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Art DesignTop 10 Best Photoshopping Software of 2026
Top 10 Photoshopping Software ranked for photo editing and retouching, with tradeoffs and workflow notes across Adobe Photoshop, Affinity Photo, GIMP.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Adobe Photoshop
Smart Objects preserve source data for reusable transformations across documents.
Built for fits when production teams need deterministic image edits and automation without deep enterprise governance..
Affinity Photo
Editor pickRAW development with HDR merge and focus stacking inside the same layered editing pipeline.
Built for fits when creative teams need desktop retouching with layered PSD roundtrips, not centralized governance..
GIMP
Editor pickGIMP plugin architecture with registered procedures for extending filters and automation entry points.
Built for fits when teams need local, script-driven image editing automation without centralized governance..
Related reading
Comparison Table
This comparison table maps Photoshopping software tools across integration depth, data model, automation and API surface, and admin and governance controls. It highlights how each tool represents assets and edits in its schema, what extensibility hooks exist for provisioning and RBAC, and which audit log and sandbox options support controlled workflows. Readers can use the table to compare integration and automation tradeoffs that affect configuration, throughput, and interoperability.
Adobe Photoshop
desktop editorA desktop editor with PSD-native workflows, scripted automation through JavaScript and ExtendScript, and enterprise deployment controls via Adobe Admin Console.
Smart Objects preserve source data for reusable transformations across documents.
Adobe Photoshop supports a rich data model with layers, masks, channels, and smart objects that preserve edit history and enable reuse across documents. Core capabilities include batch processing through Actions, document templates, and scripting that can regenerate assets from structured inputs. Color management controls include profile assignment and conversion workflows that keep output consistent across devices and print pipelines. For extensibility, Photoshop exposes scripting surfaces that can be embedded into automated asset generation systems.
The tradeoff is that Photoshop automation centers on client-driven execution and document state, which limits admin governance depth compared with enterprise imaging services. A common fit is production teams that already have an image naming and asset build process and want deterministic rendering using actions and scripts. Another fit is creative ops that need controlled retouching steps at scale while keeping artistic adjustments in the same editor session.
- +Layered non-destructive edits with masks and adjustment layers
- +Smart objects enable reusable components across documents
- +Actions and scripting support repeatable asset generation
- +Color management workflows reduce output drift
- –Admin governance and RBAC controls are limited for centralized teams
- –Automation depends on document state and client execution
Creative ops teams
Automate retouching steps for new batches
Lower variation in outputs
Brand designers
Maintain templates for campaign image systems
Faster campaign production
Show 2 more scenarios
Prepress production
Standardize color conversion for print
More predictable print results
Color profile assignment and conversion enforce consistent output under deadlines.
Pipeline automation engineers
Generate compositions from structured inputs
Higher throughput for exports
Scripting can populate document layers and export outputs for downstream systems.
Best for: Fits when production teams need deterministic image edits and automation without deep enterprise governance.
More related reading
Affinity Photo
desktop pro editorA desktop pro editor that supports non-destructive editing layers and file format interchange for teams that need direct local editing control.
RAW development with HDR merge and focus stacking inside the same layered editing pipeline.
Affinity Photo fits teams that need local, high-throughput editing on workstations rather than centralized content governance. It provides a rich layer and mask data model with adjustment layers and effects that persist through typical edit histories. It also handles common professional tasks such as RAW development, perspective correction, and compositing with multiple blend modes and selection refinements.
A key tradeoff is the thin API and automation surface, since there is no documented schema for assets, no provisioning model, and no admin controls like RBAC or audit log for workspace actions. It works well when a workflow is driven by file exchange, such as agencies collaborating through PSD packages or freelancers preparing layered deliverables for downstream layout tools.
- +Non-destructive layers and masks preserve edit history for iterative retouching
- +RAW workflows include HDR merge and focus stacking for camera-derived assets
- +PSD import and export supports layered roundtrips across common creative tools
- +Performance supports large documents and complex effect stacks on desktop
- –Limited automation and no documented public API for task orchestration
- –No RBAC, provisioning, or audit log for governed multi-user environments
- –Extensibility is largely UI-driven rather than configuration-driven workflows
Freelance retouchers
Deliver layered PSD edits to agencies
Faster iteration cycles
Photo teams on set
Process RAW with HDR and focus stacking
Consistent composite output
Show 1 more scenario
Small creative studios
Retouch assets without a server workflow
Lower workflow friction
Perform advanced masking and compositing locally, then hand off completed files downstream.
