GITNUXSOFTWARE ADVICE
Science ResearchTop 10 Best Refractometer Software of 2026
Ranking refractometer software for labs and LIMS teams, with tradeoffs for data handling and reporting, including LabX, Rudolph, and Atago.
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
LabX is the strongest fit when QC teams need instrument-linked documentation with repeatable release workflows, whereas Rudolph Research Analytical works best for batch traceability and controlled methods when refractometer results directly drive QC decisions.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
LabX
Calibration traceability tied to each recorded measurement within a managed approval workflow.
Built for fits when QC teams need instrument-linked documentation and repeatable release workflows..
Rudolph Research Analytical
Editor pickInstrument-centered measurement capture that ties results, method context, and calibration review into one workflow.
Built for fits when refractometer results drive QC release and batch traceability with controlled methods..
Atago
Editor pickInstrument-aligned calculation and capture workflow that keeps optical readings tied to calibration context.
Built for fits when mid-size labs need refractometer readings logged with repeatable calculations and calibration traceability..
Comparison Table
LabX
enterpriseLaboratory software platform from Mettler-Toledo that integrates with Refracto refractometers for automated measurement workflows, data management, and 21 CFR Part 11 compliance.
Calibration traceability tied to each recorded measurement within a managed approval workflow.
LabX captures refractometer outputs with metadata used for traceability, including calibration status and measurement context for optical prism based readings. The solution keeps worklists for samples and supports QC-focused review flows used during batch process monitoring and release testing. Audit logging supports regulated documentation patterns, with role-based access used to control who can approve, edit, or release records.
A key tradeoff is that deeper value comes from pairing LabX with mt.com hardware and its measurement outputs, so heterogeneous instrument stacks can increase integration effort. LabX fits teams that run repeating QC and production sampling cycles and need consistent documentation for trend review and release decisions.
- +Instrument-linked refractometer capture with traceability metadata
- +Review workflows designed around QC release decisions
- +Audit logging with role-based access controls for approvals
- +Batch run organization for consistent documentation and trending
- –Best coverage depends on mt.com instrument data formats
- –Workflow configuration requires governance discipline for consistent outcomes
QC release teams
Approve refractometer results by batch
Consistent batch release records
Process quality analysts
Trend refractive results over time
Faster trend-based decisions
Show 1 more scenario
Regulated lab operations
Maintain review trails for GxP work
Lower audit friction
LabX provides audit logging and access controls aligned to regulated documentation practices.
Best for: Fits when QC teams need instrument-linked documentation and repeatable release workflows.
Rudolph Research Analytical
vertical specialistRefractometer software from Rudolph Research for their J-series instruments, offering measurement control, data archiving, and method management.
Instrument-centered measurement capture that ties results, method context, and calibration review into one workflow.
Rudolph Research Analytical is built around refractometer instrument operations, so measurement capture is tied to how readings are produced and validated on the device. The core workflow supports method selection, reading review, and export or downstream handoff for QC documentation. It also fits environments that need repeatable logging for batch-level traceability around optical measurement events.
A key tradeoff is that implementation depth depends on instrument model and connectivity assumptions, so integration can require tighter coordination than generic LIMS import tools. Teams should adopt it when refractometer outputs are a primary data source for batch monitoring and when lab staff must operate the workflow without constant manual reformatting.
- +Instrument-aligned workflow reduces manual transcription errors
- +Method-driven measurement capture supports consistent QC documentation
- +Exports fit common QC release testing handoff patterns
- +Calibration and result review are integrated into daily use
- –Integration can hinge on specific instrument connectivity paths
- –Advanced automation may require more project work than simple file import
- –Cross-tool data mapping can take time for heterogeneous lab stacks
QC analysts
QC release testing from refractometers
Fewer review errors
Lab managers
Batch traceability for refractometer lots
Tighter traceability coverage
Show 1 more scenario
Automation engineers
Refractometer-to-downstream handoff
Less manual reformatting
Exports refractometer outcomes for downstream systems used in manufacturing reporting.
Best for: Fits when refractometer results drive QC release and batch traceability with controlled methods.
