colors used in the borders are scalable based upon the range of luminances available on the video display. The borders are colored to provide the visual illusion of depth such that the borders appear to be three-dimensional.

Method and system for scalable borders that provide an appearance of

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Seattle, WA, United States of America

Joyce A Grauman