UI Preview Element for Simultaneous Art Tool Property Adjustment
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Solution Overview
Problem
Existing digital artwork applications provide limited information to users about the appearance of art tools on the canvas, requiring a trial and error approach for adjusting properties like size and opacity, which becomes cumbersome when multiple properties need to be adjusted simultaneously.
Innovation Solution
The introduction of a UI preview element that allows users to select multiple properties and preview their values in a one-to-one ratio directly on the digital canvas, enabling simultaneous adjustments and eliminating the need for sequential property changes.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Loss of information
If a slider mechanism is used to adjust art tool properties, then the user can control property values, but the user cannot preview the actual appearance on the digital canvas until after application
Solution Approach 1:
The patent implements a preview element that displays the actual appearance of the art tool on the digital canvas before the user applies the tool. This preliminary visualization allows users to see the effect of property adjustments (size, opacity, color) in real-time, eliminating the need for trial-and-error application and subsequent corrections.
Solution Approach 2:
The preview element provides continuous visual feedback to the user as they adjust property sliders. The preview dynamically updates to reflect current property values, showing exactly how the art tool will appear on the canvas. This immediate feedback loop enables informed decision-making without requiring actual application of the tool.
2Adaptability or versatility
If properties are adjusted sequentially one at a time, then each property can be controlled individually, but multiple properties require repeated trial and error adjustments
Solution Approach 1:
The patent merges multiple property adjustments into a single unified preview element. When users adjust multiple properties (size, opacity, color), all changes are simultaneously reflected in the preview, allowing comprehensive evaluation of the art tool's appearance with all properties applied together, rather than requiring sequential trial-and-error for each property.
Solution Approach 2:
The preview element serves as a universal interface for evaluating multiple properties simultaneously. A single preview component handles diverse property types (numerical values like size, transparency levels like opacity, and color specifications), providing consistent visual feedback regardless of which properties are being adjusted, thereby reducing the need for property-specific adjustment procedures.
3Device complexity
If the slider window is dissociated from the digital canvas, then the interface layout is simplified, but the user must switch between window and canvas repeatedly
Solution Approach 1:
The patent combines the property adjustment interface with the digital canvas by positioning the preview element directly on the canvas. The preview element is spatially integrated with the workspace, allowing users to adjust properties and view results in the same visual context without switching between separate windows or panels, thereby streamlining the interaction flow.
Solution Approach 2:
The preview element acts as an intermediary between the property controls and the digital canvas. It is positioned on the canvas but functions as a control interface, mediating the interaction between users and the artwork by providing both adjustment capabilities and visual feedback in a single integrated element that bridges the gap between controls and canvas.
Data Source
AI summary
Techniques for improving a user interface (UI) of an artwork application are described. For example, the artwork application presents a digital canvas, an art tool, and a menu. The menu identifies properties of the art tool. The artwork application receives a selection of some or all of the properties and, in response, generates a UI preview element. The UI preview element is configured to present respective values of the properties on the digital canvas. This presentation includes previewing a value of at least one of the selected properties in a one-to-one ratio on the digital canvas. The artwork application presents the UI preview element on the digital canvas, thereby previewing values of the selected properties. The artwork application receives a user interaction with the presented UI preview and the UI preview element adjusts the values of the properties of the art tool based on the user interaction with the UI preview element.