GITNUXSOFTWARE ADVICE
Top 10 Best Photometric Design Software of 2026
Ranked photometric design software tools for lighting teams, with technical comparisons of DIALux evo, AGi32, ReluxDesktop, plus TracePro.
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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Lighting Reality is the best fit if you need a single desktop workspace for outdoor and road lighting designs that meet UK and international standards with smooth revision and client documentation, whereas AGi32 suits consultants handling complex 3D photometric analysis and controlled reporting.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Lighting Reality
Single-workspace 2D and 3D design lets users place luminaires, inspect results, render scenes, and generate documentation without switching applications.
Built for fits when lighting consultants need one desktop workspace for calculations, visualization, revisions, and client documentation..
AGi32
Editor pickInteractive radiosity and ray-tracing workflow links editable geometry, calculation settings, and rendered analysis in one project.
Built for fits when lighting consultants need detailed 3D calculations and controlled reporting for complex architectural projects..
TracePro
Editor pickGeometry-aware ray tracing ties photometric distributions to viewing angles with false color illumination output.
Built for fits when lighting teams need optical scene validation with glare and visual illumination review..
Comparison Table
Lighting Reality
vertical specialistOutdoor and road lighting design software for UK and international standards compliance.
Single-workspace 2D and 3D design lets users place luminaires, inspect results, render scenes, and generate documentation without switching applications.
Lighting Reality combines drawing tools, luminaire placement, calculated illuminance results, rendered views, and reporting in one desktop environment. CAD interoperability supports importing existing architectural drawings, while EULUMDAT support broadens access to European luminaire data. The workflow suits consultants that need presentation views alongside technical calculations.
The main tradeoff is limited appeal for teams requiring extensive scripting, automation, or a documented API surface. Lighting Reality fits projects where designers repeatedly revise room geometry, compare luminaire arrangements, and issue coordinated calculation reports from the same workspace.
- +Combines 2D drafting, 3D visualization, calculations, and reporting in one workflow
- +Supports interior, exterior, and emergency-lighting design scenarios
- +Imports manufacturer photometric data and existing architectural drawings
- +Generates clear layouts, schedules, calculation summaries, and rendered presentations
- –Limited documented API and scripting options for automated production workflows
- –Large projects can require careful file organization and drawing discipline
- –Advanced daylight analysis is less central than electric-lighting design
Lighting design consultancies
Multi-room commercial lighting studies
Coordinated design documentation
Electrical engineering firms
Emergency lighting compliance layouts
Documented emergency coverage
Show 1 more scenario
Luminaire manufacturers
Application-specific product demonstrations
Reusable product presentations
Sales engineers create rendered scenes and comparative layouts using the manufacturer’s own luminaire data.
Best for: Fits when lighting consultants need one desktop workspace for calculations, visualization, revisions, and client documentation.
AGi32
enterpriseDesktop lighting calculation software for photometric analysis, daylighting, and roadway design.
Interactive radiosity and ray-tracing workflow links editable geometry, calculation settings, and rendered analysis in one project.
Lighting designers handling complex interiors, exterior sites, or compliance documentation get granular control over geometry, reflectance, luminaire aiming, calculation grids, and reporting. AGi32 combines 3D modeling with radiosity and ray tracing, allowing rendered views and numeric results to be reviewed from the same project. CAD import and luminaire schedule tools support production workflows, while the desktop architecture favors local control over browser collaboration.
The tradeoff is a denser interface and longer setup path than simplified lighting planners, especially for scenes with layered geometry or many calculation zones. AGi32 fits consultants validating architectural models, comparing luminaire distributions, and issuing documented illuminance results for multiple spaces.
- +Detailed radiosity and ray-tracing calculations support complex interior geometry
- +Imports IESNA LM-63 and EULUMDAT files with editable luminaire data
- +CAD-based modeling supports real project geometry and aiming studies
- +Reports combine rendered views, tabular results, and visual compliance evidence
- –Desktop workflow lacks browser-native collaboration and shared project governance
- –Interface requires training for efficient scene setup and calculation control
- –Large imported models may need geometry cleanup before reliable calculations
Lighting consultancies
Complex interior calculations
Validated lighting documentation
Architectural engineering teams
CAD model verification
Earlier coordination issues
Show 1 more scenario
Outdoor lighting specialists
Site and facade studies
Fewer aiming revisions
AGi32 evaluates exterior placement, aiming, and illuminated surfaces within a controlled 3D scene.
