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

Btk

Biomechanical ToolKit (Btk) is an efficient cross-platform library for dealing with the c3d format especially. There are plenty of convenient methods allowing to ** read** or **write** markers, events, or analog signals.

I gather in this cheat sheet, different snippets for helping developers to understand Btk concepts and starting coding in Python.

btkCheat

Check out the Btk website for finding out more.

Btk is no longer supported. The BTK evolved to a new project. It was heavily restructured in a new API integrated to Moveck solutions.

Programming Learn python
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pyCGM2 : python Conventional Gait Model
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