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Construction InfrastructureTop 10 Best Electrical Planning Software of 2026
Top 10 electrical planning software ranked for electrical engineers and designers, weighing features and tradeoffs for tools like AutoCAD Electrical and ETAP.
How we ranked these tools
Gitnux editors write the brief first: the topic, the inclusion rules, and the frame for what belongs.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
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AutoCAD Electrical is the best fit if your electrical teams need CAD-accurate schematic and wiring documentation automation with consistent tagging, whereas ETAP suits engineering groups that must keep study assumptions consistent across protection and safety deliverables.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
AutoCAD Electrical
Electrical-centric symbol and tag management keeps designations, wire numbers, and cross-references synchronized across drawings.
Best for: Fits when electrical teams need CAD-accurate schematic and wiring documentation automation with consistent tagging.
ETAP
Editor pickProtective-device coordination studies that connect device settings to calculated outcomes across the model.
Best for: Fits when engineering teams must keep study assumptions consistent across protection and safety deliverables.
CYME
Editor pickArc-flash assessment is integrated into the planning study workflow so changing equipment or fault assumptions updates safety outputs consistently.
Best for: Fits when engineering teams need repeatable network studies with calculation-linked documentation beyond schematic-only tools.
Comparison Table
AutoCAD Electrical
SMBAutoCAD Electrical adds electrical symbols, circuit numbering, reports, and schematic tools to AutoCAD.
Electrical-centric symbol and tag management keeps designations, wire numbers, and cross-references synchronized across drawings.
AutoCAD Electrical drives documentation consistency by assigning and propagating circuit tags, wire numbers, and device designations across drawings. Its template system supports project-wide naming, wire reference conventions, and report generation without manual reconciliation. It also integrates tightly with DWG-based authoring, so teams can reuse existing CAD layers, blocks, and title block practices.
A key tradeoff is that electrical calculation engines like short-circuit analysis and protective-device coordination are not its native focus, so those tasks typically require specialized EDA or electrical analysis tools. AutoCAD Electrical fits best when the primary deliverable is an electrical schematic and wiring documentation package that must stay revision-consistent across large drawing sets.
- +Circuit tagging and cross-reference propagation reduce manual reconciliation work
- +Rule checks catch common schematic and documentation consistency issues early
- +DWG-centric workflow supports reuse of existing CAD standards and title blocks
- +Report generators output device and schedule lists from project symbols
- –Deep electrical studies like arc-flash and protective coordination require external tools
- –Large template libraries need disciplined configuration to avoid inconsistent outputs
- –Some advanced automation requires custom scripting or add-ins
- –Strict tag naming conventions add upfront setup effort for new projects
Panel design drafters
Generate wiring and schedules from tagged symbols
Fewer schedule transcription errors
Electrical engineering teams
Maintain revision-consistent schematic documentation
Cleaner change control packages
Show 2 more scenarios
Multi-discipline CAD organizations
Use existing DWG standards for electrical work
Reduced reformatting work
DWG-based authoring lets teams apply shared layers, blocks, and title block conventions to electrical drawings.
Automation-focused design groups
Extend item processing for custom conventions
Custom reports without manual edits
The extensibility and rule-driven workflows support custom handling for project-specific symbol data and outputs.
Best for: Fits when electrical teams need CAD-accurate schematic and wiring documentation automation with consistent tagging.
ETAP
enterpriseETAP supports electrical system design, load flow, short-circuit, protection, and arc-flash studies.
Protective-device coordination studies that connect device settings to calculated outcomes across the model.
ETAP fits teams that need engineering calculations tightly tied to an electrical model rather than calculations done in separate tools. A typical workflow starts with voltage-level modeling in a single-line representation, then runs load, short-circuit, arc-flash, and protective coordination studies against the same underlying assets and ratings. Output includes reports used to drive design-rule checking and engineering sign-off for downstream schedules.
A key tradeoff is that ETAP is strongest when the study model is kept disciplined, because changes to equipment or load assumptions require rerunning multiple studies to keep results consistent. ETAP works well in projects where power distribution design decisions depend on coordination outcomes and safety calculations, such as industrial feeders and motor-heavy facilities.