Best for: Fits when lighting consultants need detailed 3D calculations and controlled reporting for complex architectural projects.
TracePro
enterpriseRay tracing software for optical and illumination analysis with photometric output and visualization.
Geometry-aware ray tracing ties photometric distributions to viewing angles with false color illumination output.
TracePro is geared toward optical verification, where photometric distributions are tied to a modeled scene to compute spatial illumination and viewing effects. The tool’s point-by-point calculations and false color rendering support rapid iteration on luminaire placement and optical assumptions before handing results off. Photometric file parsing and luminaire layout checks let teams validate that modeled light behaves like the source distribution.
A tradeoff appears when a project needs strict alignment with an AGi32 workflow equivalent or DIALux-style parameter conventions, since TracePro’s strengths skew toward optical scene computation rather than room utilization reporting. TracePro fits best in daylight and glare evaluation cycles where geometry refinement and viewing-angle checks drive multiple recalculation rounds.
- +Scene-based optical ray tracing with point-by-point illumination outputs
- +False color rendering speeds visual review of gradients and hotspots
- +Photometric file parsing turns standard luminaire distributions into computations
- +Glare-focused evaluation supports viewing-angle driven checks
- –Workflow mapping can lag when teams expect AGi32 conventions
- –High-detail scenes can slow iteration during repeated recalculation
Optical engineering teams
Validate luminaires in modeled scenes
Fewer optical design revisions
Lighting design studios
Iterate glare and visual comfort
More defensible comfort checks
Show 1 more scenario
BIM coordination teams
Transfer luminaire schedules to analysis
Consistent optical assumptions
Photometric file parsing supports converting scheduled luminaire optical data into scene computations.
Best for: Fits when lighting teams need optical scene validation with glare and visual illumination review.
DIALux evo
enterpriseProfessional lighting design software for indoor, outdoor, road, and daylight planning with photometric calculations.
Integrated daylighting workflow that keeps electric layout, analysis outputs, and report generation in one run.
DIALux evo is a photometric design tool used for generating luminaire layouts and illumination calculations with a workflow that mirrors common Dialux-style deliverables. It handles standard photometric inputs such as IES and EULUMDAT to place luminaires, run point-by-point computations, and produce calculation outputs like illuminance maps and glare-related results.
The software also supports daylighting modeling and report generation for typical lighting design packages, including export-ready schedules and visualizations. Its strongest distinction is how it keeps the layout-to-report loop tight for teams that already follow Dialux workflow conventions.
- +Fast luminaire layout workflow aligned with common Dialux deliverables
- +Supports IES and EULUMDAT photometric files for practical luminaire modeling
- +Generates detailed illuminance outputs plus viewable analysis visuals
- +Daylighting simulation supports mixed electric and daylight scenarios
- –Automation and API extensibility are limited compared with code-first tools
- –Large projects can require careful model organization for predictable performance
- –Some advanced evaluation options depend on specific workflow steps
- –Interoperability hinges on proper CAD and BIM data preparation
Best for: Fits when lighting teams need consistent Dialux-style layout-to-report production for mixed electric and daylight designs.
ReluxDesktop
enterpriseLighting planning software for building, outdoor, and emergency lighting projects with photometric simulation.
UGR-oriented glare evaluation tied to the same room layout and calculation session used for illumination results.
ReluxDesktop calculates photometric results from luminaire data and produces lighting layouts with point-by-point illumination and summary outputs. It supports common photometric input formats used in engineering workflows, including IES and LDT exports for handoff.
ReluxDesktop also generates glare and UGR-related evaluations and provides visualizations like false-color rendering for review in project contexts. The software is strongest when teams need a repeatable Relux workflow for luminaire layouts and verification outputs tied to specific rooms and mounting assumptions.