Atago
vertical specialistJapanese manufacturer of digital and handheld refractometers offering PC data management software for instrument connectivity and measurement logging.
Instrument-aligned calculation and capture workflow that keeps optical readings tied to calibration context.
Atago supports refractometer-centered measurement workflows where operators record readings tied to calibration context and downstream concentration outputs. Software functions center on calculation and result capture, which reduces manual transcription between instruments, spreadsheets, and QC forms. Configuration focuses on measurement outputs and unit conversions rather than broad LIMS modeling.
A key tradeoff is limited integration depth for enterprise governance since Atago’s software emphasis stays near refractometer operations instead of enterprise-wide data schema control. The strongest fit appears in batch process monitoring where technicians repeatedly record concentration targets and need consistent calculation and audit-ready traceability for QC release testing.
- +Refractometer-first workflow reduces transcription errors during QC release testing
- +Consistent calculation outputs for concentration-based checks across operators
- +Calibration record association supports traceable measurement history
- +Operator-friendly capture screens for repeated, high-frequency measurements
- –Limited fit for teams that require full LIMS schema and workflow governance
- –Automation and API coverage may not meet needs for deep system integration
- –Inline or SCADA-style telemetry use cases can require extra tooling
- –Custom data modeling for complex plant hierarchies needs external processes
QC lab technicians
Record Brix checks with traceability
Faster QC release documentation
Batch production analysts
Trend concentration across lots
Tighter batch consistency tracking
Show 1 more scenario
Quality managers
Maintain refractometer calibration history
Reduced audit reconstruction work
Calibration context stays connected to recorded results for review and release decisions.
Best for: Fits when mid-size labs need refractometer readings logged with repeatable calculations and calibration traceability.
Schmidt+Haensch
vertical specialistSoftware from Schmidt+Haensch for their VariRef and ATR-series refractometers, providing measurement automation and data export.
Measurement workflow configuration that ties refractometer readings to derived QC outputs with temperature-aware result handling.
Schmidt+Haensch delivers refractometer software that focuses on instrument-connected workflows for concentration and quality measurements. The core capabilities center on data collection from measuring devices, calculation of derived values for QC release workflows, and storage of results for traceable batch testing.
It is designed for lab and production environments that need consistent measurement handling, including temperature-aware measurement records. Integration depth is geared toward bringing instrument outputs into the same operational stream used by quality reporting.
- +Instrument result capture supports consistent batch-level traceability
- +Derived measurement calculations reduce manual re-entry during QC
- +Temperature-aware records support repeatable comparison across runs
- +Configuration supports aligning calculation rules with site practice
- –API surface is less emphasized than in software-first LIMS integrations
- –Automation for high-throughput batch onboarding needs workflow design
- –Advanced role separation and governance controls feel limited in scope
- –Complex calculation rule changes can require careful change management
Best for: Fits when instrument-driven QC needs standardized calculation and traceable results without deep LIMS replacement.
AQUALAB Connect
vertical specialistCloud software for managing water activity and moisture instrument data, including digital refractometer workflows in food and beverage labs.
Connection templates that tie each instrument’s output to a defined result structure for repeatable, traceable data capture.
AQUALAB Connect collects refractometer readings and associated metadata into a controlled digital record for lab and production workflows. It focuses on automating measurement capture, mapping results to expected fields, and pushing data to connected systems without manual rekeying.
Configuration supports repeatable device-to-workflow setups so the same capture logic can run across shifts and instruments. The integration depth matters most for teams that need consistent QC release records and traceable measurement trails across multiple stations.
- +Device-to-workflow mapping reduces manual data entry errors
- +Configurable capture logic supports consistent QC records across stations
- +Exports and integrations fit lab and production data handoffs
- +Traceable measurement timestamps help investigation of out-of-spec results
- –More setup effort than simple desktop logging workflows
- –Inline process automation support depends on external system connectivity
- –Advanced governance controls are not as granular as LIMS-native approaches
- –Complex batch structures can require careful configuration design
Best for: Fits when labs need consistent refractometer data capture and controlled integration into downstream QC workflows.
KRÜSS LabDesk
enterpriseLaboratory software for KRÜSS instruments that supports measurement control, data capture, and analysis across optical devices including refractometers.
