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Construction InfrastructureTop 10 Best Plastering Estimating Software of 2026
Ranking of top plastering estimating software for contractors, comparing STACK, Estimator360, Clear Estimates, and other tools by features and costs.
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%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
STACK is the best fit for plastering bid teams that want a consistent estimate-to-change-order workflow without heavy setup, whereas Estimator360 suits trade-focused crews aiming for fast measurement-to-bid with revision traceability, and Clear Estimates is a good low-rekey entry if you mainly need repeatable takeoff-to-bid.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
STACK
Bid worksheet change-order tracking that preserves scope-to-line-item history through revisions.
Built for fits when bid teams need consistent estimate-to-change-order workflow without heavy customization..
Estimator360
Editor pickDigital markup linked to estimate quantities helps reviewers see what changed and why during revisions.
Built for fits when plastering crews need measurement-to-bid workflow speed with clear revision traceability..
Clear Estimates
Editor pickPlan import plus digital markup tied to project takeoffs helps update quantities without rebuilding the estimate.
Built for fits when plastering contractors need repeatable takeoff-to-bid workflows with minimal estimator rekeying..
Comparison Table
STACK
vertical specialistCloud-based construction takeoff and estimating software for subcontractors and general contractors.
Bid worksheet change-order tracking that preserves scope-to-line-item history through revisions.
STACK is used to assemble plastering takeoffs into a structured estimate that includes material quantities, waste handling, and crew-hour labor modeling tied to line items. The bid worksheet workflow keeps scope-of-work definitions and line pricing together so updates flow into the same estimate artifact. Digital markup and plan review support helps estimators reconcile quantity assumptions against drawing revisions during active bids.
A key tradeoff is that the strongest value comes when teams standardize their estimating templates and unit rates before scaling across multiple projects. STACK fits best for contractors that run frequent bid cycles with consistent plaster assemblies rather than one-off estimating with highly variable line structures. Where supplier pricing and full accounting automation must be deep, additional integration work or manual handoffs may be required.
- +Estimate line structure stays consistent across bid revisions
- +Change order workflow ties updates to the original scope
- +Digital markup helps reconcile quantities against drawing assumptions
- +Repeatable worksheet outputs support estimator handoffs
- –Template standardization is required to avoid line-item drift
- –Deep accounting-side automation may need extra process work
- –Import workflows for CAD plans can demand cleanup for scale
- –Advanced governance controls may not fit highly distributed teams
Plastering estimating teams
Manage bid revisions with traceable scope changes
Fewer rework loops during bidding
Project managers
Route markups into revised estimates
Faster proposal turnaround
Show 2 more scenarios
Estimators working from drawings
Convert plan takeoffs into bid worksheets
More consistent quantity output
Structured measurement inputs create estimate lines ready for bid documentation and pricing.
Contractors scaling project volume
Standardize labor productivity rates by assembly
Higher estimate throughput
Crew-hour modeling tied to item structure supports repeatable estimating across jobs.
Best for: Fits when bid teams need consistent estimate-to-change-order workflow without heavy customization.
Estimator360
SMBCloud estimating platform with trade-specific templates for contractors including plastering and stucco work.
Digital markup linked to estimate quantities helps reviewers see what changed and why during revisions.
Estimator360 fits plastering contractors who estimate from drawings often and need repeatable measurements for consistent bids. The workflow supports plan import, quantity calculations, and a bid output process that stays tied to the same estimate record. Digital markup tools help track changes during measurement and reduce manual re-entry when scope updates.
A practical tradeoff is that complex project structures with many trade interfaces can require more estimator discipline to keep labor assumptions aligned across revisions. It works best when a single estimator or a small estimating crew maintains standard rates and regularly updates the same estimating templates for consistent throughput.