- +Strong luminaire layout workflow with dependable point-by-point calculations
- +Glare evaluation output supports UGR-style lighting quality checks
- +False-color rendering helps reviewers validate illumination distribution quickly
- +IES and LDT export options support common lighting-engineering handoff steps
- –Project setup relies on consistent CAD and room coordinate alignment
- –Automation and API access are limited compared with tools that offer programmable extensibility
- –Some advanced daylighting workflows require careful model configuration
- –Quality depends on input photometric files that match the intended mounting and orientation
Best for: Fits when lighting teams need repeatable room-by-room photometric verification with exportable outputs for review.
Visual Lighting
enterpriseLighting calculation software for interior and exterior layouts using fixture photometry and rendering tools.
Luminaire content and layout workflow tuned to Acuity Brands catalogs for faster project iteration and consistent deliverables.
Visual Lighting is a photometric design tool from Acuity Brands that focuses on luminaire layout workflows and lighting calculations inside a CAD-adjacent process. It supports importing photometric files like IES and common manufacturer luminaire libraries, then generates layouts with point-by-point results and zonal summaries.
The workflow emphasizes practical glare and lighting performance checks for rooms and spaces rather than broad research-grade model customization. Its distinctiveness comes from tight alignment with Acuity Brands luminaire content and project deliverables that lighting teams can reuse across similar designs.
- +Integrated Acuity Brands luminaire libraries reduce manual photometric setup
- +Point-by-point calculations with zonal lumen summaries for space-level review
- +Glare-related evaluation is usable for routine reviews without extra tooling
- +Layout workflow fits typical lighting engineering deliverable timelines
- –Less oriented toward advanced research-style solver configuration
- –CAD interoperability can feel limited compared with workflow-first competitors
- –Automation via API or scripting is not as transparent for scale-out tasks
- –Some downstream exports require additional formatting work for reuse
Best for: Fits when lighting teams need repeatable layouts and performance checks using Acuity luminaire libraries.
LightStanza
SMBWeb-based lighting simulation software for daylight and electric light analysis with photometric support.
Point-by-point calculations tied to false color rendering and iso-illuminance contours in the same review cycle.
LightStanza is a photometric design tool centered on automated lighting layout generation and photometric file parsing workflows. It supports standard candela curve inputs like IES and EULUMDAT for luminaire placement, then performs point-by-point calculations and glare-related outputs used in design review.
A key differentiator is how it packages visualization with measurable results, including false color rendering and iso-illuminance contours for lighting claims. The workflow is built to reduce manual handoffs between luminaire schedules, rendering, and documentation exports used by lighting teams.
- +Automated luminaire layout generation reduces manual placement time.
- +Supports IES and EULUMDAT inputs for common manufacturer files.
- +False color rendering and iso-illuminance contours help validate targets fast.
- +Exports cover typical documentation needs for design packages.
- –BIM interoperability depends on external CAD workflows rather than direct pipeline integration.
- –Complex daylighting simulation setups require careful configuration discipline.
- –High scene complexity can slow iterative runs during layout tuning.
- –Advanced glare evaluation workflows may not match full feature depth of top peers.
Best for: Fits when lighting teams need repeatable photometric layouts with visualization and calculation outputs.
Visual Lighting
enterpriseLighting design software for interior and exterior photometric calculations and renderings.
Integrated photometric layout plus rendering workflow designed for fast revision cycles within a single project space.
Visual Lighting targets photometric design work with luminaire placement workflows and rendering output aimed at lighting documentation. Core capabilities include loading luminaire photometric data files, placing luminaires into room models, and producing layout and results views suitable for review cycles.
The tooling focuses on repeatable calculations and visualization outputs rather than deep code-level extensibility. Integration depth and automation surface are mostly limited to what the workflow exposes through its importer/exporter and project data handling rather than a programmable API.
- +Straightforward luminaire layout workflow with clear placement control
- +Photometric file import supports practical iteration on distribution choices
- +Rendering and results views support quick visual QA during revisions
- +Project outputs are easy to reuse across repeated room variants
- –Automation and extensibility options are limited compared with scriptable toolchains
- –Advanced glare and daylighting evaluation depth is not consistently documented in workflow terms
- –Export coverage can require manual follow-up to match other team standards
- –Large model performance tuning options are not detailed for high-throughput batches
Best for: Fits when lighting teams need fast layout iterations with reliable visualization output and minimal automation dependencies.
