Abstract: Technologies are generally provided for creating content by detecting user intent and providing suggestions associated with content actions. User intent may be determined from a number of different factors associated with the user, a document, and an environment of the user and/or content. Suggestions on content actions such as placement, style, formatting, or extent of content may be automatically made to the user. Suggestions may also be provided based on other factors such as crowd sourcing. In addition to automatic emphasis and connection, content transformation may be enabled prior to consumption after the author has created the content.

Abstract: Technologies are generally provided for enabling authors to create and/or modify content such as content itself, style, format based options for creating a document or similar content by determining authors' intent and providing suggestions associated with content actions based on collected crowdsourcing data. Author intent and suggestions may be determined from a variety of crowdsourcing information associated with one or more attributes of the author, the content, and the environment in which the content is being created/modified.

Abstract: In general, this disclosure describes techniques that employ user-defined values of properties of sections of an electronic presentation. As described herein, a user may configure a presentation to include a plurality of sections. Each of the sections includes zero or more slides of the electronic slide presentation. In addition to the slides associated with each section, each of the sections is associated with one or more properties having values that can be defined by an author of the presentation. Because the values of the properties of the sections are user-definable, these properties may, in some implementations of these techniques, enable the author of the presentation to use the sections in ways not possible in presentation applications that merely use sections as a means of grouping thumbnail images of slides for navigation among slides in an authoring interface.

Abstract: A first set of changes to a first version of a digital document, as compared to a baseline version of the document, can be detected. The first set of changes can include a first change to a page of the document in the first version of the document, as compared to the baseline version of the document. Also, a second set of changes to a second version of a document, as compared to the baseline version of the document, can be detected. The second set of changes can include a second change to the page of the document in the second version of the document, as compared to the baseline version of the document. A conflict between the first change and the second change can be detected, and the conflict can be resolved by receiving user input or applying conflict resolution rule(s) to choose between the first and second changes.

Abstract: A first set of changes to a first version of a digital document, as compared to a baseline version of the document, can be detected. The first set of changes can include a first change to a page of the document in the first version of the document, as compared to the baseline version of the document. Also, a second set of changes to a second version of a document, as compared to the baseline version of the document, can be detected. The second set of changes can include a second change to the page of the document in the second version of the document, as compared to the baseline version of the document. A conflict between the first change and the second change can be detected, and the conflict can be resolved by receiving user input or applying conflict resolution rule(s) to choose between the first and second changes.

Abstract: A first set of changes to a first version of a digital document, as compared to a baseline version of the document, can be detected. The first set of changes can include a first change to a page of the document in the first version of the document, as compared to the baseline version of the document. Also, a second set of changes to a second version of a document, as compared to the baseline version of the document, can be detected. The second set of changes can include a second change to the page of the document in the second version of the document, as compared to the baseline version of the document. A conflict between the first change and the second change can be detected, and the conflict can be resolved by receiving user input or applying conflict resolution rule(s) to choose between the first and second changes.

Abstract: A first set of changes to a first version of a digital document, as compared to a baseline version of the document, can be detected. The first set of changes can include a first change to a page of the document in the first version of the document, as compared to the baseline version of the document. Also, a second set of changes to a second version of a document, as compared to the baseline version of the document, can be detected. The second set of changes can include a second change to the page of the document in the second version of the document, as compared to the baseline version of the document. A conflict between the first change and the second change can be detected, and the conflict can be resolved by receiving user input or applying conflict resolution rule(s) to choose between the first and second changes.

Abstract: Technologies are generally provided for creating content by detecting user intent and providing suggestions associated with content actions. User intent may be determined from a number of different factors associated with the user, a document, and an environment of the user and/or content. Suggestions on content actions such as placement, style, formatting, or extent of content may be automatically made to the user. Suggestions may also be provided based on other factors such as crowd sourcing. In addition to automatic emphasis and connection, content transformation may be enabled prior to consumption after the author has created the content.

Abstract: Technologies are generally provided for enabling authors to create and/or modify content such as content itself, style, format based options for creating a document or similar content by determining authors' intent and providing suggestions associated with content actions based on collected crowdsourcing data. Author intent and suggestions may be determined from a variety of crowdsourcing information associated with one or more attributes of the author, the content, and the environment in which the content is being created/modified.

Abstract: Technologies are generally provided for creating content by detecting user intent and providing content related suggestions as small multiples. User intent may be determined from a number of different factors associated with user, document, and environment. Suggestions may then be presented through small multiples: galleries that combine multiple properties of content using the actual content user wants to create.