- +Markup-to-quantity workflow reduces rework during drawing revisions
- +Bid worksheet output keeps labor and materials tied to the same estimate
- +Repeatable templates support consistent output across similar plaster jobs
- +Project record history supports faster estimate revisions and resubmits
- –Labor rate assumptions can drift if templates are not maintained
- –Large mixed-scope jobs may need tighter estimator governance
- –Advanced automations depend more on setup discipline than on defaults
- –Some import edge cases require manual adjustment after upload
Plastering estimators
Estimate from marked-up drawings
Fewer re-measurement cycles
Small estimating teams
Standardize plaster material builds
More consistent pricing
Show 1 more scenario
Bid managers
Revise bids after addenda
Faster resubmissions
Track measurement changes and update the bid worksheet without rebuilding the estimate from scratch.
Best for: Fits when plastering crews need measurement-to-bid workflow speed with clear revision traceability.
Clear Estimates
SMBResidential construction estimating software with cost databases and customizable estimates.
Plan import plus digital markup tied to project takeoffs helps update quantities without rebuilding the estimate.
Clear Estimates centers on plaster-specific estimate building where quantities flow from measurements into itemized scope and costs. It supports plan import and digital markup workflows so measurement updates can be captured without rebuilding the estimate from scratch. The app is organized around project estimates, estimate revisions, and bid worksheet outputs that match how plastering teams handle wall and ceiling coverage across coating stages.
A tradeoff appears in flexibility for unusual estimating logic, because the tool is optimized for standard plastering bill structures rather than fully custom estimating taxonomies. It fits best when a plastering contractor has repeatable job types and wants consistent square-foot style area measurement, waste factor handling, and opening deductions applied across similar bids.
- +Area-driven measurement to item quantities reduces rework during revisions
- +Project-based estimate workflow supports consistent bid worksheet creation
- +Digital markup on imported plans helps capture takeoff changes
- +Structured plastering line items keep coat and accessory scope organized
- –Less suited for fully custom estimating schemas outside typical plastering bills
- –External system automation depends on the available integration surface
Plastering estimators
Fast bid worksheet from site takeoff
Quicker, consistent bids
Estimating managers
Standardize waste and deductions application
Lower estimate variance
Show 1 more scenario
Small contracting firms
Revise estimates after plan changes
Fewer full re-estimates
Use markup-driven quantity updates to reflect revisions while preserving prior estimate context.
Best for: Fits when plastering contractors need repeatable takeoff-to-bid workflows with minimal estimator rekeying.
Costminer
SMBTrade-focused estimating and takeoff software designed for drywall, plastering, painting, and flooring contractors.
Digital markup tied to imported plans and takeoff items to keep measurement decisions auditable during revisions.
Costminer is plastering estimating software built around quantity takeoff, bid worksheets, and estimate-to-invoice handoff. It focuses on structured plaster work entries that support wall and ceiling coverage calculations, waste factor handling, and opening deductions for more consistent plaster takeoff output.
The workflow centers on turning measured areas into crew-hour estimate lines, then carrying those figures into scope-of-work documentation for bids and changes. It also supports plan and CAD file import plus digital markup so teams can review takeoff decisions without retyping measurements.
- +Plaster-specific measurement workflow from takeoff areas to bid worksheet lines
- +Waste factor and opening deductions reduce manual recalculation during updates
- +Plan and CAD file import supports review-ready measuring records
- +Digital markup supports issue notes tied to takeoff decisions
- –Complex stucco estimating scopes can require careful line-item configuration
- –Bid-to-change order tracking depends on disciplined scope-of-work updates
- –Accounting integration is limited to basic export-style handoff patterns
- –Material quantity takeoff outputs can take time to standardize across estimators
Best for: Fits when plaster contractors need repeatable takeoff-to-bid workflows for wall and ceiling work across recurring projects.
Groundplan
SMBBrowser-based takeoff and estimating tool serving Australian trades including plastering and drywall.
Groundplan’s plan markup workflow ties estimator notes to measurement locations during plastering takeoff.
Groundplan supports plastering estimating work by letting users build room and wall measurements into material quantity takeoff and bid-ready worksheets. The tool focuses on structured estimating data and plan-based workflows that feed labor and material calculations used in stucco estimating.
Groundplan also supports digital markup and drawing imports so teams can connect scope notes to quantities during takeoff. Estimate-to-invoice movement depends on external systems since accounting integration is not a core feature described in typical plastering workflows.
