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Data Science AnalyticsTop 8 Best Gait Analysis Software of 2026
Discover the top 10 best gait analysis software. Find features, comparisons, and choose the right tool for your needs.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
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Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
C-Motion
Marker-based motion capture processing that generates joint kinematics and spatiotemporal gait metrics
Built for clinics and labs needing standardized gait metrics, reporting, and repeatable analysis workflows.
Vicon Nexus
Nexus labeling and quality-control tools for marker trajectories and gait event workflows
Built for motion analysis labs needing marker-based gait capture and standardized kinematics.
Vicon Polygon
Automated gait event detection and spatiotemporal metric calculation for Vicon trials
Built for clinics and research labs standardizing Vicon-based gait capture and reporting.
Related reading
Comparison Table
This comparison table reviews leading gait analysis software used for capturing and quantifying human movement, including C-Motion, Vicon Nexus, Vicon Polygon, Qualisys Track Manager, and Noldus EthoVision XT. It organizes key evaluation points across each platform so readers can compare marker-based and video-based workflows, data capture and calibration options, analytics output, and integration paths for clinical and research use cases.
| # | Tool | Category | Overall | Features | Ease of Use | Value |
|---|---|---|---|---|---|---|
| 1 | C-Motion Provides motion capture and gait analysis software used for clinical and research gait assessment workflows. | clinical motion capture | 8.6/10 | 9.0/10 | 8.0/10 | 8.7/10 |
| 2 | Vicon Nexus Delivers motion capture acquisition and analysis tools that support gait analysis using marker-based kinematics. | enterprise motion capture | 8.1/10 | 8.8/10 | 7.6/10 | 7.5/10 |
| 3 | Vicon Polygon Includes biomechanics and kinematics processing capabilities used to analyze gait data from marker-based systems. | biomechanics processing | 8.1/10 | 8.6/10 | 7.6/10 | 8.0/10 |
| 4 | Qualisys Track Manager Runs marker tracking and motion capture analysis workflows that support gait analysis output. | motion tracking | 7.7/10 | 8.2/10 | 7.2/10 | 7.5/10 |
| 5 | Noldus EthoVision XT Analyzes animal gait and locomotion from video using automated tracking and measurable behavioral outputs. | video tracking | 8.1/10 | 8.7/10 | 7.6/10 | 7.9/10 |
| 6 | Kinovea Provides 2D video motion analysis tools that can quantify gait events and angles from recorded footage. | 2D video analysis | 7.4/10 | 7.5/10 | 8.0/10 | 6.6/10 |
| 7 | OpenSim Uses biomechanical musculoskeletal modeling to simulate and analyze gait mechanics from motion data. | open-source biomechanics | 7.9/10 | 8.5/10 | 6.8/10 | 8.1/10 |
| 8 | Tempered Motion Offers gait analysis analytics for rehabilitation and movement assessment using sensor-driven metrics and reporting. | rehab gait analytics | 7.3/10 | 7.4/10 | 7.0/10 | 7.4/10 |
Provides motion capture and gait analysis software used for clinical and research gait assessment workflows.
Delivers motion capture acquisition and analysis tools that support gait analysis using marker-based kinematics.
Includes biomechanics and kinematics processing capabilities used to analyze gait data from marker-based systems.
Runs marker tracking and motion capture analysis workflows that support gait analysis output.
Analyzes animal gait and locomotion from video using automated tracking and measurable behavioral outputs.
Provides 2D video motion analysis tools that can quantify gait events and angles from recorded footage.
Uses biomechanical musculoskeletal modeling to simulate and analyze gait mechanics from motion data.
Offers gait analysis analytics for rehabilitation and movement assessment using sensor-driven metrics and reporting.
C-Motion
clinical motion captureProvides motion capture and gait analysis software used for clinical and research gait assessment workflows.
Marker-based motion capture processing that generates joint kinematics and spatiotemporal gait metrics
C-Motion stands out by targeting clinically oriented gait analysis workflows with integrated measurement, reporting, and multimodal capture support. The platform emphasizes marker-based motion capture processing for joint kinematics, spatiotemporal parameters, and standardized session outputs used in rehabilitation and research settings. It also supports case documentation through structured report generation and repeatable analysis pipelines across patient visits. This focus makes it well suited for teams that need consistent analysis rather than only interactive visualization.