- +Single environment for load, short-circuit, and arc-flash studies
- +Protective-device coordination modeling connects settings to results
- +Project outputs support engineering reporting and design review cycles
- +Consistent study inputs reduce mismatch across analysis steps
- –Diagram-driven modeling can slow down teams with frequent layout churn
- –Automation and API workflows require planning for integration boundaries
- –Advanced analysis depth can raise setup effort for small studies
- –Some CAD workflows depend on export and manual reconciliation
Industrial electrical engineering teams
Designing MV distribution and coordination
Fewer protection mismatches
Facility safety engineering leads
Producing arc-flash and labeling basis
Repeatable safety studies
Show 2 more scenarios
Consulting power systems designers
Checking short-circuit constraints
Validated equipment ratings
Perform short-circuit analysis to verify equipment withstand and study-driven design constraints.
Electrical design PMs
Managing multi-discipline handoff
Cleaner design handoffs
Export engineering reports and model-based results to support review cycles with drafting and field teams.
Best for: Fits when engineering teams must keep study assumptions consistent across protection and safety deliverables.
CYME
enterpriseCYME supports distribution, transmission, industrial, and renewable network planning.
Arc-flash assessment is integrated into the planning study workflow so changing equipment or fault assumptions updates safety outputs consistently.
CYME targets electrical planning studies with a model-first workflow that ties calculations to a network representation. Load modeling feeds subsequent checks such as voltage-drop and short-circuit results, and output lists help drive panel, feeder, and equipment schedules. CAD-style diagram editing is not the core focus, so the value concentrates on study correctness and iterative engineering updates rather than drawing-centric editing.
A key tradeoff is that diagram production and schematic drafting depend on external CAD workflows, so teams must manage handoff between CYME study outputs and drawing updates. CYME fits best when planning requires repeated analyses across multiple scenarios like demand changes, reconfiguration, or equipment substitutions. It also fits when engineering review cycles need consistent results across versions of a study instead of one-off calculations.
- +Model-first workflow links network changes to recalculated study outputs
- +Planning calculation coverage includes voltage-drop, short-circuit, and arc-flash checks
- +Schedule generation supports equipment and feeder documentation from study state
- +Scenario iteration supports comparative studies across configurations
- –Drawing and schematic editing is secondary to electrical network study modeling
- –Complex models require disciplined setup of network data and calculation parameters
- –Tight CAD integration depends on workflow design and export handoff
Utility planners and engineers
Model feeder studies for safety and protection
Reduced rework between scenarios
Industrial power design teams
Validate voltage-drop and sizing decisions
More consistent engineering outputs
Show 1 more scenario
Consulting engineering firms
Produce study-linked schedules and BOM
Faster revision traceability
Schedules and lists reflect the modeled state across each revision of a study.
Best for: Fits when engineering teams need repeatable network studies with calculation-linked documentation beyond schematic-only tools.
PowerFactory
enterprisePowerFactory models transmission, distribution, industrial, and renewable electrical networks.
Unified power system modeling for load-flow, short-circuit, and stability studies within the same project and case structure.
PowerFactory from DIgSILENT is a focused electrical engineering environment for steady-state and dynamic power system analysis, with project-based studies for networks, machines, and protection-relevant models. The software supports load-flow studies, short-circuit calculation, and time-domain stability workflows inside a consistent model so results stay traceable across operating scenarios.
- +Integrated study model keeps network topology and equipment parameters consistent across cases.
- +Built-in short-circuit and protection-calculation workflows support engineering-grade scenario iteration.
- +Time-domain and steady-state analysis share project structure for repeatable comparisons.
- +Automation hooks support batch runs across multiple operating points.
- –Less focused on schematic authoring and wiring layout than CAD-centric electrical design tools.
- –Protection setup and study configuration require disciplined model management to avoid drift.
- –Diagram-driven workflows are not the primary interaction model for planning deliverables.
- –Large projects can demand more compute and model-tuning for fast iteration.
Best for: Fits when electrical engineers need repeatable analysis studies that inform protection, stability, and network design decisions.
elec calc
vertical specialistelec calc calculates low-voltage electrical installations and generates single-line diagrams.