- +Measurement-to-worksheet workflow reduces rework during plastering takeoff
- +Digital markup links scope notes to plan locations
- +Structured item building supports consistent material quantity takeoff outputs
- +Drawing import workflow fits plan-driven estimating habits
- –Change order tracking is limited compared with end-to-end estimating stacks
- –Automations and API-based provisioning are not prominent in plastering workflows
Best for: Fits when plastering teams need repeatable worksheet takeoff from imported plans with reliable markup trails.
PlanSwift
vertical specialistDesktop construction takeoff and estimating software with configurable trade templates.
PlanSwift’s measurement scale calibration and markup-linked takeoff workflow keeps quantities traceable to specific plan regions.
PlanSwift is built for plastering and other construction estimating workflows that start with imported plan files and end with bid-ready quantities and markups. It supports material quantity takeoff and area measurement with layered quantities, waste factor handling, and labor productivity rate inputs to translate takeoff into crew-hour estimates.
Its estimate-to-invoice workflow centers on organizing scope of work items, deductions, and change order tracking inside one estimating workspace. Digital markup and measurement scale calibration help keep takeoffs consistent from PDF plan import and CAD file import through the final bid worksheet.
- +Material quantity takeoff workflows stay tied to digital plan markups
- +Waste factor inputs support realistic net quantities on takeoff outputs
- +Scale calibration and measurement tools help reduce re-measurement errors
- +Estimate-to-invoice structure supports bid worksheets and change order tracking
- –Modeling complex plaster systems requires careful scope-item setup
- –Collaboration and governance features depend on administrative configuration discipline
Best for: Fits when crews need repeatable plaster takeoff from imported plans to bid worksheets with measurable traceability.
Buildxact
SMBCloud construction estimating, takeoff, budgeting, and project management software.
Bid worksheet generation tied to Buildxact’s plastering estimating workflow for turning takeoff inputs into client-ready outputs.
Buildxact is a plastering estimating tool focused on quote-to-worksheet workflows for material and labor outputs that can be handed to teams and clients. The system generates bid worksheets from scope inputs and supports repeatable estimating structures across projects.
Buildxact also supports digital document handling and measurement-to-cost calculation so plastering contractors can convert takeoff quantities into line-item estimates. File-based plan import and measurement review tools reduce manual rekeying when projects share similar drawings or layouts.
- +Quote worksheets are structured for consistent plastering bid line items.
- +Document handling supports measurement review without rebuilding estimates from scratch.
- +Repeatable estimating structures reduce rework across similar jobs.
- +Estimate outputs support a clear estimate-to-worksheet workflow for teams.
- –Plastering-specific line mapping can require manual setup for uncommon scopes.
- –Integration options are narrower than generalist estimating tools for some accounting stacks.
Best for: Fits when plastering crews need repeatable quote worksheets from scope inputs with minimal rekeying.
Contractor Foreman
SMBConstruction management software with estimating, bids, budgets, scheduling, and invoicing.
Estimate-to-job job sheet linkage that carries plastering line item quantities into job tracking with fewer re-entry steps.
Contractor Foreman targets plastering estimating with an end-to-end workflow for bid worksheets and contractor job tracking. The tool supports plaster-specific scope structure and estimate line items that map to material quantities and labor planning.
It also centers on producing client-facing documentation such as takeoff-backed estimates and revision-ready outputs for changes. Automation is focused on keeping estimate-to-job data consistent across worksheets rather than general accounting re-keying.
- +Plaster-focused estimate structure that reduces manual scope retyping
- +Estimate-to-job workflow keeps worksheet values aligned during project setup
- +Revision-friendly bid outputs for change order rounds
- +Material quantity planning fits wall and ceiling coverage takeoff workflows
- –CAD plan import and digital markup are limited compared with top takeoff tools
- –Automation depth depends on consistent data setup and item naming discipline
- –Supplier quote integration is not geared for high-volume bid comparisons
- –Lath and accessories and detailing inputs require more manual handling than expected
Best for: Fits when mid-size plastering contractors need structured bid worksheets and estimate-to-job consistency.
ConEst IntelliBid
enterpriseConstruction estimating software for detailed takeoff, pricing, and bid preparation.
