Transparent Modal Dialogs for Data Visibility
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Solution Overview
Problem
Modal dialogs in graphical user interfaces often obscure important data, preventing users from making informed decisions when interrupted, as they cannot see the underlying content until the dialog is addressed, which can hinder workflow and require unnecessary user interaction.
Innovation Solution
A method that allows users to partially hide modal dialogs through user input or agent actions, enabling them to view obscured data while preventing data modification until the dialog is resolved, using techniques like dynamic opacity or repositioning the dialog to reveal underlying content.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Reliability
If a modal dialog is displayed to interrupt and request user input, then user attention is captured and important information is conveyed, but the underlying data becomes obscured and inaccessible to the user
Solution Approach 1:
The patent applies transparency/opacity changes to the modal dialog box, allowing it to become partially transparent so that users can see the underlying data while the dialog remains active. This resolves the contradiction by maintaining information delivery through the dialog while preventing data obscuration through transparency effects.
Solution Approach 2:
The patent introduces a new dimension of transparency/opacity as a property of the dialog box, moving beyond the traditional binary state of visible/hidden. This allows the dialog to occupy a intermediate state where it can convey information while permitting visual access to underlying content through the transparency dimension.
2Reliability
If a modal dialog blocks user input to ensure proper attention, then user focus is maintained on the dialog, but workflow efficiency decreases and users cannot view underlying content
Solution Approach 1:
By making the dialog box partially transparent rather than completely opaque, the system maintains user focus on the dialog content while simultaneously allowing users to see and navigate underlying data, thereby preserving workflow efficiency without sacrificing attention capture.
Solution Approach 2:
The patent introduces dynamic transparency control where the dialog box can adjust its opacity level based on user interaction. This allows the dialog to be more restrictive when needed while becoming more permissive when users need to reference underlying data, creating a flexible system that adapts to different workflow needs.
3Reliability
If users must address the modal dialog immediately to see underlying content, then critical information is ensured to be noticed, but unnecessary user interaction is required and task interruption is forced
Solution Approach 1:
The transparency feature allows users to see underlying content without dismissing the dialog, eliminating the forced interaction requirement. Users can reference the data they need while the dialog remains open, and only interact with it when they are ready, making the system more user-friendly while maintaining information noticeability.
Data Source
AI summary
Allowing a user to navigate data in a user interface when a modal dialog box has been activated. A method includes displaying a graphical user interface window. The method further includes allowing user input for modifying a particular data in the graphical user interface window. Thereafter, the method further includes displaying a modal dialog superimposed and obscuring at least a portion of the graphical user interface window, including obscuring at least a portion of the data, and to prevent user input for modifying the data in the graphical user interface window so long as the modal dialog remains active. The method further includes identifying information indicating that the modal dialog should be hidden. The method further includes at least partially hiding the modal dialog revealing at least a portion of the obscured data, while continuing to prevent user input for modifying the data in the graphical user interface window.