pyCGM2 : python Conventional Gait Model
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  • Background
    • History and Nomenclature
    • Definitions
      • Kinematic chain
      • Segments
      • Marker placement
      • Model outputs
      • Variants
    • Strengths
    • Weaknesses
    • Updating the CGM
      • Design criteria
      • Issues to be addressed
  • CGM #i
    • CGM1.0
    • CGM 1.1
    • CGM 2.1
    • CGM 2.2
    • CGM 2.3
    • CGM 2.4
    • CGM 2.5
    • CGM 2.6
  • Installation
    • Set-up python
    • Install pyCGM2
    • Known issues
  • Vicon and QTM Commands
    • Nexus
      • The pre-configured pyCGM2 pipeline
      • Commmand-lines
        • CGM
        • Events
        • Gaps filling
        • Gait Plots
        • EMG
      • Input argument references
    • QTM
  • Work with the API
    • Gait applications
      • Application of a conventional Gait model
      • Process your gait data
      • Detect gait events
      • Work with emg
  • Resources
    • Palpation
    • Clinical Gait analysis courses
    • Programming
      • Btk
      • Learn python
  • Blog
    • Kalman gap filling theory
  • Frequently asked Questions
    • How to cite pyCGM2
    • How to find my conda path
    • Integrate a pyCGM2 command as a nexus pipeline operation
    • Change default CGM settings temporarly or permanantly
    • Modify the default EMG configuration

Nexus

This website only covers the use of the release candidate pyCGM2 4.4-rc1. please refer to Nexus documentation for the use of the Nexus-embedded pyCGM2 version

If you have followed the installation instructions, you should already have a pre-configured pipeline that allows you to work with the CGM2.3 and access the various available methods.

nexusAvailableCommands

The different operation call command you can can also interact from command lines with pyCGM2.execopy in an anaconda prompt

see more about the pipeline in the next section

Vicon and QTM Commands The pre-configured pyCGM2 pipeline
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Vicon Salford Univ
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pyCGM2 : python Conventional Gait Model
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