Run-based result logging tied to KRÜSS refractometer measurement sessions with reviewable records for QC workflows.
KRÜSS LabDesk is a refractometer software solution centered on capturing measurement results and managing lab workflows around optical readings. It is designed to work with KRÜSS laboratory instruments and related measurement setups so users can run repeatable test routines, store results, and review trends over time.
The system also supports data export for downstream quality processes, which helps teams connect refractometer outputs to broader documentation and reporting. It fits labs that need instrument-linked data collection rather than manual transcription into spreadsheets.
- +Instrument-linked workflow reduces manual data entry for refractometer results
- +Results history and run records support traceable internal review cycles
- +Export formats fit common downstream documentation and analysis work
- +Configuration aligns with KRÜSS instrument measurement routines
- –API and automation surface are not positioned as the primary integration path
- –Best fit depends on KRÜSS-compatible instrument coverage
- –Advanced governance controls like RBAC are not emphasized for multi-role labs
- –Inline or plant-grade connectivity features are limited versus SCADA-first stacks
Best for: Fits when labs standardize refractometer runs and want automated capture, export, and review without custom software.
Reichert Technologies Data Management Software
vertical specialistInstrument software and connectivity options for Reichert refractometers and other clinical and lab measurement devices.
Refractometer run records and calibration results are managed as a single traceable measurement lifecycle.
Reichert Technologies Data Management Software is a refractometer-focused data system designed to organize measurements, calibration results, and analyst activity around optical measurement workflows. It emphasizes configuration-driven capture from laboratory instruments and routine QC testing sequences, so measurement context stays attached to each result.
The software also targets controlled environments where documentation, traceability, and repeatable run handling matter for release use cases. Compared with general lab data tools, its fit centers on measurement collection and recordkeeping tied to refractometer operations.
- +Measurement records stay linked to calibration and run context for refractometer workflows
- +Configuration-centric approach supports repeatable QC release testing sequences
- +Activity logging supports traceable analyst and instrument usage records
- +Extensible connections for measurement import and handoff to downstream documentation
- –Best fit depends on instrument integration paths provided for specific refractometer models
- –Complex governance needs require disciplined setup of templates and run configurations
- –Batch and trend analytics are narrower than full LIMS replacements
- –APIs and integration extensibility appear more limited than enterprise data systems
Best for: Fits when labs need refractometer run documentation, calibration traceability, and controlled QC release records.
MISCO Data Logger
vertical specialistSoftware for collecting and organizing readings from compatible MISCO digital refractometers.
Run record logging with consistent device-to-result mapping for structured batch traceability.
MISСO Data Logger fits refractometer workflows that need more than local logging by collecting measurement events from attached instruments and organizing them for traceable review. The software supports real-time trend logging and structured exports for lab documentation and quality sampling.
Configuration centers on device connections and run records so teams can standardize how refractive index and concentration results are captured across batches. It is a pragmatic choice for sites integrating digital and data-logging refractometers into a repeatable QC workflow.
- +Time-stamped logging for refractometer runs supports traceable QC review.
- +Export formats help move results into spreadsheets and document workflows.
- +Device connection configuration maps instrument output into consistent records.
- +Batch-oriented run handling reduces manual transcription errors.
- –API and automation hooks are limited compared with LIMS-first ecosystems.
- –Advanced governance controls like RBAC and audit logs are not the primary focus.
- –Inline process monitoring paths for plant systems are narrower than full SCADA stacks.
- –Complex instrument farms can require more setup work than lighter loggers.
Best for: Fits when labs need reliable refractometer logging, batch records, and repeatable exports without full LIMS integration.
Hanna Instruments HI92000
enterpriseWindows-compatible data management software for downloading, storing, and analyzing measurements from Hanna benchtop and portable instruments including refractometers.
Hanna’s instrument software workflow ties refractometer reading capture to conversion outputs for repeatable lab QC records.
Hanna Instruments HI92000 captures refractometer readings through Hanna’s instrument software workflow and formats results for downstream QC use. It supports common concentration reporting needs by converting refractive measurements into Brix-style outputs alongside related calculation modes.