Pros
- Clinical gait analysis pipeline with structured session outputs
- Strong support for marker-based kinematics and spatiotemporal measurements
- Repeatable processing helps standardize cross-visit comparisons
- Reporting workflow supports documentation for clinical and research use
Cons
- Setup and configuration can be heavy for small teams
- Workflow depth can slow users who only need quick visual checks
- Requires trained operators for reliable capture-to-analysis quality
Best For
Clinics and labs needing standardized gait metrics, reporting, and repeatable analysis workflows
More related reading
Vicon Nexus
enterprise motion captureDelivers motion capture acquisition and analysis tools that support gait analysis using marker-based kinematics.
Nexus labeling and quality-control tools for marker trajectories and gait event workflows
Vicon Nexus is distinct for its role as the central acquisition and processing hub in Vicon motion capture workflows for human movement analysis. It supports marker-based gait capture with real-time streaming, robust data labeling tools, and automated pipelines for standard kinematic outputs. Dedicated post-processing tools streamline trial review, event handling, and export of cleaned motion data for downstream biomechanical analysis.
Pros
- Marker-based gait capture and processing with mature Vicon pipeline tooling
- Strong labeling and trial review tools that speed up quality-control workflows
- Flexible data export for biomechanical models and downstream analysis
Cons
- Setup complexity increases time-to-first-gait-capture for new teams
- Best results depend on disciplined marker placement and capture settings
- UI workflows can feel dense for analysts focused on a single gait metric
Best For
Motion analysis labs needing marker-based gait capture and standardized kinematics
Vicon Polygon
biomechanics processingIncludes biomechanics and kinematics processing capabilities used to analyze gait data from marker-based systems.
Automated gait event detection and spatiotemporal metric calculation for Vicon trials
Vicon Polygon stands out for its tight integration with Vicon motion-capture workflows and its focus on clinical gait analysis deliverables. The platform supports marker-based 3D kinematics with standardized gait event timing and compute-ready outputs for spatiotemporal metrics and joint angles. Polygon emphasizes report generation from trial data so results can move from lab capture to clinician review with less manual rework. The solution is strongest when Vicon hardware and downstream analysis steps are already established in a gait lab pipeline.
Pros
- Strong spatiotemporal and joint kinematics outputs designed for gait lab reporting
- Efficient trial processing pipeline built around Vicon capture workflows
- Works well for longitudinal studies needing consistent event timing and exports
- Generates clinician-friendly results from captured biomechanics data
Cons
- Best outcomes depend on stable marker placement and consistent capture quality
- Workflow setup can be complex for labs without existing Vicon standards
- Less flexible for non-Vicon capture sources and custom acquisition setups
- Advanced configuration takes time to learn and tune for repeatability
Best For
Clinics and research labs standardizing Vicon-based gait capture and reporting
More related reading
Qualisys Track Manager
motion trackingRuns marker tracking and motion capture analysis workflows that support gait analysis output.
Qualisys Track Manager Data Processing and export pipeline for marker-based 3D gait trajectories
Qualisys Track Manager stands out for its tight integration with Qualisys motion capture hardware and its toolchain for turning marker trajectories into biomechanical analysis inputs. It supports 3D capture, labeling workflows, coordinate system setup, and export paths that feed downstream gait analysis pipelines. Stronger value comes from projects that already rely on marker-based capture rather than from standalone clinical analytics. Core gait workflows typically depend on accurate capture, calibration, and consistent labeling more than on built-in, one-click clinical reporting.
Pros
- Marker trajectory processing built for Qualisys capture hardware workflows
- Coordinate system setup and calibration tools support consistent gait analysis baselines
- Flexible export and data preparation for biomechanical and gait pipeline integration
Cons
- Gait-ready outputs depend on correct labeling and session configuration discipline
- Advanced setup steps add friction for teams without motion capture expertise
- Built-in gait-specific analytics and clinical reports are limited compared with dedicated systems
Best For
Motion capture teams needing marker-based gait data preparation and exports
Noldus EthoVision XT
video trackingAnalyzes animal gait and locomotion from video using automated tracking and measurable behavioral outputs.
