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 * In order to analyse data, one must download the relevant script from the source code repository: [https://simtk.org/websvn/wsvn/openknee/utl/SimVitro/#_utl_SimVitro_].
   * All tdms files should be placed in the same folder in order for the script to access the input files.
   * A text file with the list of tdms files should be included as an argument when running script. The tdms file name should be written with the extension, for example 'datafile.tdms'.
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 * In order to analyse data, one must download the relevant script from the source code repository: https://simtk.org/websvn/wsvn/openknee/. One can access the file by following the path: utl/SimVitro/tdms_plotting.py. A text file with list of tdms files should be included as an argument when running script.

TableOfContents()

Target Outcome

Loading and boundary conditions (kinematics-kinetics) reflecting experimentation, which are represented in model coordinate systems

Prerequisites

Include(Infrastructure/AuxiliarySoftware, "Infrastructure", 2, from="= Scripting & Numerical Analysis =", to="= Finite Element Analysis =")

Previous Protocols

  • ["Specifications/ExperimentationAnatomicalImaging"]
  • ["Specifications/ExperimentationJointMechanics"]
  • ["Specifications/Registration"]

Protocols

Input

  • Model coordinate systems and transformation matrices (obtained from imaging)
  • Experimentation coordinate systems and transformation matrices (obtained from joint mechanics testing)
  • Transformation matrices for registration of imaging and joint testing coordinate systems (obtained from registration)

  • In order to analyse data, one must download the relevant script from the source code repository: [https://simtk.org/websvn/wsvn/openknee/utl/SimVitro/#_utl_SimVitro_].

    • All tdms files should be placed in the same folder in order for the script to access the input files.
    • A text file with the list of tdms files should be included as an argument when running script. The tdms file name should be written with the extension, for example 'datafile.tdms'.

Procedures

-- ["aerdemir"] DateTime(2014-11-18T13:58:01Z) This section may list general purpose procedures and alternatives to utilize the same input to reach the same output. Procedures optimized for different joints (tibiofemoral or patellofemoral) should also be provided in here.

Output

  • Joint kinematics-kinetics information
    • Experimental kinematics and/or kinetics described in a form that can be directly applied to the model as inputs.
    • Experimental kinematics and/or kinetics described in a form that can be directly compared to the model outputs.
      • Data processed with Python and displayed on plots. This data is in the form of raw data and processed data.
      • In addition, reproducibility tests are analysed with plots comparing relevant processed data for anterior-posterior laxity tests during 30 degrees flexion. A table of RMS values statistically compares the reproducibility tests to each other and will be included with output data.

Test Problem

-- ["aerdemir"] DateTime(2014-11-18T13:58:01Z) Reproducibility tests (30 degrees flexion anterior-posterior laxity) during characterization of tibiofemoral joint kinematics/kinetics can be a good candidate.

Specifications/ModelingKinematicsKinetics (last edited 2019-04-17 17:55:17 by owings)