def test_markAdoptedSets():
# Set's.
fus = osim.FunctionSet()
fu1 = osim.Constant()
fus.adoptAndAppend(fu1)
del fus
del fu1
gs = osim.GeometrySet()
dg = osim.DisplayGeometry()
gs.adoptAndAppend(dg)
del gs
del dg
s = osim.ScaleSet()
o = osim.Scale()
s.adoptAndAppend(o)
del s
del o
s = osim.ForceSet()
o = osim.BushingForce()
s.adoptAndAppend(o)
del s
del o
cs = osim.ControllerSet()
csc = osim.PrescribedController()
cs.adoptAndAppend(csc)
del cs
del csc
s = osim.ContactGeometrySet()
o = osim.ContactHalfSpace()
s.adoptAndAppend(o)
del s
del o
s = osim.AnalysisSet()
o = osim.MuscleAnalysis()
s.adoptAndAppend(o)
del s
del o
s = osim.ControlSet()
o = osim.ControlLinear()
s.adoptAndAppend(o)
del s
del o
s = osim.MarkerSet()
o = osim.Marker()
s.adoptAndAppend(o)
del s
del o
s = osim.BodySet()
o = osim.Body()
s.adoptAndAppend(o)
del s
del o
s = osim.BodyScaleSet()
o = osim.BodyScale()
s.adoptAndAppend(o)
del s
del o
s = osim.CoordinateSet()
o = osim.Coordinate()
s.adoptAndAppend(o)
del s
del o
s = osim.JointSet()
o = osim.BallJoint()
s.adoptAndAppend(o)
del s
del o
s = osim.PathPointSet()
o = osim.PathPoint()
s.adoptAndAppend(o)
del s
del o
s = osim.IKTaskSet()
o = osim.IKMarkerTask()
s.adoptAndAppend(o)
del s
del o
s = osim.MarkerPairSet()
o = osim.MarkerPair()
s.adoptAndAppend(o)
del s
del o
s = osim.MeasurementSet()
o = osim.Measurement()
s.adoptAndAppend(o)
del s
del o
# TODO
# s = osim.ProbeSet()
# o = osim.Umberger2010MuscleMetabolicsProbe()
# s.adoptAndAppend(o)
# del s
# del o
s = osim.ConstraintSet()
a = osim.Model()
body = osim.Body('body', 1.0, osim.Vec3(0, 0, 0), osim.Inertia(0, 0, 0))
loc_in_parent = osim.Vec3(0, -0, 0)
orient_in_parent = osim.Vec3(0, 0, 0)
loc_in_body = osim.Vec3(0, 0, 0)
orient_in_body = osim.Vec3(0, 0, 0)
joint = osim.WeldJoint("weld_joint", a.getGroundBody(), loc_in_parent,
orient_in_parent, body, loc_in_body,
orient_in_parent)
a.addBody(body)
constr = osim.ConstantDistanceConstraint()
constr.setBody1ByName("ground")
constr.setBody1PointLocation(osim.Vec3(0, 0, 0))
constr.setBody2ByName("body")
constr.setBody2PointLocation(osim.Vec3(1, 0, 0))
constr.setConstantDistance(1)
s.adoptAndAppend(constr)
def test_markAdoptedSets(self):
# Set's.
fus = osim.FunctionSet()
fu1 = osim.Constant()
fus.adoptAndAppend(fu1)
del fus
del fu1
s = osim.ScaleSet()
o = osim.Scale()
s.adoptAndAppend(o)
del s
del o
s = osim.ControlSet()
o = osim.ControlLinear()
s.adoptAndAppend(o)
del s
del o
s = osim.BodyScaleSet()
o = osim.BodyScale()
s.adoptAndAppend(o)
del s
del o
s = osim.PathPointSet()
o = osim.PathPoint()
s.adoptAndAppend(o)
del s
del o
s = osim.IKTaskSet()
o = osim.IKMarkerTask()
s.adoptAndAppend(o)
del s
del o
s = osim.MarkerPairSet()
o = osim.MarkerPair()
s.adoptAndAppend(o)
del s
del o
s = osim.MeasurementSet()
o = osim.Measurement()
s.adoptAndAppend(o)
del s
del o
s = osim.FrameSet()
o = osim.Body()
s.adoptAndAppend(o)
del s
del o
s = osim.ForceSet()
o = osim.CoordinateLimitForce()
s.adoptAndAppend(o)
del s
del o
s = osim.ForceSet()
o = osim.SpringGeneralizedForce()
s.append(o)
s = osim.ProbeSet()
o = osim.Umberger2010MuscleMetabolicsProbe()
s.adoptAndAppend(o)
del s
del o
a = osim.Model()
body = osim.Body('body', 1.0, osim.Vec3(0, 0, 0),
osim.Inertia(0, 0, 0))
loc_in_parent = osim.Vec3(0, -0, 0)
orient_in_parent = osim.Vec3(0, 0, 0)
loc_in_body = osim.Vec3(0, 0, 0)
orient_in_body = osim.Vec3(0, 0, 0)
joint = osim.WeldJoint("weld_joint", a.getGround(), loc_in_parent,
orient_in_parent, body, loc_in_body,
orient_in_parent)
a.addBody(body)
constr = osim.ConstantDistanceConstraint()
constr.setBody1ByName("ground")
constr.setBody1PointLocation(osim.Vec3(0, 0, 0))
constr.setBody2ByName("body")
constr.setBody2PointLocation(osim.Vec3(1, 0, 0))
constr.setConstantDistance(1)
a.addConstraint(constr)
# Model Scaler
scaleTool.getModelScaler().setApply(1)
scaleTool.getModelScaler().setScalingOrder(osim.ArrayStr('measurements', 1))
scaleTool.getModelScaler().setMarkerFileName(TRC_file)
scaleTool.getModelScaler().setTimeRange(TimeArray)
scaleTool.getModelScaler().setPreserveMassDist(1)
scaleTool.getModelScaler().setOutputModelFileName(scaled_MM_path)
scaleTool.getModelScaler().setOutputScaleFileName(XML_SF_file)
# The scale factor information concern the pair of marker that will be used
# to scale each body in your model to make it more specific to your subject.
# The scale factor are computed with the distance the virtual markers and between your experimental markers
# Create a Marker Pair Set fo each body
measurementTemp = osim.Measurement()
bodyScaleTemp = osim.BodyScale()
markerPairTemp = osim.MarkerPair()
for i in range(0, nBody):
# Create a Marker Pair Set
markerPair = markerPairTemp.clone()
markerPair.setMarkerName(0, markerPairList[i][0])
markerPair.setMarkerName(1, markerPairList[i][1])
# Create a Body Scale Set
bodyScale = bodyScaleTemp.clone()
bodyScale.setName(bodyNames[i][0]) # Name of the body
bodyScale.setAxisNames(osim.ArrayStr('X Y Z', 1))
# Create a measurement