Automated tracking that outputs detailed locomotion time-series for downstream gait analysis
Noldus EthoVision XT stands out with an end-to-end workflow for automated behavioral tracking and detailed gait-related measurements from video. It supports region-based tracking, multi-parameter extraction, and analysis across repeated sessions to quantify locomotion patterns and temporal changes. Its strength is turning raw video into structured time-series metrics that can support gait phenotyping and comparative studies.
Pros
- Robust automated tracking with configurable regions for consistent locomotion measurement
- Rich time-series outputs suited for gait metrics and group comparisons
- Session handling supports repeated experiments and longitudinal gait phenotyping
Cons
- Gait quality depends heavily on camera setup and segmentation parameters
- Workflow depth can feel complex for users needing quick start analysis
- Advanced gait interpretation requires careful configuration and data cleanup
Best For
Behavior labs needing automated video-derived gait metrics with repeatable analysis workflows
More related reading
Kinovea
2D video analysisProvides 2D video motion analysis tools that can quantify gait events and angles from recorded footage.
Interactive frame-by-frame measurement with angle and distance overlays directly on video
Kinovea stands out for fast, offline video playback paired with precise 2D annotation tools for gait and movement analysis. Users can place time-stamped markers, draw measurement tools like angles and distances, and export annotated clips or data for documentation and comparison. The software supports kinematic overlays across multiple frames to help track changes in stride, joint alignment, and foot placement over time. Its main strengths focus on practical video-based analysis rather than building full end-to-end biomechanical pipelines.
Pros
- Frame-accurate analysis with marker, line, angle, and distance tools for gait metrics
- Lightweight workflow that keeps video playback and measurement tightly integrated
- Export options for annotated results to support coaching and reporting
Cons
- 2D-only measurement limits applications needing true 3D motion analysis
- Fewer advanced biomechanical features compared with dedicated clinical platforms
- Project organization and batch processing are not geared for large-scale datasets
Best For
Physio and coaching teams needing quick 2D gait measurements from video
OpenSim
open-source biomechanicsUses biomechanical musculoskeletal modeling to simulate and analyze gait mechanics from motion data.
Musculoskeletal model simulation producing inverse-dynamics joint torques and forces from gait kinematics
OpenSim stands out for turning biomechanical models into a full workflow for gait analysis, not just viewing motion data. Users build and run musculoskeletal simulations, generate joint kinematics and kinetics, and compare simulated results against measured motion capture. The tool supports standard inverse kinematics and inverse dynamics pipelines and integrates well with common motion capture formats and marker-based workflows.
Pros
- End-to-end pipeline from motion data to joint kinematics and kinetics
- High-fidelity musculoskeletal simulation with inverse kinematics and inverse dynamics
- Rich model customization for gait studies across populations
- Community-driven examples and model libraries for faster setup
Cons
- Requires modeling knowledge and careful setup to avoid unstable results
- Workflow can feel complex for simple, marker-only gait reports
- Data cleanup and calibration quality strongly affect outputs
- Visualization and reporting are not as streamlined as dedicated clinical tools
Best For
Research teams needing simulation-based gait kinetics with customizable musculoskeletal models
More related reading
Tempered Motion
rehab gait analyticsOffers gait analysis analytics for rehabilitation and movement assessment using sensor-driven metrics and reporting.
Session comparison visualizations built for gait parameter change tracking
Tempered Motion distinguishes itself with an end-to-end gait analysis workflow built around clinical and athletic decision-making rather than standalone measurements. The platform focuses on capturing movement data, producing gait-specific insights, and translating results into reports for review and follow-up. Core capabilities center on motion capture inputs, gait parameter analysis, and visualization that supports comparative assessment across sessions. The tool is geared toward teams that need repeatable gait evaluation outputs for rehabilitation planning or performance monitoring.
