How to Show Other Windows on Krita: The Definitive Workflow Guide

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Krita’s interface is a double-edged sword for digital artists. On one hand, its customizable workspace offers unparalleled flexibility—dockers can be rearranged, hidden, or expanded to fit any workflow. On the other, the default setup can feel claustrophobic when juggling multiple canvases, reference images, or tool presets simultaneously. The ability to show other windows on Krita—whether it’s toggling between layers, brush libraries, or external applications—isn’t just a convenience; it’s a necessity for professionals who treat the software as an extension of their creative process.

What separates amateur tinkering from professional-grade efficiency in Krita isn’t just the brushes or the layers—it’s the deliberate control over visibility. Artists who’ve spent years refining their workflows know that a single misplaced docker can disrupt an entire session. The solution lies in understanding how Krita’s window system operates beneath the surface: how dockers interact with the main canvas, why certain windows vanish when others expand, and how to force visibility without sacrificing workspace cohesion. These aren’t just technicalities; they’re the building blocks of a streamlined digital art practice.

The frustration often begins when users realize Krita’s default behavior hides non-critical windows behind the canvas or tucks them into collapsible panels. Unlike Photoshop’s rigid tab system, Krita’s dynamic interface rewards those who learn to manipulate its fluidity. Whether you’re a concept artist toggling between sketches and color studies or a matte painter stitching together high-resolution panels, knowing how to show other windows on Krita can shave hours off a project timeline. The key isn’t memorizing shortcuts—it’s understanding the underlying logic of Krita’s window management system.

how to show other windows on krita

The Complete Overview of Showing Other Windows in Krita

Krita’s window management system revolves around dockers—floating or docked panels that house tools, layers, and auxiliary functions. Unlike traditional applications where windows are either maximized or minimized, Krita’s dockers exist in a hybrid state: they can be pinned to the sides of the canvas, detached into separate windows, or even hidden entirely. This flexibility is both a strength and a source of confusion. Many artists assume that if a window disappears, it’s lost forever, when in reality, it’s often just tucked away in a collapsible panel or obscured by the canvas. The solution to showing other windows on Krita lies in mastering the interplay between visibility settings, keyboard shortcuts, and the software’s hidden toggles.

The core challenge arises from Krita’s design philosophy: prioritize the canvas. By default, the software minimizes distractions by collapsing secondary windows into icons or icons-only modes. This is ideal for immersion but problematic when you need quick access to reference images, brush presets, or layer properties. The workaround isn’t just about forcing a window to reappear—it’s about rethinking how Krita’s interface adapts to your workflow. For instance, a painter working with multiple color swatches might prefer keeping the color selector as a floating window, while a storyboard artist could benefit from pinning a timeline docker to the bottom. The ability to show other windows on Krita dynamically is what transforms the software from a tool into a tailored creative environment.

Historical Background and Evolution

Krita’s window management system traces its roots to the early 2000s, when the project began as a fork of the KOffice suite under the KDE community. Unlike proprietary alternatives that locked users into rigid UI paradigms, Krita was designed with modularity in mind. Early versions introduced dockers as a response to the limitations of static toolbars, allowing artists to drag and dock panels wherever they needed them. This was revolutionary for open-source software, where UI flexibility was often an afterthought. Over time, as Krita evolved into a full-fledged digital painting application, the window system became more sophisticated, incorporating features like split view and floating windows—tools that would later become industry standards.

The shift toward dynamic window visibility gained momentum with Krita 4.0, released in 2018. This version introduced workspace presets, where users could save and switch between entirely different window layouts with a single click. Suddenly, artists could toggle between a minimalist canvas-only view for sketching and a fully loaded workspace for final touches. The ability to show other windows on Krita in context-sensitive ways—such as auto-hiding reference images when not in use—became a hallmark of the software’s efficiency. Later updates refined this further with persistent dockers, which remember their position even when switching between workspaces. Today, Krita’s window system is a testament to how open-source software can innovate without sacrificing usability.

Core Mechanisms: How It Works

Under the hood, Krita’s window visibility is governed by three primary mechanisms: docking states, visibility toggles, and workspace inheritance. Dockers can exist in one of three states: floating (detached from the main window), docked (attached to an edge of the canvas), or hidden (collapsed into an icon). The visibility toggle—often triggered by a double-click on the docker’s title bar or a keyboard shortcut—switches between expanded and collapsed states. Workspace inheritance ensures that when you switch between saved layouts, the software remembers which dockers should be visible by default. These mechanisms work in tandem to create a system where showing other windows on Krita is less about brute-force commands and more about strategic placement.

