pyCGM2.Lib.CGM.cgm2_2.fitting

pyCGM2.Lib.CGM.cgm2_2.fitting(model: Model, DATA_PATH: str, reconstructFilenameLabelled: str, translators: Dict, weights: Dict, ik_flag: bool, markerDiameter: float, pointSuffix: str, mfpa: str, momentProjection: str, *argv, **kwargs)

CGM22 Fitting.

Parameters:

• model (Model) – a calibrated model

• DATA_PATH (str) – folder path.

• reconstructFilenameLabelled (str) – filename of your gait trial.

• translators (dict) – marker translators.

• weights (dict) – marker weights

• ik_flag (bool) – enable/disable inverse kinematics

• markerDiameter (float) – marker diameter

• pointSuffix (str) – suffix to add to ouputs

• mfpa (str) – force plate assignment

• momentProjection (str) – referential for projection of joint moment

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

• frameInit (int) – frame index.

• frameEnd (int) – frame index

• fc_lowPass_marker (float) – low-pass fiter cutoff frequency applied on marker trajectories

• order_lowPass_marker (int) – order of the low-pass filter applied on marker trajectories

• fc_lowPass_forcePlate (float) – low-pass fiter cutoff frequency applied on force plate measurements

• order_lowPass_forcePlate – order fiter cutoff frequency applied on force plate measurements

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

• noKinematicsCalculation (bool) – disable computation of joint kinematics

Returns:

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

• detectAnomaly (bool) – presence of anomaly