Abstract: In general, this disclosure describes techniques that employ user-defined values of properties of sections of an electronic presentation. As described herein, a user may configure a presentation to include a plurality of sections. Each of the sections includes zero or more slides of the electronic slide presentation. In addition to the slides associated with each section, each of the sections is associated with one or more properties having values that can be defined by an author of the presentation. Because the values of the properties of the sections are user-definable, these properties may, in some implementations of these techniques, enable the author of the presentation to use the sections in ways not possible in presentation applications that merely use sections as a means of grouping thumbnail images of slides for navigation among slides in an authoring interface.

Abstract: An author of a document may be enabled to specify viewing preferences for displaying a document in a reading view. The author may be enabled to define or select among available options for document viewing preferences such as transitions, animations, display of selected elements, layout features, embedded objects, and comparable ones. A reader of the document may be enabled to specify similar viewing preferences on their end. The author's preferences may also include customization of viewing rules based on a device, application, or version of application through which the document is viewed. In case of conflict between the author's and reader's preferences, one may prevail depending on permission levels and similar attributes.

Abstract: In general, this disclosure describes techniques that employ user-defined values of properties of sections of an electronic presentation. As described herein, a user may configure a presentation to include a plurality of sections. Each of the sections includes zero or more slides of the electronic slide presentation. In addition to the slides associated with each section, each of the sections is associated with one or more properties having values that can be defined by an author of the presentation. Because the values of the properties of the sections are user-definable, these properties may, in some implementations of these techniques, enable the author of the presentation to use the sections in ways not possible in presentation applications that merely use sections as a means of grouping thumbnail images of slides for navigation among slides in an authoring interface.

Abstract: In general, this disclosure describes techniques that employ user-defined values of properties of sections of an electronic presentation. As described herein, a user may configure a presentation to include a plurality of sections. Each of the sections includes zero or more slides of the electronic slide presentation. In addition to the slides associated with each section, each of the sections is associated with one or more properties having values that can be defined by an author of the presentation. Because the values of the properties of the sections are user-definable, these properties may, in some implementations of these techniques, enable the author of the presentation to use the sections in ways not possible in presentation applications that merely use sections as a means of grouping thumbnail images of slides for navigation among slides in an authoring interface.

Abstract: An N-level inheritance model is provided to develop presentations. A hierarchical inheritance model includes master slides, custom layout slides, and slides including the material for the presentation. The inheritance model allows presentation authors to both define an overall look for the presentation as well as the ability to customize slide layouts individually. An author may create custom layouts that may be applied to a single slide as well as a set of slides. Properties that are defined at any level within the hierarchy may be inherited by the lower levels within the hierarchy. Each level within the presentation may also make an exception to an inherited property.

Abstract: A method and computer-readable medium are provided for saving the contents of a memory structure stored in a volatile memory. According to the method, corrupted portions of the memory structure are identified and an attempt is made to repair these portions. If the corrupted portions cannot be repaired, the saving of these portions is skipped. The uncorrupted and repaired portions of the memory structure are then saved to a data file stored on a mass storage device. If portions of the memory structure cannot be repaired or skipped, an attempt is made to save only the user data contained in the memory structure to the data file. In this manner, the user data contained in the memory structure may be saved to a data file even in cases of severe corruption.

Abstract: Methods, systems, and computer products provide for designating areas or objects in an electronic document as controlled access regions for prohibiting or limiting access to the regions and/or for limiting application functionalities that may be utilized in the regions.

Abstract: A common visual appearance can be applied to documents authored by different kinds of applications. Thus, a suite of applications can have a theme that can be applied to differing kinds of documents produced by the different kinds of applications in the suite of applications. The theme information can be stored externally to the produced documents as well as internally to the produced documents. The theme can include visual attributes of the documents as well as content, such as text or other information.

Abstract: A mechanism is provided for embedding an object in a receiving or client document such that a client application may operate on the embedded object to include interrogation and modification of data contained in the embedded object. When a given document object is embedded into a receiving document, data representing the embedded object is saved to a data stream storage for the receiving document. When the embedded object in the receiving document is subsequently requested in response to an operation executed on the embedded object, the receiving application obtains the data representation of the embedded object from the data stream storage. Once the receiving application obtains the data representation of the embedded object, the receiving application may perform operations on the embedded object by accessing the embedded object via its data representation.

Abstract: In general, this disclosure describes techniques that employ user-defined values of properties of sections of an electronic presentation. As described herein, a user may configure a presentation to include a plurality of sections. Each of the sections includes zero or more slides of the electronic slide presentation. In addition to the slides associated with each section, each of the sections is associated with one or more properties having values that can be defined by an author of the presentation. Because the values of the properties of the sections are user-definable, these properties may, in some implementations of these techniques, enable the author of the presentation to use the sections in ways not possible in presentation applications that merely use sections as a means of grouping thumbnail images of slides for navigation among slides in an authoring interface.