Best for: Fits when creative teams need desktop retouching with layered PSD roundtrips, not centralized governance.
GIMP
open-source editorAn open-source raster editor with batch processing via Script-Fu and Python scripting to automate repeatable image edits.
GIMP plugin architecture with registered procedures for extending filters and automation entry points.
GIMP’s data model centers on documents that hold pixel layers, alpha channels, selections, and mask channels, which enables repeatable edits across similar assets. The plugin architecture exposes filters and procedures that can be registered into GIMP’s processing pipeline. Automation is driven by scripting that targets image operations and tool actions with repeatable command sequences.
A tradeoff appears in governance depth, because GIMP runs primarily as a desktop editor and does not provide built-in RBAC, audit logs, or centralized asset controls. GIMP fits teams that standardize edits via scripts and plugins on shared file conventions, not teams that need managed permissions and approval workflows at scale.
- +Extensible plugin system adds filters and processing steps to the image pipeline
- +Layer, channel, and mask data model supports detailed compositing and controlled edits
- +Script automation enables repeatable operations across batches of images
- +Open-source extensibility allows deeper integration into custom toolchains
- –No native admin layer for RBAC or audit logs in multi-user environments
- –Limited API surface for external systems compared with managed creator platforms
- –Script portability can vary by environment and installed plugins
Freelance graphic editors
Batch resize and retouch with scripts
Faster batch turnaround
Design system maintainers
Standardize masks and layer templates
More consistent asset outputs
Show 2 more scenarios
Studio automation engineers
Integrate GIMP steps into pipelines
Higher throughput for asset prep
Plugin filters and scripted operations map into file-based processing workflows.
Internal tooling teams
Add custom filters via plugins
Reusable processing components
Custom procedures extend the filter framework for organization-specific image processing.
Best for: Fits when teams need local, script-driven image editing automation without centralized governance.
Krita
open-source paintA free desktop painting and raster editor with macros and Python scripting to automate brush workflows and image operations.
Brush engines with stabilizers and custom brush settings tuned per stroke.
Krita is a desktop graphics editor built around a layered, brush-first data model for raster illustration and painting. Its core capabilities include non-destructive layer workflows, support for masks and vector shapes, and extensive brush customization with stabilized strokes.
Integration depth is limited because Krita does not provide an enterprise RBAC model or workflow automation API surface like typical admin-governed photo editors. Extensibility focuses on plugins and scripting within the app rather than external provisioning, audit logging, or schema-driven pipelines.
- +Layered raster workflow with masks and adjustment layers
- +Highly configurable brushes with stabilizers and importable presets
- +Plugin and scripting extensibility for in-app automation
- +Vector shape support for mixed illustration layouts
- –No RBAC, tenant controls, or admin governance features
- –Limited external API surface for automation and integration
- –Audit logging and compliance reporting are not exposed as controls
- –Shared team workflows depend on external file sharing rather than provisioning
Best for: Fits when individuals or small teams need brush-centric raster editing with local extensibility.
Pixelmator Pro
mac editorA macOS image editor with layer-based workflows and automation hooks for repeatable edits in a local-first toolchain.
Smart Objects with editable filter effects keep transformations reusable across iterative edits.
Pixelmator Pro provides a layer-based photo editing workflow for macOS with PSD import and export, plus non-destructive adjustments like Smart Objects and live filter stacks. The file-centric data model is organized around documents, layers, selections, masks, and effects so teams can preserve structure across edits.
Pixelmator Pro supports automation through AppleScript and Shortcuts, and it exposes a scripting surface for repeatable image transformations. Integration depth is strongest on the macOS desktop, where document interchange and OS-level automation carry most of the operational weight.
