python3 -m fmpy simulate  --output-file StewartPlatform_StewartPlatform.Scenarios.StewartPlatform_InverseDynamic2_res.csv --start-time 0 --stop-time 10 --timeout 50 --relative-tolerance 1e-06 --interface-type ModelExchange --solver CVode --output-interval 0.120482 StewartPlatform_StewartPlatform_Scenarios_StewartPlatform_InverseDynamic2.fmu
LOG_STDOUT        | info    | Using sparse solver for linear system 74,
|                 | |       | because density of 0.096 remains under threshold of 0.200.
LOG_STDOUT        | info    | The simulation runtime does not have access to sparse solvers. Defaulting to a dense linear system solver instead.
LOG_STDOUT        | info    | The maximum density for using sparse solvers can be specified
|                 | |       | using the runtime flag '<-lssMaxDensity=value>'.
LOG_ASSERT        | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/StewartPlatform 1.0.2/ReferenceSignals/CubicTrajectory.mo:74:3-75:139:writable]
|                 | |       | The following assertion has been violated during initialization at time 0.000000
|                 | |       | ((StewartPlatform.Scenarios.StewartPlatform_InverseDynamic2.path.cubicTrajectory2.checkConstraints(path.cubicTrajectory2.ao, path.cubicTrajectory2.startTime, path.cubicTrajectory2.startTime + path.cubicTrajectory2.transitionTime))) --> "CubicTrajectory: WARNING, overshoots (or undershoots) in rotation angles profiles during motion"
LOG_ASSERT        | warning | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/StewartPlatform 1.0.2/ReferenceSignals/CubicTrajectory.mo:74:3-75:139:writable]
|                 | |       | The following assertion has been violated during initialization at time 0.000000
|                 | |       | ((StewartPlatform.Scenarios.StewartPlatform_InverseDynamic2.path.cubicTrajectory2.checkConstraints(path.cubicTrajectory2.ao, path.cubicTrajectory2.startTime, path.cubicTrajectory2.startTime + path.cubicTrajectory2.transitionTime))) --> "CubicTrajectory: WARNING, overshoots (or undershoots) in rotation angles profiles during motion"