Project data to synchronized wiring and SLD outputs, with recalculated schedules triggered by upstream electrical inputs.
elec calc performs electrical planning calculations by generating single-line and wiring diagram outputs from structured project inputs. It supports workflow steps like load calculation and voltage-drop calculations so designs can be iterated as feeder and circuit data changes.
- +Ties calculation results to generated diagrams and schedules for consistency
- +Supports iterative updates so changing loads and routes refresh dependent outputs
- +Exports planning documentation formats suited for review workflows
- +Keeps circuit numbering and schedule content driven from project data
- –Automation depth for advanced analyses like arc-flash and complex protection schemes is limited
- –Large projects can require careful input hygiene to avoid schedule mismatches
Best for: Fits when engineering teams need calculation-driven diagrams and documentation without deep simulation modules.
MagiCAD Electrical
vertical specialistMagiCAD Electrical supports building electrical design and calculations within BIM authoring platforms.
Automatic synchronization between schematic content and generated circuit labeling and schedules during model edits.
MagiCAD Electrical targets electrical design workflows with a component-driven CAD approach that keeps schematic content tied to downstream documentation. It supports electrical schematics and wiring diagrams with configuration rules for device properties, tags, and billable items used for panel-related deliverables.
- +Regeneration keeps electrical documentation consistent after component edits
- +Circuit labeling automation reduces manual numbering errors across drawings
- +Property mapping supports device schedules and billable item outputs
- +CAD-style editing fits engineers who already work in drawing-first workflows
- –Advanced analysis coverage is narrower than dedicated power-engineering suites
- –Large multi-discipline projects can require governance to manage shared tags
- –Automation depth depends on how strictly component libraries are maintained
- –Export and exchange coverage can lag behind CAD-native interchange expectations
Best for: Fits when engineering teams need disciplined electrical drawing automation tied to component libraries.
QElectroTech
SMBQElectroTech is a free desktop application for creating electrical diagrams and technical schematics.
Project rule-driven schedule and wiring outputs generated from the electrical schematic model.
QElectroTech is open-source electrical planning software that centers on schematic-led documentation workflows.
- +Open-source workflow with script-free project generation
- +Circuit numbering ties directly into project-wide documentation outputs
- +Consistent schematic editing with wiring diagram generation
- +Good for maintaining equipment and circuit schedules from one source
- –Advanced engineering checks like short-circuit and arc-flash are not its core strength
- –Automation depth depends on built-in generators rather than a wide API surface
- –Large multi-discipline projects can require strict drawing organization
- –External integration is limited for BIM and simulation toolchains
Best for: Fits when teams need schematic-driven documentation and numbering consistency without deep power-system simulations.
ProfiCAD
SMBProfiCAD creates electrical, electronic, hydraulic, and pneumatic technical diagrams.
Diagram-to-schedule consistency driven by linked component and circuit data, which keeps listings synchronized through edits.
ProfiCAD is an electrical planning application built around drafting and data reuse for engineering deliverables. It supports schematic and wiring diagram workflows tied to reusable component and symbol data, which reduces rework when designs change.
- +Reusable symbol and component data reduces redraw time during revisions
- +Schedule and listing outputs help keep diagram references consistent
- +Wiring-focused drafting supports common electrical documentation patterns
- +Document-centric workflow supports faster turnaround than pure drawing tools
- –Advanced analysis coverage is limited versus simulation-focused engineering tools
- –Cross-discipline integration relies on CAD exchange rather than native federation
- –Complex engineering rules may require deeper configuration effort
- –Automation depth is weaker than code-driven, API-first platforms
Best for: Fits when electrical designers need consistent diagram-to-list documentation within an engineering drawing workflow.
EasyPower
enterpriseEasyPower provides one-line diagrams, short-circuit analysis, coordination, and arc-flash calculations.
Integrated arc-flash and protective-device coordination calculations tied to the same modeled one-line and feeder selections.
EasyPower supports electrical design workflows by modeling loads and one-line feeder layouts, then generating engineering outputs like load and feeder schedules. The software focuses on voltage-drop, short-circuit, arc-flash, and protective-device coordination calculations tied to equipment and conductor selections.