The technical underpinnings involve Qt’s widget system, which Krita leverages to manage window behavior. Each docker is essentially a `QDockWidget`, a Qt component designed for flexible UI integration. When a docker is minimized, it’s not destroyed—it’s merely reduced to an icon, ready to be restored with a click. Floating windows, on the other hand, operate as independent `QMainWindow` instances, allowing for true multitasking (e.g., keeping a brush library open while working on a separate canvas). Understanding these mechanics is crucial for advanced users who want to customize Krita’s behavior via scripting or third-party plugins. For most artists, however, the key takeaway is that Krita’s window system is designed to adapt to their needs—not the other way around.

Key Benefits and Crucial Impact

The ability to show other windows on Krita isn’t just a technical feature—it’s a productivity multiplier. Artists who struggle with window management often find themselves context-switching between applications, losing focus, or wasting time hunting for misplaced tools. Krita’s solution eliminates these friction points by integrating essential functions directly into the workspace. For example, a character designer can keep a pose reference window pinned to the side while sketching, without ever leaving the canvas. This level of integration reduces cognitive load, allowing artists to stay immersed in their work. The impact extends beyond individual sessions; over time, efficient window management leads to faster iteration cycles, fewer errors, and a more intuitive creative process.

The psychological benefit is equally significant. When artists can access every tool without breaking their workflow, it fosters a sense of control and fluidity. Krita’s dynamic window system reinforces this by making visibility a matter of intent rather than chance. No longer do artists have to guess where a hidden window might be—Krita’s UI ensures that critical tools are always within reach. This design philosophy aligns with the needs of modern digital artists, who often work across multiple disciplines (e.g., painting, animation, and design) within the same session. By mastering how to show other windows on Krita, users gain a competitive edge in both efficiency and creative freedom.

"The best interfaces disappear when you’re in the flow. Krita’s window system achieves this by making visibility a deliberate choice—not an afterthought." — Boudewijn Rempt, Krita’s Lead Developer

Major Advantages

  • Workflow Continuity: Floating windows allow artists to keep reference images, brush libraries, or layer stacks visible without cluttering the main canvas. This is particularly useful for complex projects where multiple elements need simultaneous monitoring.
  • Customizable Layouts: Unlike fixed-UI applications, Krita lets users save and switch between window configurations. A painter might use a wide, canvas-centric layout for final touches but switch to a multi-window setup for sketching.
  • Reduced Context Switching: By integrating tools like the color selector or transform tools into dockers, artists avoid the need to open separate applications, streamlining the creative process.
  • Scalability for Large Projects: For artists working on high-resolution panels or multi-layer compositions, the ability to show other windows on Krita—such as the layer list or animation timeline—prevents workflow bottlenecks.
  • Accessibility for Beginners: Krita’s default window behavior (auto-hiding non-essential panels) reduces overwhelm for new users, while advanced features like floating windows cater to experienced artists.

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Comparative Analysis

Feature Krita Photoshop Clip Studio Paint
Window Management Dynamic dockers, floating windows, and workspace presets. Dockers can be dragged, detached, or hidden. Fixed tabbed interface with optional floating panels. Limited customization for window placement. Modular panels with split-screen options. Supports floating windows but lacks Krita’s docking flexibility.
Visibility Control Double-click to toggle visibility, keyboard shortcuts for quick access, and auto-hide options. Manual tab switching or panel collapsing. No native "show other windows" toggle. Panels can be minimized to icons or hidden behind the canvas, but less granular control.
Workspace Presets Full support with save/load functionality for entire window layouts. Limited to workspace switching (e.g., "Painting," "Photography"), but no custom docker arrangements. Supports material presets but lacks Krita’s level of docker customization.
Performance Impact Minimal overhead for floating windows; dockers are lightweight and responsive. Floating panels can lag with complex documents; tab switching is slower. Floating windows work well, but multi-monitor setups may cause lag.
The future of window management in Krita—and digital art software in general—points toward AI-driven workspace optimization. Imagine a system where Krita automatically adjusts visibility based on the artist’s current task: hiding the layer list during sketching but surfacing it for final touches. Early experiments with machine learning in Krita’s development roadmap suggest that such adaptive interfaces are on the horizon. Additionally, the rise of multi-monitor setups will likely push Krita to refine its floating window behavior, ensuring seamless transitions between screens without losing visibility of critical tools. For now, the focus remains on refining existing mechanics—such as improving the stability of detached windows and expanding workspace preset options—but the long-term vision is clear: making showing other windows on Krita an intuitive, almost instinctive process.

Another trend to watch is the integration of external application control. Krita already supports plugins like G’MIC and Krita’s Python API, but future iterations may allow deeper interoperability with other tools (e.g., Blender for 3D references or Affinity Photo for color grading). If Krita can unify these workflows under a single, cohesive window system, the concept of "showing other windows" will evolve into a seamless, cross-application experience. For artists, this means fewer context switches and more time spent creating. The challenge for developers will be balancing innovation with usability—ensuring that advanced features like AI-driven layouts don’t overwhelm users who prefer manual control. One thing is certain: Krita’s window management system will continue to set the standard for digital art software.