Estimate worksheet templates that preserve plaster assembly structure from takeoff through bid document output.
ConEst IntelliBid turns plastering bids into repeatable worksheets by combining pricing inputs with scope-level line items and quantity takeoff. It supports bid organization around plaster assemblies and related materials, then carries results into bid documents for sharing with clients and internal review.
IntelliBid is built for estimate-to-worksheet throughput, so crews and estimators can standardize waste factors, opening deductions, and labor productivity rates across projects. It also supports file-based intake such as PDFs and CAD files to reduce rework during plaster takeoff and area measurement.
- +Worksheet-first workflow keeps plastering scopes consistent across bids
- +Bid line items map cleanly to plaster assembly breakdowns and related materials
- +PDF and CAD file intake reduces manual plan tracing during plaster takeoff
- +Reusable estimating assumptions support consistent waste factor and deductions
- –Team governance tools such as RBAC and audit logs are limited for larger firms
- –Change-order tracking depends on disciplined worksheet updates rather than automation
- –Integrations for supplier quotes and accounting are not fully native
- –Digital markup supports estimating work but lacks deep construction schedule alignment
Best for: Fits when plastering contractors need standardized bid worksheets from plan imports and want repeatable assumptions per trade.
Countfire
SMBAutomated takeoff software used by electrical and mechanical contractors including plastering trade estimators.
Plaster-layer and accessory item libraries are organized for plastering scope build-ups and faster bid worksheet creation.
Countfire is plastering estimating software focused on turning plan measurements into repeatable bid worksheets for plaster and rendering scopes. It centers on area-based takeoff workflows, item libraries for material and labor build-ups, and export-friendly estimate outputs for quoting.
The work is structured around job setup, repeatable quantities, and worksheet outputs that support estimate-to-worksheet iteration. Countfire’s distinctiveness comes from its emphasis on plastering-specific estimating steps rather than generic estimator templates.
- +Plaster-focused workflow for compiling quantities into plastering bid worksheets
- +Area measurement based approach fits typical wall and ceiling coverage takeoffs
- +Item build-ups for plaster layers and related accessories support repeatable estimates
- +Export-ready estimate outputs reduce manual reformatting for quoting
- –CAD file import and digital markup support are not consistently plastering-specific
- –Change order tracking and estimate-to-invoice linkage feel limited versus end-to-end systems
Best for: Fits when plastering teams need repeatable quantity and worksheet output without building custom automation.
Conclusion
After evaluating 10 construction infrastructure, STACK 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 plastering estimating software
Plastering estimating software replaces spreadsheet-driven plaster takeoff with plan markup, quantity takeoff, and bid worksheet workflows built for wall and ceiling coverage. This guide covers STACK, STACK by STACK, and CostX alongside Estimator360, Clear Estimates, Costminer, Groundplan, PlanSwift, Buildxact, Contractor Foreman, ConEst IntelliBid, and Countfire.
The practical buying question is which workflow stays traceable when plans change and scopes evolve. Each tool’s fit is shaped by how revision history is preserved in the bid worksheet and how markup decisions carry through estimate-to-change-order steps.
Plastering estimating software for traceable takeoff-to-bid and change-order workflows
Plastering estimating software produces bid worksheet line items from plan imports, area measurement, and digital markup linked to takeoff quantities for plaster assembly breakdowns. Tools like STACK and Estimator360 prioritize reviewer visibility so quantity changes tie back to marked plan regions during revisions.
Beyond takeoff, the category differentiates by how update trails survive downstream steps like bid worksheet revisions and change order tracking. STACK emphasizes bid worksheet change-order tracking that preserves scope-to-line item history through revisions, while Clear Estimates focuses on plan import plus digital markup tied to project takeoffs to update quantities without rebuilding the estimate.
Traceability features that keep plastering revisions consistent in the bid worksheet
Plastering estimating software lives or dies on whether plan markup decisions still map to the same bid worksheet line items after revisions. The strongest tools preserve that mapping during estimate revisions and downstream change order steps.
Bid worksheet change-order history preservation
STACK preserves scope-to-line item history through bid worksheet revisions and ties change order workflow updates back to the original scope. Contractor Foreman links estimate-to-job quantities into job tracking to reduce re-entry steps but offers less end-to-end bid revision change-order depth than STACK.
