KDE desktop icon usage and behavior survey results released

Akseli Lahtinen has published the results of a comprehensive survey regarding desktop icon usage and behavior, aimed at informing future development within the KDE ecosystem. The study collected 1,518 full responses to determine how users interact with desktop icons and how they expect the desktop environment to react to hardware and display changes.

The findings reveal that many users treat the desktop as a temporary workspace or a collection of application shortcuts rather than a permanent file storage area. Crucially, the data provides specific user preferences for complex edge cases, such as icon repositioning during screen resolution shifts, monitor rotation, and the handling of icons when a display is disconnected.

User preferences for desktop environment behavior

• Resolution Scaling: When monitor resolution expands, a large majority of users prefer icons to move to the new resolution rather than remaining at their current coordinates. When resolution shrinks, users overwhelmingly prefer rearranging icons to fit the new resolution in their original form rather than an automatic reset from the start.
• Overflow Management: In scenarios where the desktop is full of icons, the most preferred solution is an "overflow menu" popup, similar to mobile OS behavior, rather than adding scrollbars or displaying error warnings.
• Display Orientation and Connectivity: For vertical monitor rotations, users favor a rearrangement of icons over simple in-place rotation. Regarding monitor disconnections, there is a significant split in preference between moving icons to the remaining active screen and making them temporarily invisible.
• Usage Patterns: The survey indicates an average of 9 icons per desktop, with a nearly even split (60/40) between users who prefer manual icon positioning and those who utilize automated arrangement.

Why it matters

These results provide actionable data for KDE developers to refine the Plasma desktop experience, ensuring that icon management logic aligns with actual user expectations. This helps reduce user frustration during common desktop tasks like docking monitors, changing resolutions, or rotating displays in multi-monitor setups.