- +Strong built-in calculations for voltage drop, short-circuit, and arc-flash
- +Schedule outputs link design inputs to feeder and load documentation
- +Protective-device coordination workflows stay inside the same model
- +Export-oriented results reduce manual re-entry for schedules
- –CAD exchange support is more about document handoff than schematic intelligence
- –Complex studies need careful model setup to keep results consistent
- –Some advanced automation depends on external process steps
- –Large projects can feel slower when iterating many device and cable changes
Best for: Fits when teams need end-to-end electrical power calculations and schedule outputs without custom scripting.
Caneco BT
vertical specialistCaneco BT sizes low-voltage installations and produces calculations, diagrams, and compliance documents.
Integrated design-rule checking that validates cable sizing and protective-device compatibility against the project’s calculation assumptions.
Caneco BT focuses on electrical calculation and design-rule checking for low-voltage installations, with a workflow centered on project libraries and calculation results. The software covers short-circuit analysis, cable sizing checks, and protection coordination so designs can stay consistent from upstream assumptions to downstream device selection.
- +Traceable calculation outputs for cable sizing, protection, and short-circuit checks
- +Built-in design-rule checking that keeps selection logic aligned to standards
- +Project libraries support reuse of equipment, ratings, and parameters
- +Reporting outputs reduce manual transfer of calculated results
- –Workflow can feel calculation-first with less emphasis on broad CAD authoring
- –Automation depth depends on external data preparation and import quality
- –Complex protection coordination models require careful parameter management
- –Advanced automation and API-based integration are not a primary focus
Best for: Fits when low-voltage engineering needs deterministic short-circuit, coordination, and cable sizing checks.
Conclusion
After evaluating 10 electrical planning software, AutoCAD Electrical 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 Electrical Planning Software
Electrical planning software covers workflows that tie electrical documentation outputs to calculation results, from circuit numbering through protective-device coordination. This guide covers AutoCAD Electrical, ETAP, CYME, and eight additional tools, focusing on how each one connects study assumptions to design artifacts.
The ranking trades off CAD-centric electrical authoring against calculation-first network modeling and diagram-linked scheduling automation. The coverage also emphasizes integration depth where tools expose programmable workflows and where teams must manage model governance to prevent drift.
Electrical Planning Software that keeps schematics, schedules, and network studies consistent
Electrical planning software supports electrical schematic and wiring documentation tied to electrical calculations such as short-circuit, arc-flash, and voltage-drop checks. Tools like AutoCAD Electrical emphasize CAD-accurate schematic and wiring documentation automation with circuit tagging and cross-reference propagation.
Simulation-heavy options such as ETAP and CYME keep protection and safety studies synchronized to modeled equipment and fault assumptions. ETAP connects protective-device coordination settings to computed outcomes across its load, short-circuit, and arc-flash study environment, while CYME links network changes to recalculated safety outputs inside its planning study workflow.
Electrical Planning Software capabilities that prevent documentation-study drift
Electrical planning software must keep electrical documentation outputs synchronized with calculation assumptions so circuit references, schedules, and study results stay consistent after design changes. AutoCAD Electrical achieves this by keeping circuit tagging and cross-reference propagation aligned across electrical drawings, which reduces reconciliation work during revisions.
Calculation coverage also determines whether safety and protection deliverables can update from one modeled source. ETAP and CYME both connect model changes to protection and safety outcomes, while PowerFactory and EasyPower focus on analysis workflows that extend beyond schematic authoring.
Electrical drawing automation with circuit tag and cross-reference propagation
AutoCAD Electrical synchronizes designations, wire numbers, and cross-references so wiring documentation and identifiers stay aligned as drawings change. MagiCAD Electrical provides similar synchronization by regenerating circuit labeling and schedules when schematic content edits.
Protection-device coordination links between settings and computed outcomes
ETAP models protective-device coordination in a single environment and links device settings to computed outcomes across load, short-circuit, and arc-flash studies. EasyPower similarly ties arc-flash and protective-device coordination calculations to the same modeled one-line and feeder selections.