Digital markup workflows that show what changed
Estimator360 uses digital markup linked to estimate quantities so reviewers can see what changed and why during revisions. Clear Estimates also supports plan import plus digital markup tied to project takeoffs, but STACK’s change-order continuity is stronger when bids evolve into change orders.
Plan import and quantity refresh without rebuilding
Clear Estimates updates quantities from plan import plus markup tied to project takeoffs so estimators avoid rekeying. PlanSwift pairs plan regions with measurement scale calibration and markup-linked takeoff workflow so quantities remain traceable at the plan-area level.
Plastering-specific measurement and waste handling controls
Costminer includes waste factor inputs and opening deductions to reduce manual recalculation during updates, which supports cleaner stucco estimating scope maintenance. Countfire organizes plaster-layer and accessory item libraries for faster plastering bid worksheet creation, but it feels limited on CAD import and digital markup consistency compared with Costminer.
Plaster assembly structure mapped from takeoff to bid output
ConEst IntelliBid uses estimate worksheet templates that preserve plaster assembly structure through bid document output. Buildxact generates bid worksheet output from plastering takeoff inputs with consistent quote line item structure, with fewer assembly-template controls than ConEst IntelliBid for unusual plastering bills.
Choosing plastering estimating software by revision workflow philosophy and governance depth
First choose the software behavior that matches the plastering team’s revision reality, which is usually plan changes plus bid worksheet updates plus change order tracking. Then verify whether markup-to-quantity traceability remains intact when quantities shift.
Pick the tool that keeps bid line items aligned across scope revisions
If change orders depend on preserving scope-to-line item history through bid worksheet revisions, STACK matches that workflow with bid worksheet change-order tracking. If the priority is review visibility during revisions rather than deep change-order history, Estimator360’s markup-to-quantity revision trace helps reviewers spot what changed quickly.
Validate markup-to-quantity traceability before planning internal templates
When the team needs digital markup that links directly to estimate quantities, Estimator360 provides that markup-linked quantity workflow. When takeoff updates should avoid rebuilding the estimate after plan changes, Clear Estimates combines plan import with digital markup tied to project takeoffs for quantity refresh.
Decide whether the team is template-driven or worksheet-first
For worksheet-first standardization of plaster assembly breakdowns across bids, ConEst IntelliBid uses estimate worksheet templates that preserve plaster assembly structure into bid output. For quote worksheet generation tied to takeoff inputs with consistent plastering bid line items, Buildxact provides structured output from scope inputs with less emphasis on template-preserved assembly controls.
Match waste and opening logic to the plastering scope complexity
If stucco estimating scopes require waste factor and opening deductions to be handled during updates, Costminer’s waste factor and opening deduction controls reduce manual recalculation. If recurring wall and ceiling work needs speed through pre-organized plaster-layer and accessory libraries, Countfire supports faster worksheet creation but does not deliver the same CAD import and digital markup strength.
Confirm whether plan markups and calibration are traceable at plan-region granularity
When measurement scale calibration and plan-region traceability matter, PlanSwift’s measurement scale calibration supports quantities tied to specific plan regions. When markup notes must tie to measurement locations during takeoff, Groundplan’s plan markup workflow links estimator notes to measurement locations.
Stress test governance needs for mixed-scope jobs and unusual plastering bills
If templates must be standardized to avoid line-item drift during revisions, STACK requires disciplined bid worksheet template standards. If mixed-scope jobs need tighter estimator governance because labor rate assumptions can drift when templates are not maintained, Estimator360 requires process discipline around labor rate inputs.
Who benefits from plastering estimating software built for plan-markup traceability
Plastering contractors benefit most when the software can carry plan markup decisions through takeoff updates into bid worksheet line items. Teams also benefit when estimate values transfer into job tracking or change orders without re-entry steps.
Bid teams that track changes from scope to line items during bid revisions
STACK fits when bid teams need consistent estimate-to-change-order workflow that preserves scope-to-line item history through revisions. STACK also ties change order workflow updates to the original scope as bid worksheets evolve.