The solution centers on consistent measurement capture, traceable run records, and export-friendly result handling for laboratory review. It is most distinct for teams that want Hanna-specific instrument-to-software interaction rather than building a custom ingestion layer.
- +Instrument-tied workflow reduces manual transcription of refractometer results
- +Built-in concentration conversion supports routine Brix-style reporting
- +Run records make it easier to reconstruct which readings were captured
- +Export-ready outputs fit common lab review and documentation flows
- –Integration depth beyond export is limited for LIMS and SCADA environments
- –Automation and API surface are not positioned for programmatic provisioning
- –Configuration flexibility for custom schemas and mappings is constrained
- –Does not target high-throughput inline process monitoring use cases
Best for: Fits when labs need Hanna-instrument reading capture, conversion, and export for manual QC review.
Maselli Misure
vertical specialistItalian manufacturer of process refractometers for beverage and chemical industries with monitoring software for continuous Brix and concentration measurement.
Worksheet workflows that keep instrument results coupled to scale conversion outputs for traceable QC documentation.
Maselli Misure focuses on refractometer measurement data management tied to Maselli hardware workflows. Its distinct angle is worksheet-style handling of concentration results, with configuration options for scales and conversion outputs used in quality release contexts.
The software work centers on capturing readings, applying scale logic, and exporting or transmitting results for downstream reporting. Teams that need tight coupling between instrument readings and documentation workflows will find more direct operational fit than tools built mainly for general lab record storage.
- +Instrument-aligned workflows that reduce manual transcription errors
- +Scale and conversion handling supports common concentration reporting needs
- +Batch-oriented result capture matches repetitive QC sampling routines
- +Export outputs support straightforward handoff to reporting and filing
- –Integration depth is narrower outside Maselli-centered instrument setups
- –API and automation surface are not documented as a primary integration path
- –Advanced governance tooling like RBAC and audit logs are not a stated focus
- –Inline process and SCADA-level connectivity is not a central positioning point
Best for: Fits when refractometer readings must be documented with consistent scale logic in QC workflows.
Conclusion
After evaluating 10 science research, LabX 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 refractometer software
Refractometer software covers the capture, calculation, and recordkeeping workflows that turn optical readings from lab and industrial refractometers into traceable QC and batch documentation. This guide covers LabX, Rudolph Research Analytical, Atago, Schmidt+Haensch, AQUALAB Connect, KRÜSS LabDesk, Reichert Technologies Data Management Software, MISCO Data Logger, Hanna Instruments HI92000, and Maselli Misure.
Across these tools, the core differences show up in how measurement sessions are linked to calibration review, how derived concentration values are generated from optical readings, and how results move into broader QC release workflows. LabX and Rudolph Research Analytical place instrument-linked approval and method-context workflows at the center of the product experience.
Refractometer software for instrument-linked measurement capture, calculation, and QC release records
Refractometer software is the system that records refractometer measurement runs, applies calibration and calculation context, and stores the resulting QC-ready records with traceable lineage. Tools such as LabX connect each measurement to calibration traceability inside a managed approval workflow that supports instrument-linked release decisions.
For teams that need controlled method and run context, Rudolph Research Analytical ties results, method context, and calibration review into one workflow to reduce manual transcription errors during QC release testing. Where the emphasis is less on governed LIMS replacement, tools like KRÜSS LabDesk and MISCO Data Logger focus on run-based logging and consistent device-to-result mapping, which supports traceable internal review cycles without positioning deep system integration as the primary path.
Refractometer software capabilities that control measurement lineage and throughput
Refractometer software needs to preserve the link between an optical reading and the calibration and method context that created the result record. Tools like LabX and Rudolph Research Analytical centralize that linkage so QC release decisions can use measurement lineage instead of manual notes.
Instrument-linked capture tied to controlled review and release
LabX records refractometer measurements with calibration traceability inside a managed approval workflow for QC release decisions. Rudolph Research Analytical ties results, method context, and calibration review into one instrument-centered workflow to reduce transcription errors during batch traceability.
