pyCGM2.Lib.CGM.cgm2_5.calibrate

pyCGM2.Lib.CGM.cgm2_5.calibrate(DATA_PATH: str, calibrateFilenameLabelled: str, translators: Dict, weights: Dict, required_mp: Dict, optional_mp: Dict, ik_flag: bool, leftFlatFoot: bool, rightFlatFoot: bool, headFlat: bool, markerDiameter: float, hjcMethod: Dict, pointSuffix: str, *argv, **kwargs)

CGM25 calibration.

Parameters:

• DATA_PATH (str) – folder path.

• calibrateFilenameLabelled (str) – filename of your static file.

• translators (dict) – marker translators.

• required_mp (dict) – required anthropometric parameter.

• optional_mp (dict) – optional anthropometric parameter.

• ik_flag (bool) – enable or disable inverse kinematics

• leftFlatFoot (bool) – flat foot option.

• rightFlatFoot (bool) – flat foot option.

• headFlat (bool) – flat head option.

• markerDiameter (float) – marker diameter

• hjcMethod (dict) – hip joint centre regressions

• pointSuffix (str) – suffix to add to ouputs

Keyword Arguments:

• anomalyException (bool) – raise exception if anomaly detected

• forceBtkAcq (btk.btkAcquisition) – use a btkAcquisition instance instead of building the btkAcquisition from the static filename

• displayCoordinateSystem (bool) – return virtual markers for visualisation of the anatomical refentials

• noKinematicsCalculation (bool) – disable computation of joint kinematics

• forceMP (bool) – force the use of mp offset to compute the knee and ankle joint centres

Returns:

• model (pyCGM2.Model) – the calibrated Model

• acqStatic (btk.btkAcquisition) – static btkAcquisition instance with model ouputs

• detectAnomaly (bool) – presence of anomaly