IES Virtual Environment
enterpriseIES Virtual Environment models building performance with daylight, electric-light, and energy analysis modules.
Scene-coupled glare and daylighting evaluation using the same geometry model as the photometric lighting run.
IES Virtual Environment runs integrated photometric and daylighting workflows that combine ray-tracing based lighting calculations with luminaires and surfaces coming from project geometry. It supports import and manipulation of multiple photometric formats, then turns them into a repeatable luminaire layout for point-by-point and zonal-style lighting outputs.
The tool also handles glare and task lighting evaluations tied to scene context, then produces outputs for coordination and reporting. Its main differentiator for lighting teams is how much of the workflow is kept inside one modeling and calculation environment rather than passed between separate utilities.
- +End-to-end scene workflow from geometry through photometric placement and rendering
- +Glare evaluation tied to scene setup and camera viewpoints
- +Daylighting simulation uses the same model data as electric lighting checks
- +Supports photometric imports needed for mixed luminaire libraries
- –More modeling overhead than some spreadsheet-driven lighting tools
- –Automation requires careful template discipline to keep results consistent across projects
- –Some CAD and BIM interoperability paths add translation steps
- –Iterating large luminaire schedules can stress compute time
Best for: Fits when lighting teams need one controlled model for photometric, glare, and daylighting outputs.
Ladybug Tools
API-firstLadybug Tools provides open-source Grasshopper components for daylight, radiation, and environmental analysis.
Rhino and Grasshopper parametric control that synchronizes luminaire placement with geometry-driven lighting outputs.
Ladybug Tools targets photometric design teams that need Rhino and Grasshopper-native lighting workflows tied to real geometry. The stack centers on an import and validation pipeline for IES-style luminaire data and a layout workflow that maps luminous intent to building surfaces.
Ladybug Tools also supports daylighting-oriented analysis flows that run alongside photometric assumptions, which helps teams connect electric lighting concepts with sky-driven conditions. Automation is driven through Grasshopper graphs, where parametric changes to room geometry and luminaire placement propagate through calculations and render outputs.
- +Grasshopper-driven parametric luminaire layouts reduce manual layout changes
- +Geometry-first workflow keeps photometric placement consistent with modeled surfaces
- +Lighting visualization supports iterative review with quick geometry edits
- +IES-style photometric ingestion aligns luminaire definitions to CAD shapes
- –Workflow is tightly coupled to Rhino and Grasshopper skills
- –Photometric analysis coverage depends on the available calculation components
- –Automation relies on graph management, which increases governance overhead
- –Batch throughput and large project scaling can require careful graph design
Best for: Fits when lighting teams need Grasshopper-parametric layouts and visualization tied to modeled geometry.
Conclusion
After evaluating 10 tools, Lighting Reality 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.
How to Choose the Right photometric design software
Photometric design software is used to turn photometric file inputs like IESNA LM-63 and EULUMDAT into calculable lighting layouts, glare checks, and report outputs. This guide compares ten tools with coverage across Lighting Reality, AGi32, and ReluxDesktop alongside eight other lighting workflow options.
The comparisons focus on integration depth, the practical shape of the data model in daily projects, and the automation and API surface when teams need repeatable production. Tool cards below emphasize whether each program keeps layout, calculations, rendering, and documentation in one workspace or splits those steps across different workflows.
Photometric Design Software for Luminaire Layout, Calculations, and Glare-Daylight Outputs
Photometric design software builds luminaire layout geometry, runs point-by-point illumination calculations, and produces candela distribution curve-driven results for room-by-room verification and documentation. Lighting Reality stands out with a single-workspace 2D and 3D workflow that places luminaires, inspects results, renders scenes, and generates documentation without switching applications.
AGi32 targets detailed 3D calculations with radiosity and ray-tracing workflow links that keep editable geometry and calculation settings inside a project. ReluxDesktop emphasizes UGR-oriented glare evaluation tied to the same room layout and calculation session used for illumination results, which supports repeatable photometric verification with exportable outputs.