Planning-study model-first workflow with automatic recalculation
CYME uses a model-first workflow where network changes update recalculated study outputs, including voltage-drop, short-circuit, and arc-flash checks. elec calc pushes the same concept into schedule and diagram generation, triggering refreshed outputs when upstream electrical inputs change.
Integrated power-system modeling across multiple engineering study types
PowerFactory keeps network topology and equipment parameters consistent across its case structure for load-flow, short-circuit, and stability studies. ETAP delivers the same single-environment study cohesion but its emphasis is protection-device coordination connected to safety outcomes.
Design-rule checking that validates selection logic against calculation assumptions
Caneco BT includes design-rule checking that validates cable sizing and protective-device compatibility against the project’s calculation assumptions. CYME and PowerFactory both provide calculation-linked planning checks, but Caneco BT focuses on deterministic rule validation for cable and protection compatibility.
Schematic-to-schedule and listing generation from an electrical model
QElectroTech generates rule-driven schedule and wiring outputs from the electrical schematic model to keep documentation consistent. ProfiCAD links diagram content to schedule and listings through component and circuit data so listings remain synchronized through edits.
How to choose Electrical Planning Software based on workflow ownership
Choosing electrical planning software depends on where the system keeps authority for your design truth. CAD-centric teams typically want the electrical drawing artifacts to drive identifiers and updates, while calculation-first teams want the modeled network and study assumptions to drive recalculated outputs.
The decision framework also depends on automation boundaries and change frequency. Diagram-driven modeling can slow teams that frequently churn layouts, and external integration workflows can require planning even when study models are strong.
Decide which system owns electrical identifiers during revisions
If the electrical team updates wiring documentation frequently, AutoCAD Electrical offers electrical-centric symbol and tag management that keeps designations and cross-references synchronized across drawings. If the team edits components in a model and needs automatic regeneration of circuit labeling and schedules, MagiCAD Electrical provides synchronization between schematic content and circuit labeling outputs.
Match the workflow to the deliverable that must update from one modeled source
If protection and safety outputs must update from modeled device settings in one environment, ETAP connects protective-device coordination modeling to calculated outcomes across load, short-circuit, and arc-flash studies. If network safety outputs must update after network changes in a planning study, CYME recalculates voltage-drop, short-circuit, and arc-flash checks from its model-first workflow.
Choose the modeling depth that matches the study scope
For multi-discipline electrical study cases that include load-flow, short-circuit, and stability, PowerFactory uses a unified power-system modeling structure to keep equipment parameters consistent across cases. For teams that need end-to-end power calculations focused on voltage drop, short-circuit, and arc-flash with schedule outputs tied to feeder and load documentation, EasyPower covers those calculations in a single tool without custom scripting.
Use rule-driven diagram-to-document generation when simulations are secondary
When documentation consistency matters more than advanced engineering studies, QElectroTech generates rule-driven schedule and wiring outputs directly from the electrical schematic model. When design work is mainly an engineering drawing workflow and listings must stay aligned, ProfiCAD keeps diagram-to-list consistency through linked component and circuit data.
Assess automation and integration boundaries for complex studies and imports
For deep simulation needs such as arc-flash and protective-device coordination, tools centered on CAD documentation automation like AutoCAD Electrical may still require external tools for those analyses. For calculation-driven diagram generation and schedules, elec calc refreshes diagrams and schedules from upstream electrical inputs but advanced arc-flash and complex protection coverage is limited compared with simulation-first suites.
Validate cable sizing and protective compatibility with deterministic design-rule logic
For low-voltage workflows where cable sizing and protection compatibility must follow deterministic selection logic, Caneco BT couples design-rule checking with traceable calculation outputs. If the goal is planning-cycle recalculation rather than rule validation, CYME and PowerFactory can keep results synchronized through model changes but they prioritize study modeling and iterative recalculation over deterministic design-rule checking for selection compatibility.
Who should use Electrical Planning Software
Electrical planning software fits teams that must maintain consistency between electrical documentation and engineering study assumptions across revisions. It also fits organizations that treat safety and protection deliverables as model-driven outputs rather than manually updated reports.