- +Non-destructive adjustment layers with editable masks and Smart Object workflows
- +PSD import and export preserves layer structure for mixed toolchains
- +AppleScript and Shortcuts enable repeatable image operations
- –Automation surface is macOS-centric with limited server-side throughput patterns
- –API depth for governance controls like RBAC and audit logs is minimal
- –Integration breadth outside desktop workflows is constrained
Best for: Fits when macOS teams need repeatable visual edits with document interchange and light automation.
Photopea
web editorA web-based PSD-like editor that enables browser-based layer editing and file import-export for distributed teams.
Layer-based editing with Photoshop-like selection and masking tools in-browser
Photopea supports Photoshop-style photo editing in a browser with a familiar layer-centric workflow. It provides an extensive tool palette for selection, retouching, type, masks, and export formats.
Integration depth is limited because Photopea does not expose a documented automation API surface for upload, transformations, or work queues. Extensibility and governance controls such as RBAC, audit logs, and sandboxed jobs are not part of a published admin model.
- +Browser-based editing with layer workflows similar to desktop tools
- +Supports common image formats for import and export operations
- +Provides selection, masking, and retouching tools for fast revisions
- +Scripting or automation entry points are not exposed, reducing integration overhead
- –No documented API for programmatic edits or batch processing
- –No published RBAC or admin governance model
- –Limited extensibility for adding custom processing steps
- –Automation throughput depends on manual usage rather than job queues
Best for: Fits when a team needs quick, layer-based edits inside a browser.
Canva
browser design suiteA browser design tool with extensive asset management features, automated templates, and an API ecosystem for integration into content pipelines.
Brand Kit with centralized style rules applied across designs
Canva combines a browser-first design workflow with collaboration primitives that fit marketing and editorial production. It supports brand kits, reusable components, and permissions controls for teams managing shared assets.
Canva’s extensibility relies on integrations and embeddable experiences rather than a direct Photoshop-style layer editor. Automation and orchestration are more limited for custom image-processing pipelines and deeper automation than for content assembly and governance around templates and assets.
- +Shared brand kits enforce consistent fonts, colors, and templates across teams
- +Granular sharing and permission settings control who can view or edit projects
- +Reusable components and template systems reduce manual reformatting across campaigns
- +Export formats cover common publishing targets like PNG, JPG, PDF, and video
- –Layer-level pixel editing depth is limited compared with Photoshop workflows
- –Custom image-processing automation is constrained versus code-driven graphics pipelines
- –API and automation surface are narrower for schema-driven asset management
- –Audit and governance coverage is less actionable for complex compliance workflows
Best for: Fits when teams need template-driven creative production with collaboration and controlled asset sharing.
Figma
design collaborationA collaborative design platform with version history, branching concepts, and REST APIs to integrate design artifacts into asset workflows.
Figma Plugin API with webhooks enables automated file and document actions.
Figma supports collaborative design with real-time co-editing, versioned assets, and component-driven workflows. Its data model is file-centric, with components, variants, and styles that keep design artifacts structured for reuse.
Figma offers an API surface for automation via plugins and file operations, plus automation hooks through webhooks and document actions. Admin controls include role-based access to resources and audit visibility for collaboration activity, which helps governance for design teams.
- +Component variants and shared styles preserve a structured design data model.
- +Plugin API supports automation and custom tooling inside the editor.
- +Version history and branching-like workflows support safe iteration on files.
- +Team libraries centralize components and styles across projects.
- –Complex RBAC across large portfolios can be harder to model consistently.
- –Automation throughput depends on editor context and plugin execution limits.
- –File APIs require careful permissions handling to avoid broken automation.
- –Governance gaps remain for highly regulated approval and retention needs.
Best for: Fits when design teams need component-based workflows plus automation via API and plugins.
PhotoShop alternatives with API-first pipelines via Cloudinary
image transformation APIAn image management platform with transformation pipelines, upload and delivery APIs, and programmable image processing controls for automated edits.
HTTP transformation API with reusable named transformations for schema-stable image processing.
PhotoShop alternatives with API-first pipelines via Cloudinary deliver image processing and asset management through versioned HTTP APIs instead of desktop-only workflows. Core capabilities include transformation building blocks, format and delivery optimization, and workflow automation via API-triggered operations.
The data model centers on public asset identifiers and transformation definitions that can be reused across environments. Admin governance can be enforced through integration controls like role separation, API key scoping, and audit-friendly logging patterns for automated processing.