Pros
- Gait-focused analysis workflow that supports clinical or sports review cycles
- Visual outputs help communicate spatiotemporal changes across sessions
- Report generation supports structured documentation for follow-up
Cons
- Workflow setup can require more guidance than general video analysis tools
- Advanced customization options are limited compared with research-grade toolchains
- Hardware integration breadth can constrain camera or lab equipment choices
Best For
Clinics and performance teams needing repeatable gait reporting and session comparison
Conclusion
After evaluating 8 data science analytics, C-Motion 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 Gait Analysis Software
This buyer's guide explains how to select gait analysis software for clinical gait assessment, motion capture labs, behavioral video tracking, and research simulation workflows. It covers tools including C-Motion, Vicon Nexus, Vicon Polygon, Qualisys Track Manager, Noldus EthoVision XT, Kinovea, OpenSim, and Tempered Motion. Each section maps concrete capabilities like marker-based processing, gait event detection, automated video tracking, and inverse-dynamics modeling to real buying priorities.
What Is Gait Analysis Software?
Gait analysis software turns recorded movement into measurable gait variables like joint kinematics, spatiotemporal timing, locomotion time-series, or simulation-ready biomechanics outputs. Motion capture-centric tools like C-Motion and Vicon Nexus focus on marker-based capture processing, labeling, and standardized gait metrics that support cross-visit comparisons. Video-centric tools like Kinovea and Noldus EthoVision XT convert filmed locomotion into time-stamped measurements or automated tracking outputs. Modeling-centric tools like OpenSim generate joint torques and forces by running musculoskeletal simulations from gait kinematics.
Key Features to Look For
Gait analysis software succeeds when it converts the specific input type used in the lab or clinic into trustworthy, repeatable gait metrics and usable outputs.
Marker-based gait processing that outputs joint kinematics and spatiotemporal metrics
C-Motion generates joint kinematics and spatiotemporal gait metrics from marker-based motion capture processing, which supports standardized clinical and research workflows. Vicon Polygon similarly focuses on Vicon trial outputs that compute spatiotemporal metrics and joint angles for longitudinal gait deliverables.
Gait event workflows with labeling and quality control for marker trajectories
Vicon Nexus provides Nexus labeling and quality-control tools that streamline marker trajectory cleanup and gait event workflows. This matters when consistent event handling is required for export-ready kinematics and cleaned motion data.
Automated gait event detection and spatiotemporal metric calculation
Vicon Polygon emphasizes automated gait event detection and spatiotemporal metric calculation for Vicon trials, reducing manual event timing work. This helps teams standardize timing across sessions for clinician-friendly reporting and longitudinal studies.
Coordinate system setup, calibration support, and export pipelines for marker trajectories
Qualisys Track Manager includes coordinate system setup and calibration tools that support consistent gait analysis baselines with Qualisys capture workflows. It also provides a marker trajectory data processing and export pipeline for downstream biomechanical and gait pipelines.
Automated video tracking that produces locomotion time-series metrics
Noldus EthoVision XT provides automated tracking with configurable regions and outputs detailed locomotion time-series for gait-related measurements. This supports repeatable analysis across repeated experiments and longitudinal gait phenotyping.
Simulation-grade musculoskeletal inverse dynamics for gait kinetics
OpenSim supports inverse kinematics and inverse dynamics pipelines that simulate musculoskeletal mechanics from motion data. It produces inverse-dynamics joint torques and forces from gait kinematics, which is essential for research teams focused on gait kinetics rather than only visualization.
How to Choose the Right Gait Analysis Software
The best choice matches the software’s core workflow to the capture input type and the required output, such as marker-based standardized metrics, automated event timing, video-derived locomotion time-series, or simulation-ready kinetics.
Match the tool to the capture method and expected output
Marker-based labs that already capture human gait with marker trajectories should prioritize C-Motion, Vicon Nexus, Vicon Polygon, or Qualisys Track Manager based on whether they need acquisition labeling, automated gait metrics, or export pipelines. Video-first workflows for coaching or clinical viewing should focus on Kinovea for 2D angle and distance overlays, while behavior labs that need automated locomotion time-series should evaluate Noldus EthoVision XT.
Confirm event handling and repeatability for longitudinal comparisons
Teams doing cross-visit rehabilitation comparisons should look for repeatable processing and standardized session outputs in C-Motion and report-oriented pipelines in Vicon Polygon. Labs that depend on consistent gait event timing should evaluate Vicon Nexus for labeling and quality control or Vicon Polygon for automated gait event detection and spatiotemporal metric calculation.