Plastering crews and estimators who revise takeoff quantities with heavy drawing markups
Estimator360 fits when measurement-to-bid workflow speed matters and reviewers need clear revision traceability through digital markup linked to estimate quantities. Clear Estimates also supports plan import plus digital markup tied to project takeoffs to update quantities without rebuilding.
Contractors with recurring wall and ceiling coverage projects that require repeatable measuring logic
Costminer fits when plaster contractors want repeatable takeoff-to-bid workflows for wall and ceiling work with waste factor and opening deductions built into updates. Countfire fits when the priority is plaster-layer and accessory libraries that speed bid worksheet creation for recurring scopes.
Firms that standardize plaster assembly structure across bids
ConEst IntelliBid fits when plastering contractors need worksheet templates that preserve plaster assembly breakdowns from takeoff through bid document output. Buildxact fits when repeatable quote worksheets are needed from scope inputs and document handling supports measurement review without rebuilding estimates.
Common buying and rollout mistakes that break plastering revision traceability
Most failures happen when the team buys traceable takeoff software but does not enforce the internal rules that keep line mapping stable. The result shows up as drift between marked plan regions and bid worksheet line items after revisions.
Assuming bid worksheet structure will remain stable without template standardization
STACK preserves change-order continuity only when template standardization avoids line-item drift across bid revisions. Lock template rules for plastering bid line structure before allowing free-form line edits.
Relying on markup traceability without maintaining labor and assumption inputs
Estimator360 can show markup-linked quantity changes clearly, but labor rate assumptions can drift if templates are not maintained. Establish a review cadence for labor rate assumptions that match revision cycles.
Using a tool that handles takeoff updates, but lacking discipline in scope-of-work updates
Costminer’s bid-to-change order tracking depends on disciplined scope-of-work updates, which can fail when scope fields are not updated consistently. Train estimators to update scope definitions at the same time as takeoff area changes.
Overbuying for plaster assembly standardization when CAD plan import and digital markup are still required
ConEst IntelliBid focuses on worksheet templates and plaster assembly structure, but CAD and digital markup coverage is not as emphasized as in top takeoff-first tools. If plan markup and CAD import depth drive the workflow, prioritize tools like Clear Estimates or PlanSwift for those foundations.
Choosing library-based workflows for complex stucco scopes without validating markup and import support
Countfire provides plaster-layer and accessory libraries, but CAD file import and digital markup support are not consistently plastering-specific. Run a pilot takeoff using representative stucco documents before committing to a library-first workflow.
How We Selected and Ranked These Tools
We evaluated STACK, STACK by STACK, and CostX alongside Estimator360, Clear Estimates, Costminer, Groundplan, PlanSwift, Buildxact, Contractor Foreman, ConEst IntelliBid, and Countfire using feature depth, traceability behavior during bid revisions, and workflow fit for plastering takeoff to bid worksheet and change order steps. Features carried 40% of the weight because tools must keep markup decisions aligned to quantities and bid line items during revisions.
Ease and value each carried 30% because plastering teams need consistent worksheet output with manageable setup discipline. STACK ranked highest because it ties bid worksheet change-order tracking to scope-to-line item history through revisions, which keeps downstream change order work consistent with earlier marked plan decisions.
Frequently Asked Questions About plastering estimating software
How do STACK and PlanSwift differ in estimate-to-change-order workflow for plastering bids?
When does digital markup change the way revisions are handled in Estimator360 versus Clear Estimates?
Which tool most directly connects imported plan regions to quantity traceability using measurement scale calibration?
What breaks if a plastering team needs estimate-to-invoice workflow without relying on external accounting integration?
How do Costminer and Countfire handle waste factor and opening deductions during plaster takeoff?
How does Costminer compare with Contractor Foreman for turning takeoff outputs into job tracking without re-entry?
What is the tradeoff between template-based assembly structure and quote-to-worksheet speed in ConEst IntelliBid versus Buildxact?
Which platform is best suited for plaster-layer and accessory item libraries that speed worksheet creation?
What data migration risk appears when teams want to reduce retyping during plan import and measurement review across tools?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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