Derived calculations with consistent concentration outputs
Atago focuses on calculation and capture that keeps optical readings tied to calibration context and produces consistent concentration-based checks across operators. Schmidt+Haensch ties instrument results to derived QC outputs with temperature-aware handling so derived calculations reduce manual re-entry during QC workflows.
Device-to-result mapping that standardizes logging across stations
AQUALAB Connect uses connection templates to map each instrument output into a defined result structure for repeatable traceable data capture. MISCO Data Logger uses run record logging with consistent device-to-result mapping for structured batch traceability and export-ready records.
Run-based recordkeeping with calibration lifecycle traceability
KRÜSS LabDesk logs results as run-based measurement sessions with reviewable records for QC workflows tied to KRÜSS measurement runs. Reichert Technologies Data Management Software manages refractometer run records and calibration results as a single traceable measurement lifecycle to support controlled QC release records.
Extensibility via integration surfaces rather than desktop-only exports
Integration-centric teams typically look for an automation and API surface that supports instrument connectivity paths without extra manual steps, which is where LabX and Rudolph Research Analytical tend to be strongest. For logging-first deployments, KRÜSS LabDesk and MISCO Data Logger emphasize export and review support instead of positioning deep system integration as the primary integration path.
Workflow configuration support for templates and governance discipline
LabX and Reichert Technologies Data Management Software both emphasize configuration-centric workflows that keep run and calibration context consistent across QC sequences. MISCO Data Logger and KRÜSS LabDesk still support structured logging, but their governance controls like RBAC and audit log coverage are not positioned as the primary differentiator.
How to choose refractometer software for your QC release workflow
Start by deciding whether the workflow center of gravity is instrument-linked approval, derived calculation consistency, or standardized data capture across multiple capture stations. LabX and Rudolph Research Analytical are built around instrument-linked capture with calibration review and approval, which matches QC teams that treat release as a governed step.
Choose the workflow anchor: governed approval versus run logging versus workbook-style worksheets
If QC release requires approval and instrument-linked traceability, LabX and Rudolph Research Analytical put calibration review and method context inside the same workflow as the measurement record. If the goal is standardized run logging with history and export for review, KRÜSS LabDesk and MISCO Data Logger focus on run records and structured device-to-result mapping rather than positioning themselves as governed LIMS replacements.
Match calculation responsibility to operator needs and method consistency
If the priority is consistent conversion outputs tied to optical readings, Atago keeps calculations aligned with calibration context so operators see repeatable concentration-based checks. If derived QC outputs must incorporate temperature-aware handling and reduce manual re-entry, Schmidt+Haensch configures measurement workflow logic around derived outputs.
Validate instrument connectivity and the capture path you will actually use
If instrument connectivity differs by vendor or model, LabX and Rudolph Research Analytical can succeed when instrument data formats match the instrument data capture path used for traceability. If instrument coverage is constrained, AQUALAB Connect and KRÜSS LabDesk can still work well because their capture logic is organized around connection templates or KRÜSS-compatible measurement sessions.
Decide how much governance discipline the team can support
LabX and Reichert Technologies Data Management Software both rely on configuration discipline to keep templates and run configurations consistent across QC release sequences. If governance discipline is minimal and the team needs structured capture plus repeatable exports, MISCO Data Logger and KRÜSS LabDesk reduce friction by focusing on run record logging rather than advanced governance controls.
Ensure scale conversion logic aligns with the way results are reviewed and exported
If the lab standardizes on concentration reporting and expects software-generated scale logic, Hanna Instruments HI92000 ties capture to built-in conversion outputs for repeatable manual QC review. If the workflow centers on worksheets that couple instrument results to scale conversion outputs, Maselli Misure keeps scale and conversion handling inside worksheet workflows to document consistent QC logic.
Who should buy refractometer software and what they gain
Teams that run refractometers in batch or regulated QC environments need measurement records that preserve calibration and method context instead of standalone optical values. These tools reduce transcription errors by binding instrument readings to controlled review workflows and run context.
QC release teams and batch documentation owners
LabX and Rudolph Research Analytical align measurement records with calibration review and approval steps so QC release testing can use instrument-linked traceability and method context.
Mid-size labs that standardize operator calculations
Atago and Hanna Instruments HI92000 focus on instrument-aligned capture and calculation outputs so operators get consistent concentration-based checks and conversion results for routine QC review.