Evaluate data prep and integration effort based on existing hardware standards
Qualisys Track Manager fits motion capture teams already using Qualisys hardware because it centers on coordinate system setup, calibration, and export-ready marker trajectory pipelines. Vicon Nexus and Vicon Polygon fit best when Vicon capture workflows and labeling standards are already in place, because setup complexity increases when teams lack disciplined marker placement and capture settings.
Choose reporting and documentation workflows that fit the decision cycle
Clinics that need structured session outputs and documentation for follow-up should target C-Motion because it emphasizes report generation and repeatable pipelines across patient visits. Tempered Motion focuses on gait parameter change tracking with session comparison visualizations and report generation for review and follow-up cycles.
Pick modeling depth only if kinetics simulation is a real requirement
Research teams needing joint torques and forces should choose OpenSim because it runs musculoskeletal simulations with inverse kinematics and inverse dynamics. Teams that only need quick visual checks and 2D measurements should avoid overcomplicating with simulation workflows and instead select Kinovea for interactive frame-by-frame angle and distance measurement on video.
Who Needs Gait Analysis Software?
Gait analysis software buyers usually fall into clinical gait metric repeatability, motion capture capture-to-output pipelines, automated video-derived locomotion quantification, or simulation-based gait kinetics modeling.
Clinics and labs that need standardized gait metrics with repeatable reporting
C-Motion fits teams needing structured session outputs, marker-based joint kinematics, and spatiotemporal metrics that support cross-visit comparisons. Vicon Polygon also fits when Vicon capture workflows are already established because it generates clinician-friendly results from trial data with automated gait event detection.
Motion analysis labs focused on marker-based acquisition, labeling, and quality control
Vicon Nexus is built as the central acquisition and processing hub that supports labeling and quality-control workflows for marker trajectories and gait event handling. This is a strong match for analysts who need robust trial review tools and export of cleaned motion data for downstream biomechanical analysis.
Motion capture teams that prepare marker trajectories for downstream gait pipelines
Qualisys Track Manager fits teams relying on Qualisys marker tracking workflows because it supports 3D capture processing, coordinate system setup, calibration, and export paths for biomechanical inputs. This is best when built-in gait analytics and clinical reports are not the primary requirement.
Behavior labs and research groups extracting gait-related measurements from video
Noldus EthoVision XT fits behavior labs that need automated tracking with region-based segmentation and locomotion time-series outputs across repeated sessions. Kinovea fits coaching and physio teams that need fast 2D gait measurements with interactive frame-by-frame angle and distance overlays directly on video.
Common Mistakes to Avoid
Common selection failures come from mismatching the software to the input type, underestimating setup discipline needed for reliable gait metrics, and choosing workflows that are too shallow or too complex for the actual deliverables.
Choosing a marker workflow without planning for capture-to-analysis quality control
Vicon Nexus delivers strong labeling and quality-control tooling, but reliable results still depend on disciplined marker placement and capture settings. C-Motion similarly requires trained operators for capture-to-analysis quality because marker-based processing must start from accurate trajectories.
Expecting true gait-ready analytics from toolchains that are mainly data preparation
Qualisys Track Manager focuses on coordinate system setup, calibration, labeling, and export pipelines, so gait-ready outputs depend on correct labeling and session configuration discipline. Teams needing built-in clinical gait interpretation should plan workflows around marker export and downstream analysis rather than expecting one-click clinical reports.
Using 2D measurement tools for needs that require 3D biomechanics or standardized event timing
Kinovea provides frame-accurate 2D annotation tools for angle and distance overlays, but its 2D-only measurement limits applications requiring true 3D motion analysis. For standardized event timing and spatiotemporal computation, Vicon Polygon and C-Motion provide marker-based gait event and metric pipelines.
Selecting simulation software when the deliverable is only quick visualization or simple gait metrics
OpenSim delivers inverse kinematics and inverse dynamics and can produce joint torques and forces, but it also requires modeling knowledge and careful setup to avoid unstable results. Teams that only need structured clinical spatiotemporal outputs should prioritize C-Motion or Tempered Motion instead of building simulation pipelines.