The best fit varies by whether the team’s primary work is CAD schematic and wiring authoring or model-first network and study iteration.
Electrical design teams producing CAD-accurate schematics and wiring documentation
AutoCAD Electrical reduces manual reconciliation by propagating circuit tagging and cross-references across drawings, which supports consistent electrical design deliverables during revisions.
Protection and safety engineering teams that treat coordination settings as controlled inputs
ETAP connects protective-device coordination settings to calculated outcomes across load, short-circuit, and arc-flash studies so study assumptions stay aligned with protection configuration.
Network planning teams that iterate on topology and fault assumptions during project execution
CYME provides a model-first workflow where equipment and fault assumption changes update voltage-drop, short-circuit, and arc-flash outputs consistently.
Engineering groups running multi-case power system studies across load-flow, stability, and short-circuit
PowerFactory keeps network topology and equipment parameters consistent within project cases so scenario iteration stays coherent across multiple study types.
Documentation-focused teams that need rule-driven schedules without deep simulation scope
QElectroTech and ProfiCAD both generate schedules and wiring outputs from electrical schematic or component-linked data, which reduces numbering and listing drift.
Common mistakes that create mismatches between drawings and electrical results
A frequent failure mode is trusting the electrical drawing layer while calculations are run elsewhere with disconnected assumptions. Another failure mode is assuming a diagram-driven workflow will stay fast during frequent layout churn.
Missteps around model setup and input hygiene also show up when projects require complex network parameter management.
Using a CAD-centric tool for advanced safety and protection deliverables without planning for external analysis coverage
AutoCAD Electrical emphasizes electrical schematic and wiring documentation automation, so teams should budget for external arc-flash and protective coordination workflows when those studies are required.
Treating diagram edits as the source of truth for study assumptions
CYME and PowerFactory keep results tied to their modeled network and case structures, so teams should update network parameters inside the model rather than trying to patch outputs after the fact.
Overloading diagram-driven modeling without accounting for layout churn performance tradeoffs
ETAP’s diagram-driven modeling can slow teams that frequently change layout, so governance for when to rebuild diagrams versus when to run studies helps avoid rework.
Allowing imported or upstream inputs to degrade schedule consistency across regenerated outputs
elec calc relies on upstream electrical inputs to refresh diagram and schedule outputs, so inconsistent input hygiene can create schedule mismatches even when recalculation triggers correctly.
Assuming design-rule checking exists for cable and protection compatibility without validating selection logic alignment
Caneco BT includes built-in design-rule checking aligned to project calculation assumptions, while tools without equivalent deterministic rule validation may require careful external preparation and import quality for consistent results.
How We Selected and Ranked These Tools
We evaluated AutoCAD Electrical, ETAP, and CYME first for how their workflows keep electrical documentation outputs aligned with calculation assumptions. Features counted for 40% of the scoring, and ease and value each counted for 30%.
AutoCAD Electrical separated from the pack with electrical-centric symbol and tag management that keeps circuit tagging and cross-reference propagation synchronized across drawings, which directly reduces reconciliation work during revisions. ETAP and CYME ranked highly where they connected protection and safety outcomes to a maintained model, while PowerFactory and EasyPower were scored on integrated study depth across multiple engineering scenarios.
Frequently Asked Questions About Electrical Planning Software
How do AutoCAD Electrical and MagiCAD Electrical keep tags and circuit numbering synchronized across drawings?
Which tool fits teams that need load schedules and protection studies in one project environment?
What breaks if network calculations are disconnected from documentation generation in a feeder study workflow?
When does CYME become a better fit than schematic-led documentation tools?
How do ETAP and EasyPower handle protective-device coordination and arc-flash outputs tied to the same design assumptions?
Which integration paths are typically used for CAD handoff from electrical planning tools, and what artifacts are exchanged?
How do tools differ when teams need data migration from existing libraries, symbols, or project formats?
What security controls matter most when multiple engineers must work on the same project model?
When should design-rule checking be prioritized over detailed simulation depth?
How does extensibility affect automation of reports, schedules, and custom processing in AutoCAD Electrical versus ETAP?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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