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Conclusion

Mastering how to show other windows on Krita is more than a technical skill—it’s a gateway to unlocking the software’s full potential. The difference between a cluttered, inefficient workspace and a streamlined, productive environment often boils down to a few deliberate adjustments: knowing which dockers to float, when to collapse panels, and how to leverage workspace presets. The key insight is that Krita’s window system isn’t a limitation; it’s a toolkit waiting to be shaped by the artist’s needs. Whether you’re a beginner setting up your first Krita workspace or a veteran refining a decade-old workflow, the principles remain the same: visibility should serve creativity, not the other way around.

The beauty of Krita lies in its adaptability. Unlike rigid applications that force users into predefined layouts, Krita invites customization at every level. By taking the time to understand how dockers interact, how floating windows behave, and how workspace presets can save hours of setup, artists gain a level of control that translates directly into productivity. The next time a critical window seems to vanish without warning, remember: it’s not lost—it’s simply waiting to be rediscovered. And with the right techniques, showing other windows on Krita becomes second nature.

Comprehensive FAQs

Q: Why does my Krita window disappear when I resize the canvas?

A: Krita’s default behavior prioritizes canvas visibility, so dockers may auto-collapse when the canvas expands. To prevent this, right-click the docker’s title bar and select Lock in Place or adjust the Auto-Hide settings in Settings > Dockers. Alternatively, detach the docker as a floating window to maintain visibility regardless of canvas size.

Q: Can I make a docker always visible, even when the canvas is maximized?

A: Yes. Right-click the docker’s title bar and choose Dock > New Dock Position > [Side of Choice], then enable Always Show in the docker’s context menu. For floating windows, use Window > Dockers > [Docker Name] > Undock to detach it permanently.

Q: How do I restore a hidden docker that’s collapsed into an icon?

A: Double-click the docker’s icon in the toolbar or right-click the toolbar and select Show [Docker Name]. If the icon is missing, check Settings > Dockers to ensure the docker isn’t disabled. Some dockers (like the Animation Timeline) may require enabling them via View > Dockers.

Q: Why can’t I see my reference image window after opening Krita?

A: Reference images opened via File > Open As Layer become part of the canvas and don’t appear as separate windows. To keep them as floating windows, use File > Open As Reference Image (or drag the file into Krita’s Reference Images docker). If the window still doesn’t appear, check Settings > Dockers > Reference Images to ensure it’s enabled.

Q: Is there a way to sync window layouts across multiple Krita installations?

A: Krita doesn’t natively support cross-installation sync, but you can manually export workspace presets by saving them (Window > Workspace > Save Workspace) and transferring the `.kra` file to another machine. For cloud sync, use a service like Dropbox or GitHub to store preset files. Note that floating window positions won’t transfer, as these are session-specific.

Q: Can I use keyboard shortcuts to toggle window visibility?

A: Krita doesn’t have built-in shortcuts for individual docker visibility, but you can create custom ones via Settings > Configure Shortcuts. Assign a shortcut to View > Dockers > [Docker Name] > Toggle Visibility. For floating windows, use Window > [Docker Name] and bind it to a key. Alternatively, the Docker Toggle plugin (available in the Krita Store) adds granular control.

Q: What’s the best way to organize multiple reference images without clutter?

A: Use the Reference Images docker (enabled via View > Dockers) and arrange them in tabs. For a cleaner look, minimize unused references to icons by double-clicking their thumbnails. Advanced users can create a floating window for references by detaching the docker (Right-click > Undock) and resizing it separately. Combine this with View > Show > Grid to tile multiple references efficiently.

Q: Does Krita support multi-monitor setups for separate windows?

A: Yes, Krita fully supports multi-monitor setups. To place a floating window on a second screen, drag it to the edge of your primary display until it snaps to the secondary monitor. For dockers, use Window > Move to Screen [Number]. Note that workspace presets won’t automatically distribute windows across monitors—you’ll need to manually adjust positions for each session.

Q: How can I reset my Krita window layout to default?

A: Go to Window > Workspace > Reset Workspace to revert to Krita’s default layout. If specific dockers are missing, re-enable them via View > Dockers. For floating windows, Krita doesn’t provide a one-click reset, but you can manually undock all windows (Right-click > Undock) and reposition them as needed.

Q: Are there third-party plugins to enhance window management?

A: Yes. The Docker Toggle plugin (Krita Store) adds keyboard toggles for individual dockers, while Workspace Manager allows batch-saving and loading of multiple layouts. For advanced users, the Python API can automate window positioning via scripts. Always back up your workspace before installing plugins to avoid conflicts.