Feature checks for photometric design software deliverables
Teams need one project flow that turns photometric file inputs into layout geometry, calculated photometric outputs, and report-ready documentation.
The strongest tools keep the same spatial model across placement, point-by-point or solver calculations, and visualization, so the glare and lighting results stay tied to the same room coordinate system.
Single-workspace workflow for layout, calculations, and documentation
Lighting Reality keeps 2D drafting, 3D visualization, calculations, and reporting inside one workspace for interior, exterior, and emergency-lighting design scenarios. Visual Lighting (visual-3d.com) and ReluxDesktop also tie layout and results together, but Lighting Reality adds 2D plus 3D in the same workspace to reduce context switching.
Solver and calculation linkage between geometry, rendering, and analysis
AGi32 links interactive radiosity and ray tracing to editable geometry and rendered analysis inside one project. TracePro focuses on geometry-aware ray tracing with false color illumination output for optical scene validation, which changes how teams map photometrics to viewing angles.
Glare evaluation output tied to the same room session
ReluxDesktop produces UGR-oriented glare evaluation outputs tied to the same room layout and calculation session used for illumination results. IES Virtual Environment ties glare and daylighting evaluation to the same geometry model, which shifts the workflow overhead toward scene-coupled multi-discipline runs.
Daylighting workflow integration with electric layout production
DIALux evo runs integrated daylighting workflow that keeps electric layout, analysis outputs, and report generation in one run for Dialux-style deliverables. IES Virtual Environment also supports daylighting, but it adds more modeling overhead than photometric-first tools that keep the geometry run light.
Automation and extensibility surface for repeatable production
Lighting Reality is documented for interactive single-workspace work, but it has limited documented API and scripting options for automated production workflows. AGi32 is a desktop workflow without browser-native collaboration, while Ladybug Tools exposes parametric control via Rhino and Grasshopper that changes how automation is implemented.
Choose the workflow shape that matches the lighting team’s production model
The decision hinges on how the tool keeps geometry and results synchronized from luminaire placement through glare or daylight evaluation and report generation.
The second decision hinges on where automation lives, since some tools center automation on project templates and export workflows while others require code or parametric authoring outside the lighting application.
Pick single-workspace control when iterations must stay in lockstep
If revisions must keep placement, calculated results, and rendered scenes aligned in one place, Lighting Reality is built around a single-workspace 2D and 3D workflow. If room-by-room photometric verification with glare checks is the priority, ReluxDesktop keeps glare evaluation tied to the same room layout and calculation session.
Choose radiosity and ray tracing linkage for complex interior geometry
If the project requires radiosity and ray-tracing workflows with editable geometry and calculation settings inside a single project, AGi32 is the fit. If optical scene validation with false color illumination output and geometry-aware ray tracing is the target, TracePro changes the work into an optical review loop.
Select solver depth versus optically oriented outputs based on deliverable type
If output needs include detailed rendered analysis that remains editable through the same project workflow, AGi32 supports that through radiosity and ray-tracing links. If the team’s review cycle depends on fast visual gradients and hotspot identification from false color rendering, TracePro targets that use case even when iteration speed depends on scene detail.
Use daylighting integration when electric and daylight outputs must land together
If electric layouts and daylighting analysis must be produced in one run with consistent report generation, DIALux evo aligns with that Dialux-style production shape. If the same geometry model must drive both photometric lighting and scene-coupled glare and daylighting evaluation, IES Virtual Environment supports that coupling at the cost of higher modeling overhead.
Commit to a parametric pipeline when layout is driven by external geometry
If luminaire placement must be controlled from Rhino and Grasshopper geometry parameters, Ladybug Tools synchronizes luminaire placement with geometry-driven lighting outputs. If the layout and rendering need fast revision cycles with minimal automation dependencies, Visual Lighting emphasizes layout plus visualization inside one project space.
Who benefits from these workflow differences in photometric design software
Lighting consultants and lighting designers often need repeatable room layouts paired with glare or daylight outputs that stay consistent across client iterations.
The right tool depends on whether the team’s production model is a single application workspace, a solver-centric 3D project, or an external parametric geometry pipeline.