Instrument-heavy environments that need standardized capture across multiple stations
AQUALAB Connect and MISCO Data Logger apply device-to-workflow mapping or device-to-result mapping so refractometer logs remain consistent across capture stations and support repeatable exports.
Labs that standardize refractometer runs for internal traceable review cycles
KRÜSS LabDesk and Reichert Technologies Data Management Software organize work around run records and calibration lifecycles so internal review cycles remain traceable without requiring deep LIMS replacement.
Teams using worksheet-centric documentation rather than workflow-heavy governance
Maselli Misure supports worksheet workflows that keep instrument results coupled to scale conversion outputs for traceable QC documentation, which suits documentation patterns that stay local to worksheets.
Common refractometer software buying pitfalls
A frequent failure mode is treating refractometer software as a generic logging tool instead of a system that must tie calibration and method context to each measurement record. LabX and Rudolph Research Analytical mitigate this by centering calibration traceability inside approval or instrument-centered workflows, but other tools may require extra workflow setup to reach the same level of traceability.
Selecting a tool for export-only workflows when QC release requires instrument-linked approval
MISCO Data Logger and KRÜSS LabDesk are strong for run logging and export-ready records, but their integration and governance controls are not positioned as the primary path for governed QC release workflows. LabX and Rudolph Research Analytical provide calibration-linked review workflows that keep release decisions attached to the measurement lifecycle.
Assuming API and automation depth exists because a tool supports instrument capture
KRÜSS LabDesk and MISCO Data Logger emphasize capture and review records over an automation and API surface, so programmatic provisioning and deep integration may require project work. LabX and Rudolph Research Analytical are typically better aligned with integration-centric expectations where connectivity paths matter for traceability.
Underestimating the setup work required to standardize workflows and derived outputs
LabX and Reichert Technologies Data Management Software both depend on consistent templates and run configurations, and inconsistent setup can undermine repeatable outcomes. Schmidt+Haensch also requires workflow design for high-throughput batch onboarding because its API surface is less emphasized than software-first LIMS integrations.
Ignoring instrument connectivity fit when instruments use different output formats
LabX is instrument data format dependent for calibration traceability tied to recorded measurements, and Rudolph Research Analytical integration can hinge on specific instrument connectivity paths. AQUALAB Connect and KRÜSS LabDesk narrow the capture problem by using connection templates or KRÜSS-compatible measurement sessions.
Choosing conversion-focused tools without confirming how results are reviewed
Hanna Instruments HI92000 and Maselli Misure provide conversion outputs and worksheet documentation, but they do not position themselves as deep integration engines for enterprise QC release. Teams needing governed batch traceability should prioritize instrument-linked approval workflows that tie calibration and method context to each record.
How We Selected and Ranked These Tools
We evaluated each refractometer software option on feature coverage that preserves calibration linkage, applies calculation context, and supports traceable QC records from instrument capture through review. We evaluated ease and day-to-day operator flow for how quickly teams can log measurements with consistent result generation and reduce manual transcription steps.
We evaluated value for how well configuration and workflow design match typical lab QC release patterns without forcing teams into custom work. LabX ranked highest because instrument-linked refractometer capture ties each recorded measurement to calibration traceability inside a managed approval workflow built around QC release decisions.
Frequently Asked Questions About refractometer software
How does LabX handle instrument-linked capture for GxP-style documentation?
Which refractometer software tools store method context with the recorded results instead of separating it into a separate field set?
What breaks if batch QC release workflows are built on exported files instead of structured run records?
How do AQUALAB Connect connection templates reduce rekeying errors across multiple refractometer stations?
Which tools provide temperature-aware result handling for temperature-affected refractometer readings?
How does KRÜSS LabDesk support run-based logging that connects review to measurement sessions?
When should MISCO Data Logger be chosen over a full lab data system for refractometer logging?
How does Atago keep optical readings tied to conversion outputs for concentration reporting?
Which refractometer software is designed for Hanna-specific instrument-to-software interaction rather than generic ingestion?
What tradeoff appears when worksheet-style scale conversion is required for QC documentation?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
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