- +API-driven transformations with deterministic parameters for repeatable renders
- +Asset-centric data model using public IDs and structured resource types
- +Automation-ready webhooks for pipeline stages like upload, moderation, or reprocessing
- +Extensibility via custom transformation logic and preset reuse across services
- +Governance support through API key scoping and separation of ingestion versus processing
- –Transformation grammar can require refactoring when porting Photoshop layer logic
- –Fine-grained per-user approvals need external orchestration around the API surface
- –Complex multi-step edits can increase request volume and throughput pressure
- –Desktop layer semantics do not map 1:1 to transformation graphs
- –Sandboxing full production workflows often requires custom staging conventions
Best for: Fits when teams need API-controlled image pipelines with auditable automation and consistent transformations.
Imgix
image CDN transformationsAn image transformation and delivery service with parameterized processing and programmable controls for automated image adjustments at request time.
URL-based image transformation API that returns derived formats and crops at request time.
Imgix fits teams that need on-demand image transformations with a URL-driven integration model. The service accepts transformation parameters and returns derived assets for resizing, cropping, format changes, and quality tuning.
Imgix emphasizes integration depth through CDN delivery, origin configuration, and predictable transformation rules. Automation comes from a documented API surface and consistent URL schema for provisioning and operational controls.
- +URL parameter model supports predictable image transformations at CDN edge
- +Origin and caching configuration reduces latency for derivative assets
- +API and automation support repeatable transformation and workflow provisioning
- +Extensible configuration via rules and asset handling parameters
- –Transformation parameters can create complex configuration sprawl at scale
- –Fine-grained workflow governance requires careful mapping of rules
- –Advanced governance needs add-on processes for audit and access tracking
- –Throughput depends on cache hit behavior and origin response times
Best for: Fits when teams need URL-based image transformation automation with tight delivery control.
How to Choose the Right Photoshopping Software
This guide compares Photoshop-style raster editing tools and API-driven image pipeline platforms across Adobe Photoshop, Affinity Photo, GIMP, Krita, Pixelmator Pro, Photopea, Canva, Figma, Cloudinary, and Imgix. It focuses on integration depth, data model fit for repeatable edits, automation and API surface, and admin and governance controls.
Readers will get concrete evaluation criteria tied to Smart Objects, scripting surfaces, plugin APIs, and transformation parameter models. The guide also covers common failure modes like missing RBAC, weak audit visibility, and mismatched layer semantics between desktop edits and transformation graphs.
Photoshopping Software as a governed edit workflow or an API-controlled transformation pipeline
Photoshopping Software covers tools that perform layered image edits with masks, selections, and non-destructive adjustment workflows, such as Adobe Photoshop, Affinity Photo, GIMP, and Pixelmator Pro. Some products also provide integration-first image processing using deterministic transformation definitions and upload or delivery APIs, such as Cloudinary and Imgix.
Teams use these tools to turn pixel edits into repeatable outcomes across documents, assets, or CDN requests. For centralized automation and control, tools like Cloudinary prioritize API-driven transformations and audit-friendly logging patterns over desktop layer semantics.
Evaluation criteria for edit repeatability, integration depth, and governed automation
Choosing the right tool depends on how its data model preserves edit intent and how its automation and API surface can be invoked across a production pipeline. Integration depth matters most when edits must connect to asset systems, workflow orchestration, and role-based access models rather than staying confined to a single workstation. Admin and governance controls also determine whether shared production work can be audited and permissioned without relying on external conventions.
Smart Object and non-destructive document structure
Adobe Photoshop uses Smart Objects to preserve source data for reusable transformations across documents, which directly supports repeatable edit intent. Pixelmator Pro also keeps transformations reusable through Smart Objects with editable filter effects, which improves iterative refinement without flattening history.
Document scripting and automation hooks
Adobe Photoshop supports scripted automation through JavaScript and ExtendScript, which helps repeatable asset generation based on document state. Pixelmator Pro adds AppleScript and Shortcuts automation for repeatable image operations on macOS.