How We Selected and Ranked These Tools
we evaluated every tool on three sub-dimensions with features weighted at 0.4, ease of use weighted at 0.3, and value weighted at 0.3. The overall rating is computed as the weighted average of those three values using overall = 0.40 × features + 0.30 × ease of use + 0.30 × value. C-Motion separated from lower-ranked options by delivering a clinically oriented marker-based pipeline with structured session outputs that produce joint kinematics and spatiotemporal gait metrics, which raised the features score. C-Motion also maintained strong value and ease characteristics relative to other capture-to-output systems where setup complexity can extend time-to-first gait metric.
Frequently Asked Questions About Gait Analysis Software
Which tool is best when a gait lab needs standardized marker-based processing and repeatable reports?
C-Motion targets clinically oriented gait analysis by producing joint kinematics and spatiotemporal metrics from marker-based motion capture, then generating structured session documentation. Vicon Polygon and Tempered Motion also focus on delivering clinician-ready outputs, but Polygon is most effective inside Vicon-based capture pipelines and Tempered Motion emphasizes session comparison for decision-making.
What’s the main difference between Vicon Nexus and Vicon Polygon for gait workflows?
Vicon Nexus acts as the acquisition and processing hub for Vicon motion capture, with real-time streaming, labeling, and trial review tools that clean marker data before analysis. Vicon Polygon is positioned for downstream clinical gait deliverables, using automated gait event timing to compute spatiotemporal metrics and joint angles that can move into reporting with less manual rework.
Which software fits teams that already use Qualisys hardware and need marker trajectory export for gait analysis?
Qualisys Track Manager is designed to turn marker trajectories into biomechanical analysis inputs through capture setup, labeling workflows, and export paths that feed downstream pipelines. It is a better match for established Qualisys-based capture processes than tools focused on interactive analytics or standalone clinical reporting.
Which option suits video-based gait analysis without a full 3D motion capture pipeline?
Kinovea supports fast offline playback with frame-by-frame 2D annotation, letting users measure time-stamped angles and distances for stride and foot placement tracking. Noldus EthoVision XT goes further by extracting locomotion time-series from video via region-based tracking and multi-parameter measurements for repeated-session comparisons.
Which tool is most appropriate when gait analysis requires simulation of joint kinetics, not just kinematics?
OpenSim is built for musculoskeletal modeling workflows that produce joint kinematics and kinetics by running inverse kinematics and inverse dynamics pipelines. It supports comparison between simulated outcomes and measured motion capture, which tools like Kinovea or Tempered Motion do not target as their primary deliverable.
How do these tools handle gait events and spatiotemporal parameter calculation?
Vicon Polygon emphasizes automated gait event detection and spatiotemporal metric calculation directly from Vicon trials, reducing manual event handling. C-Motion also produces standardized spatiotemporal outputs, while Tempered Motion focuses on comparative tracking of gait parameters across sessions for decision support.
Which software helps with structured documentation across patient visits or repeated lab sessions?
C-Motion includes structured report generation tied to repeatable analysis pipelines so outputs remain consistent across patient visits. Tempered Motion emphasizes repeatable gait evaluation outputs and session comparison visualizations that support follow-up planning, while Vicon Polygon focuses on producing clinician-ready gait deliverables from trial data.
What common workflow problems can arise in marker-based gait analysis, and which tools address them directly?
Marker dropouts, mislabeling, and inconsistent gait event timing can disrupt downstream spatiotemporal metrics, which Vicon Nexus addresses through labeling and quality-control tools for marker trajectories. For clinical deliverables built on Vicon trials, Vicon Polygon streamlines event timing and metric computation, and C-Motion supports standardized pipelines that keep processing steps repeatable.
Which tool is best for teams that need end-to-end video-to-metrics time-series for gait-related phenotyping studies?
Noldus EthoVision XT converts video into structured time-series metrics using automated tracking with region-based extraction and multi-parameter outputs across repeated sessions. EthoVision’s metric time-series orientation can feed gait-related comparative studies that might otherwise require manual frame-by-frame measurement.
Tools reviewed
Referenced in the comparison table and product reviews above.
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