An Analysis module is a special QTM project created with Project Automation Framework. A module contains all you need to get from data collection to a finished report in an easy and streamlined workflow.
Each analysis module is configured with a patient/subject metadata structure, a set of trials, analyses pipelines and report templates.
| Module | Processing engine | Visual3D report | Word report | Web report | |
|---|---|---|---|---|---|
| Gait | Gait | ||||
| Clinical Gait | |||||
| Running | Standard | ||||
| Performance | |||||
| Cycling | Cycling | ||||
| Baseball | Standard | ||||
| Performance | |||||
| Golf | Putting | ||||
| Standard | |||||
| Performance | |||||
| Animal | Equine Lameness | ||||
| Framework license | Possibility to implement your own modules. | ||||
Our Gait modules are available for a number of different marker sets, including CAST, Modified Helen Hayes and IOR/Leardini. The complete list of marker sets are outlined in the Modules table.
Project Automation Framework is the foundation on which our analysis modules are built upon. The framework provides all the bits and pieces needed to glue together motion capture, metadata management, analysis pipelines and reports.
Visual3D is tightly integrated with the automation framework in QTM. It provides an extensive biomechanical toolbox and is used in almost all of our analysis modules.
Project Automation Framework comes with powerful tools for managing patient metadata. Set patient height, weight & birth date or any other metadata directly in QTM. The data is stored in a simple, transparent file hierarchy, making it easy and hassle-free to move data across disks & computers.
Advanced users can develop their own analysis modules using our Project Automation Framework. Custom modules can for example run Visual3D pipelines, MATLAB code or any command line application.
Read about Project Automation Framework.
