Abstract: Techniques related to intelligent selection of scene transitions are disclosed. In some example embodiments, a sequence of video segments may be received as input. The video segments may include a first segment that is adjacent to a second segment. Properties of the first segment and the second segment may be detected. The properties may be used to determine one or more categories for one or more transitions for connecting the first segment to the second segment. The one or more categories may be used to determine one or more placements for the one or more transitions. A digital video that includes the one or more transitions may be generated as output.

Abstract: A digital video builder system with methodology for designer-controlled user interaction is described. In one embodiment, for example, a method comprises receiving, from interactive controls on a graphical user interface, configuration of a storyboard block of a storyboard of a target digital video to be created. The storyboard block represents a scene of the target digital video, comprises a media element slot and a scene parameter for configuring the media element slot, and corresponds to a scene specification having a plurality of scene variants for rendering the scene of the target digital video. The received configuration comprises a setting for the scene parameter. Based on the scene parameter setting, the method further includes automatically selecting one of the plurality of scene variants for use in rendering as part of the scene of the target digital video.

Abstract: A system for consistent cross-platform text layout, in one embodiment, performs a computer-implemented method comprising the step of generating text layout information representing a layout of text on a scalable unit grid. The text layout information comprises glyph information for each glyph in a set of glyphs. The glyph information for each glyph in the set of glyphs comprises a) vector path information defining one or more contours of the each glyph, and b) a horizontal grid coordinate and a vertical grid coordinate identifying a location of the each glyph in the scalable unit grid. The method further includes the step of using the text layout information to render the set of glyphs in a pixel grid.

Abstract: A media item selection application is provided for use with computing devices. The media item selection application is configured to identify media items that have significant similarities in metadata values, such as location and time period. The media item selection application is further configured to visualize similar media items as a group, depicted as a section within a collection or gallery, in which each group is a suggestion for a natural collection of media items representing an event. Where media items do not fall within a group of a particular size with significant similarities, groups are consolidated to create a second type of collection which covers a time-period between two significant groups. Further, the media item selection application is configured to depict media items that show extraordinary similarity as a virtual stack of all such media items.

Abstract: A media item selection application is provided for use with computing devices. The media item selection application is configured to identify media items that have significant similarities in metadata values, such as location and time period. The media item selection application is further configured to visualize similar media items as a group, depicted as a section within a collection or gallery, in which each group is a suggestion for a natural collection of media items representing an event. Where media items do not fall within a group of a particular size with significant similarities, groups are consolidated to create a second type of collection which covers a time-period between two significant groups. Further, the media item selection application is configured to depict media items that show extraordinary similarity as a virtual stack of all such media items.

Abstract: In one embodiment, a method comprises inferentially selecting one or more design animation modules based upon analysis of information obtained from digital visual media items and digital audio media items; and automatically creating an audiovisual work using the selected design animation modules. Audiovisual works can be automatically created based upon inferred and implicit metadata including music genre, image captions, song structure, image focal points, as well as user-supplied data such as text tags, emphasis flags, groupings, and preferred video style.

Abstract: Techniques are provided for glyph rendering based on a polygon mesh having vertices located away from a glyph's outline. Skeletonisation may be used to establish polygonal skeletons in the interior region of a glyph and in the outside region of the glyph. Transepts oriented away from the glyph's outline may be generated for nodes on the glyph's outline. A polygon mesh may be generated with vertices constrained to be selected from a set of candidate vertices comprising termination points of transepts, skeleton nodes, and/or points on the glyph's bounding boxes. Implicit forms may be determined from curves or lines representing segments of the glyph's outline, without use of Bézier control points and endpoints. These implicit forms along with tessellation data may be provided to a computing device as glyph rendering data for rendering the glyph at runtime.

Abstract: A method comprises receiving one or more digital visual media items; receiving one or more digital audio media items; automatically selecting and arranging one or more design modules based upon analysis of information obtained from the digital visual media items and the digital audio media items; and automatically creating an audiovisual work by arranging the selected and arranged design modules. Audiovisual works can be automatically created based upon inferred and implicit metadata including music genre, image captions, song structure, image focal points, as well as user-supplied data such as text tags, emphasis flags, groupings, and preferred video style.

Abstract: A media item selection application is provided for use with computing devices. The media item selection application is configured to identify media items that have significant similarities in metadata values, such as location and time period. The media item selection application is further configured to visualize similar media items as a group, depicted as a section within a collection or gallery, in which each group is a suggestion for a natural collection of media items representing an event. Where media items do not fall within a group of a particular size with significant similarities, groups are consolidated to create a second type of collection which covers a time-period between two significant groups. Further, the media item selection application is configured to depict media items that show extraordinary similarity as a virtual stack of all such media items.