Plugin and extensibility entry points for custom processing
GIMP provides a plugin architecture with registered procedures that extend filters and automation entry points, which supports custom batch edits. Figma offers a plugin API and webhooks that enable automated file and document actions, which is a different integration pattern than desktop scripting.
API-driven transformation data model and deterministic parameterization
Cloudinary centers its model on public asset identifiers and transformation definitions, which makes automation invocations consistent across environments. Imgix exposes URL-based transformation parameters for CDN request-time processing, which supports repeatable derived formats and crops without desktop layer parsing.
Admin and governance signals like RBAC and audit visibility
Adobe Photoshop provides enterprise deployment controls via the Adobe Admin Console, but it offers limited centralized RBAC and governance controls for multi-user teams. Canva focuses permission controls for shared projects and brand kit governance, while Cloudinary and Imgix support governance through API key scoping patterns and logging approaches for automated pipelines.
Layer-level workflow fidelity versus transformation graph mapping
Affinity Photo and Photopea keep layered editing inside a desktop or browser workflow, but they do not expose a documented automation API for programmatic edits or batch job queues. Cloudinary and Imgix can automate transformations, but multi-step edits may require refactoring because transformation graphs do not map 1:1 to Photoshop layer logic.
A decision framework for matching workflow control to tool integration and governance depth
Start with where the edits must run, because local layer editors and API-first pipelines have different automation and governance capabilities. Then map tool features to the data model that must stay consistent across documents or assets, and verify that the automation or API surface can be invoked from the surrounding pipeline. Finally, confirm whether the admin controls align with the needed RBAC, audit log, and provisioning expectations for shared production use.
Choose the execution model: workstation editing or API-controlled processing
If edits must be deterministic within layered documents, Adobe Photoshop fits because it preserves a deep document model with Smart Objects and non-destructive adjustment layers. If transformations must run from system workflows through HTTP and deterministic parameters, Cloudinary and Imgix fit because they expose transformation APIs and URL-driven processing.
Match the data model to repeatable transformation needs
Teams needing reusable transformations across files should prioritize Smart Object workflows in Adobe Photoshop and Pixelmator Pro. Teams needing brush-centric painting repeatability can prioritize Krita because its brush engines include stabilizers and custom brush settings tuned per stroke.
Validate the automation and API surface for pipeline invocation
For code-driven repeatability tied to document edits, Adobe Photoshop supports JavaScript and ExtendScript. For pipeline automation that triggers actions on files and documents, Figma offers a plugin API plus webhooks, while Cloudinary and Imgix provide HTTP and URL-based transformation integrations.
Assess governance and audit readiness for multi-user production
If centralized RBAC and audit logging are required inside the creative editor, many desktop-focused tools fall short, including Affinity Photo and GIMP which lack RBAC and audit logging controls. For governance via access patterns around automation, Cloudinary supports API key scoping and audit-friendly logging patterns, while Imgix adds operational controls around origin and caching configuration.
Plan for layer semantics versus transformation graph differences
When existing layer logic must carry over without rewriting workflows, Photopea and Affinity Photo help because they are layer-centric editors with PSD import and export. When layer semantics must be translated into transformation definitions, Cloudinary requires refactoring for multi-step edits and Imgix requires careful mapping of rules for governance at scale.
Which teams should buy which Photoshopping tool based on workflow constraints
Different buyers need different control points because some tools optimize for layered, non-destructive document editing and local automation. Others optimize for schema-stable transformations and governed processing at request time. The best fit depends on whether repeatability lives inside PSD-like documents or inside API-defined transformation graphs.
Production teams needing deterministic, layered edits with scripting
Adobe Photoshop fits because Smart Objects preserve source data across documents and the tool supports JavaScript and ExtendScript automation. Pixelmator Pro is a fit when macOS teams want Smart Object workflows plus AppleScript and Shortcuts for repeatable operations.
Creative teams that need PSD-like roundtrips and desktop retouching
Affinity Photo fits because it focuses on non-destructive layers and masks and supports PSD import and export for layered roundtrips. Photopea fits when quick browser-based layered edits matter most, because its value comes from Photoshop-like selection and masking tools inside the browser.
