Plug-in UI Embedding in Host Timeline for Media Editing
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Solution Overview
Problem
Current audio composition software workflows involving plug-ins require frequent switching between different user interface regions, data representations, and temporal scales, leading to an inefficient user experience due to the separation of plug-in and host software interactions.
Innovation Solution
Integrating plug-in user interfaces directly into the host application's graphical user interface, allowing plug-ins to generate custom representations of media data within the host's timeline, enabling edit operations using plug-in-specific tools while maintaining compatibility with host tools and temporal synchronization.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Adaptability or versatility
If plug-in GUI is presented as a separate window, then plug-in functionality can be extended, but user workflow efficiency deteriorates due to frequent switching between separate interface regions
Solution Approach 1:
The patent merges the plug-in graphical user interface with the host application's timeline display by allowing the plug-in to draw directly into the host's GUI region. This integration combines previously separate interfaces (host timeline and plug-in controls) into a unified display, eliminating the need for users to switch between separate window regions while preserving full plug-in functionality.
2Adaptability or versatility
If plug-in presents data in a separate form with separate tools, then plug-in specific processing capabilities are enhanced, but user interaction complexity increases due to separated control schemes
Solution Approach 1:
The patent implements a universal interaction model where the host application's editing tools and user interactions work uniformly across both host-generated and plug-in-generated graphical elements. The plug-in presents its data and controls through the host's existing interaction framework, allowing users to manipulate plug-in elements using the same tools and methods they use for host elements, thereby reducing interaction complexity while maintaining processing versatility.
3Device complexity
If plug-in GUI is spatially separated from host interface, then interface modularity is maintained, but temporal synchronization perception deteriorates
Solution Approach 1:
The patent merges the plug-in's temporal representation with the host's timeline display by drawing plug-in data directly into the host's timeline region. This spatial integration ensures that plug-in presented data (such as pitch information or other temporal data) is visually aligned with the host's timeline, making temporal synchronization immediately apparent to users without requiring separate display regions.
Data Source
AI summary
A software plug-in module that interfaces to a media editing host application generates and embeds information about a media composition being edited directly within portions of the user interface generated by the host application. The information may include a custom representation of media data of a time-based element of the media composition that replaces, augments, or overlays a timeline representation of the element generated by the host application. Media editing functionality provided by the plug-in may be accessed by an operator based on viewing or interacting with the custom representation. Results of analysis of the media composition by the plug-in may be displayed within the host-generated timeline and used by an operator as a basis for performing edit operations with standard host tools or with plug-in generated tools. Plug-ins may embed their interfaces within user interfaces of host digital audio workstations, non-linear video editing systems, and music notation applications.