GIMP is an open-source image editor for retouching photographs, creating layered graphics, painting, compositing, transforming artwork, managing color, and exporting visual content in common raster formats.
GIMP is an open-source image editor for retouching photographs, creating digital artwork, combining visual elements, and preparing graphics for print or online use. Its workspace provides layers, masks, channels, paths, selections, brushes, text, color adjustments, filters, and transformation tools within an editable project. Photographers can correct exposure, crop compositions, remove unwanted areas, and repair localized defects, while designers can build banners, interface assets, illustrations, and transparent overlays. The native XCF format preserves working structure that ordinary delivery formats may discard. Users can customize panels, shortcuts, brushes, gradients, and tool options, making the application adaptable to occasional edits as well as detailed, repeatable creative workflows.
The Windows build handles common raster formats and supports color-managed workflows, but compatibility depends on each format’s ability to preserve layers, transparency, metadata, and color information. GIMP 3.2 adds non-destructive filter workflows across supported layers, groups, and channels, allowing adjustments to remain editable until rasterized or merged. Creators producing sound for multimedia projects can use Audacity separately while the image editor prepares artwork, thumbnails, textures, and promotional graphics. Large canvases, many layers, high bit depths, and complex filters increase memory and storage demands beyond the installer requirements. Plug-ins and scripts can extend processing, although third-party components must match the current application architecture and programming interfaces to work reliably.
The main benefit is gaining a capable layered image-editing workflow without purchasing a commercial graphics subscription. GIMP supports detailed corrections, compositing, painting, typography, selections, masks, paths, and export preparation in one customizable application, reducing the need to move ordinary raster tasks between separate tools. Layer masks preserve source pixels while controlling visibility, and non-destructive filters keep supported adjustments editable for later refinement. Color-management options help maintain more predictable results across displays, working spaces, and output profiles when configured correctly. Reusable brushes, gradients, palettes, templates, scripts, and plug-ins speed up recurring production work, while keyboard shortcuts and adjustable panels let users shape the interface around their tasks. Broad import and export support makes the application useful for web graphics, photographs, illustrations, textures, and documentation assets. Open-source licensing also allows inspection, modification, redistribution, and community contribution under the project’s license terms, although complex print-production and proprietary-format workflows may still require specialized software.
Key capabilities and highlights.
GIMP organizes artwork into layers that can be reordered, grouped, blended, transformed, hidden, and edited independently. Layer masks control transparency across selected areas without permanently erasing the layer’s pixels. This structure supports compositing, localized corrections, alternate designs, reusable elements, and later revisions while preserving more of the original image data.
Rectangle, ellipse, freehand, foreground, fuzzy, color-based, and intelligent-edge tools isolate specific image areas for editing. Selections can be added, subtracted, intersected, feathered, saved to channels, or converted into paths. Precise isolation matters when adjusting one subject, replacing a background, applying a localized effect, or protecting surrounding pixels.
Brush, pencil, airbrush, ink, clone, heal, smudge, dodge, burn, blur, and sharpen tools support illustration and photographic repair. Configurable brush size, hardness, spacing, dynamics, opacity, and blending behavior adapt strokes to different tasks. Clone and heal operations are particularly useful for removing distractions, dust, scratches, and small defects.
Move, crop, rotate, scale, shear, perspective, flip, cage, warp, align, and unified transformation tools reshape images, layers, selections, or paths according to each tool’s capabilities. Guides and grids assist consistent placement. Transforming a duplicate or suitable non-destructive layer helps preserve an editable source when experimentation or repeated revision is expected.
Supported GEGL filters can remain attached to layers, layer groups, channels, and compatible non-raster layers instead of immediately altering their source pixels. Users can revisit parameters, reorder effects, or remove them later. Some operations still require rasterization or merging, so the chosen workflow should reflect the desired balance between editability and compatibility.
Color-management settings coordinate image profiles, monitor display behavior, rendering intent, and conversion choices across supported workflows. Histograms, curves, levels, white balance, hue, saturation, and other adjustments provide corrective and creative control. Predictable output still requires an appropriate monitor profile, calibrated equipment, suitable working space, and correct export settings.
The application opens and exports widely used raster formats, including JPEG, PNG, GIF, TIFF, WebP, and supported HEIF or HEIC variants. Format options control properties such as compression, transparency, metadata, color profiles, animation, and quality. XCF should be retained separately when future editing requires layers, masks, channels, paths, or filter settings.
Plug-ins, GEGL operations, Script-Fu scripts, Python extensions, brushes, patterns, gradients, and palettes can add tools or automate repeatable processing. This extensibility supports specialized pipelines and batch-oriented tasks beyond the default interface. Third-party resources should come from trusted sources and must be compatible with the installed version and operating-system architecture.
Browse historical releases and previous builds.
No old versions have been added yet.
Common questions about GIMP.
Yes. The application is free software distributed under the GNU General Public License. Users may run, inspect, modify, and redistribute it according to the license terms.
Yes. Its native XCF project format preserves layers, groups, masks, channels, paths, text, and supported editable effects. Exported formats such as JPEG may flatten or discard some of that structure.
Yes, for supported workflows. Layer masks protect source pixels while changing visibility, and compatible GEGL filters can remain editable on layers, groups, channels, and certain non-raster layer types. Some operations still rasterize or directly modify image data.
Common choices include JPEG, PNG, GIF, TIFF, WebP, and supported HEIF or HEIC formats. Available options and retained features vary because not every format supports layers, transparency, animation, metadata, or the same color depths.
Yes. Plug-ins, scripts, brushes, gradients, patterns, palettes, and GEGL extensions can expand its capabilities. Compatibility depends on the installed release, operating system, processor architecture, extension interface, and quality of the third-party component.
GIMP is an open-source image editor for retouching photographs, creating layered graphics, painting, compositing, transforming artwork, managing color, and exporting visual content in common raster formats.
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