Teams building automation through code or extensibility rather than admin governance
GIMP fits when local, script-driven batch operations are needed because it supports Script-Fu and Python scripting plus a plugin architecture with registered procedures. Krita fits when brush workflow automation and extensibility matter, because it provides macros and Python scripting around brush-first raster workflows.
Design and collaboration workflows that need API-driven file actions
Figma fits when structured design artifacts and reuse matter because it uses components, variants, and shared styles with REST APIs. Its plugin API and webhooks enable automated file and document actions, which supports automation patterns beyond pixel-level editing.
Engineering teams running API-controlled image pipelines with auditable automation
Cloudinary fits when transformation definitions must be deterministic and reusable through HTTP APIs, because its data model centers on asset identifiers and named transformation definitions. Imgix fits when URL-driven transformation automation and CDN delivery control are the priority because derived formats and crops happen at request time.
Common buying pitfalls that break automation, integration, or governance
Many failures happen when a tool’s automation model does not match the intended pipeline invocation pattern. Other failures happen when governance requirements like RBAC and audit visibility are assumed but not exposed inside the editor. The pattern across tools is that local editors excel at layer fidelity while API-first platforms excel at controlled transformation graphs and delivery integration.
Buying a desktop layer editor and expecting centralized RBAC and audit logs
Affinity Photo and GIMP do not provide RBAC, provisioning, or audit log controls for governed multi-user environments. Adobe Photoshop offers enterprise deployment controls via Adobe Admin Console, but centralized RBAC and governance are limited compared with API-first pipeline governance.
Assuming a public automation API exists for Photoshop-like edits in a browser editor
Photopea is layer-centric in the browser but does not expose a documented automation API for programmatic edits or batch processing. If programmatic invocation is required, Cloudinary and Imgix provide transformation APIs and deterministic URL parameter models instead.
Translating PSD layer logic to transformation graphs without planning for mapping changes
Cloudinary transformations can require refactoring when Photoshop layer logic does not map 1:1 to transformation graphs. Teams choosing Cloudinary or Imgix should budget for schema adaptation by defining reusable named transformations that replicate the intended effects.
Optimizing for pixel-layer editing depth when the workflow is mostly asset assembly and governed sharing
Canva is strongest at brand kit enforcement and shared project permissions because it relies on template-driven creative production rather than deep pixel layer editing. For deep layered pixel edits, tools like Adobe Photoshop and Affinity Photo stay closer to the required editing model.
Overlooking that automation throughput depends on context or execution limits
Figma automation throughput depends on editor context and plugin execution limits, which can constrain high-volume processing plans. API-first platforms like Cloudinary and Imgix shift throughput pressure to request volume, caching behavior, and origin response times.
How We Selected and Ranked These Tools
We evaluated Adobe Photoshop, Affinity Photo, GIMP, Krita, Pixelmator Pro, Photopea, Canva, Figma, Cloudinary, and Imgix using three criteria tied directly to workflow outcomes: features, ease of use, and value. We rated each tool across those categories and computed an overall score as a weighted average in which features carries the most weight, and ease of use and value each contribute the remaining share.
We then used each tool’s documented strengths and stated limitations to keep the ranking aligned with actual integration depth, automation and API surface, and governance control availability. Adobe Photoshop separated itself for many buyers because Smart Objects preserve source data for reusable transformations across documents while also supporting scripted automation through JavaScript and ExtendScript, which lifted its features and ease-of-use scores.
Frequently Asked Questions About Photoshopping Software
Which tool supports the most deterministic, repeatable edit steps across documents?
How do desktop editors handle non-destructive workflows compared with API-driven pipelines?
Which options provide an integration or API surface for automation beyond file import and export?
Which tools include admin-grade security controls such as RBAC and audit logging?
What is the best choice for organizations that need SSO-style access to manage user permissions?
How does data migration work when moving layered assets from Photoshop to other tools?
Which tools support extensibility through scripts or plugins, and where do those run?
What happens when a team needs to automate production while preserving an auditable transformation history?
Which platform fits best for collaborative workflows that also need structured APIs and permissions visibility?
Conclusion
After evaluating 10 art design, Adobe Photoshop stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
Tools reviewed
Primary sources checked during evaluation.
cloudinary.comimgix.comReferenced in the comparison table and product reviews above.
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