Lighting consultants producing client-ready layouts and reports in one session
Lighting Reality keeps placement, visualization, calculations, and reporting inside one desktop workspace so the team can revise without switching tools. Its single-workspace design targets the production shape of document generation after calculation.
Teams running complex architectural geometry with radiosity and ray tracing
AGi32 keeps radiosity and ray-tracing calculation settings editable within one project tied to complex interior geometry. This supports controlled reporting when the lighting workflow must remain consistent across iterations.
Lighting teams that prioritize UGR glare checks tied to repeatable room sessions
ReluxDesktop produces UGR-oriented glare evaluation outputs tied to the same room layout and calculation session. This supports repeatable photometric verification and exportable outputs for review.
Designers combining electric lighting layouts with daylighting outputs
DIALux evo runs integrated daylighting workflow with electric layout, analysis outputs, and report generation in one run. LightStanza and IES Virtual Environment also include daylighting-related work, but DIALux evo emphasizes consistent layout-to-report production.
BIM-adjacent teams that want geometry-driven parametric layout control
Ladybug Tools uses Rhino and Grasshopper parametric control to generate luminaire layouts tied to modeled geometry. This avoids manual layout changes when upstream geometry parameters shift frequently.
Common pitfalls that derail photometric design tool selections
Teams often misjudge whether a tool’s workflow keeps geometry and outputs synchronized during repeated iterations.
Other failures come from assuming extensibility exists when the tool’s automation surface is limited or depends on external authoring environments.
Buying for single-task capability while ignoring whether the same room session drives glare and illumination together
ReluxDesktop keeps glare evaluation tied to the same room layout and calculation session, which reduces mismatch risk during repeat checks. Tools that separate review cycles can produce results that feel comparable but are not tied to the same session assumptions.
Assuming an API exists for automated production without checking documented scripting or automation interfaces
Lighting Reality has limited documented API and scripting options for automated production workflows. AGi32 also functions as a desktop workflow without browser-native collaboration, which shifts automation to project templates and exports rather than shared governance.
Selecting a tool based on photometric file support but underestimating how scene complexity affects iteration speed
TracePro uses geometry-aware ray tracing with false color illumination outputs, but high-detail scenes can slow iteration during repeated recalculation. Teams with tight review cycles should test with scene sizes that match real projects.
Treating daylighting as an add-on instead of a coupled workflow that changes modeling overhead
IES Virtual Environment couples glare and daylighting evaluation to the same geometry model, which adds more modeling overhead than some photometric-first tools. DIALux evo keeps electric layout, analysis outputs, and report generation in one run, which reduces integration friction for mixed electric and daylight designs.
How We Selected and Ranked These Tools
We evaluated each program on features that directly affect deliverable production such as layout-control behavior, calculation linkage across geometry and results, and export-oriented outputs, which counted for 40% of the score. Ease and value each counted for 30% based on how quickly teams can set up a repeatable lighting workflow and produce review-ready results without switching applications.
Lighting Reality separated itself with a single-workspace 2D and 3D design that combines placement, calculations, rendering, and documentation in one desktop workflow. AGi32 scored high where interactive radiosity and ray-tracing workflows stay editable inside one project, and ReluxDesktop scored high where UGR-oriented glare evaluation stays tied to the same room layout and calculation session.
Frequently Asked Questions About photometric design software
How do DIALux evo and ReluxDesktop differ in producing deliverables from a single layout run?
When should an engineering team pick AGi32 over DIALux evo for complex calculation control?
What breaks if photometric data is converted incorrectly between IES and LDT formats when using ReluxDesktop?
How does Lighting Reality handle revisions and documentation compared with AGi32?
Which tool best supports Grasshopper-driven parameter changes for luminaire placement and outputs?
What does TracePro emphasize for optical validation that layout-first tools often do not?
How do DIALux evo and IES Virtual Environment handle daylighting in the same project workflow?
When does LightStanza’s workflow reduce handoffs compared with producing schedules and renders separately?
Where does Visual Lighting fall short if a team needs programmable automation through a custom API?
What tradeoff occurs when teams depend on a single luminaire content ecosystem in Visual Lighting?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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