(cd run_fmpy-fmi3-cs-cvode && python3 -m fmpy simulate --output-file ../ThermofluidStream_dev_ThermofluidStream.FlowControl.Tests.PCV_fmpy-fmi3-cs-cvode_res.csv --output-variables dropOfCommons.L dropOfCommons.assertionLevel dropOfCommons.g 'dropOfCommons.instanceNameColor[1]' 'dropOfCommons.instanceNameColor[2]' 'dropOfCommons.instanceNameColor[3]' dropOfCommons.k_volume_damping dropOfCommons.m_flow_reg dropOfCommons.omega_reg dropOfCommons.p_min dropOfCommons.rho_min flowResValve1.D_h flowResValve1.L flowResValve1.L_value flowResValve1.a flowResValve1.areaCross flowResValve1.areaCrossInput flowResValve1.areaHydraulic flowResValve1.b flowResValve1.clip_p_out flowResValve1.dp flowResValve1.dp_ref_color flowResValve1.dr_corr flowResValve1.h_in flowResValve1.h_out flowResValve1.initM_flow 'der(flowResValve1.inlet.m_flow)' flowResValve1.inlet.m_flow flowResValve1.inlet.r flowResValve1.inlet.state.T flowResValve1.inlet.state.p flowResValve1.l flowResValve1.m_acceleration_0 flowResValve1.m_flow flowResValve1.m_flowStateSelect flowResValve1.m_flow_0 flowResValve1.mu_in flowResValve1.outlet.m_flow flowResValve1.outlet.r flowResValve1.outlet.state.T flowResValve1.outlet.state.p flowResValve1.p_in flowResValve1.p_min flowResValve1.p_out flowResValve1.perimeter flowResValve1.perimeterInput flowResValve1.phi flowResValve1.pressureDropSignificantDigits flowResValve1.r flowResValve1.rho_in flowResValve1.rho_min flowResValve1.shape flowResValve2.D_h flowResValve2.L flowResValve2.L_value flowResValve2.a flowResValve2.areaCross flowResValve2.areaCrossInput flowResValve2.areaHydraulic flowResValve2.b flowResValve2.clip_p_out flowResValve2.dp flowResValve2.dp_ref_color flowResValve2.dr_corr flowResValve2.h_in flowResValve2.h_out flowResValve2.initM_flow 'der(flowResValve2.inlet.m_flow)' flowResValve2.inlet.m_flow flowResValve2.inlet.r flowResValve2.inlet.state.T flowResValve2.inlet.state.p flowResValve2.l flowResValve2.m_acceleration_0 flowResValve2.m_flow flowResValve2.m_flowStateSelect flowResValve2.m_flow_0 flowResValve2.mu_in flowResValve2.outlet.m_flow flowResValve2.outlet.r flowResValve2.outlet.state.T flowResValve2.outlet.state.p flowResValve2.p_in flowResValve2.p_min flowResValve2.p_out flowResValve2.perimeter flowResValve2.perimeterInput flowResValve2.phi flowResValve2.pressureDropSignificantDigits flowResValve2.r flowResValve2.rho_in flowResValve2.rho_min flowResValve2.shape flowResValve3.D_h flowResValve3.L flowResValve3.L_value flowResValve3.a flowResValve3.areaCross flowResValve3.areaCrossInput flowResValve3.areaHydraulic flowResValve3.b flowResValve3.clip_p_out flowResValve3.dp flowResValve3.dp_ref_color flowResValve3.dr_corr flowResValve3.h_in flowResValve3.h_out flowResValve3.initM_flow 'der(flowResValve3.inlet.m_flow)' flowResValve3.inlet.m_flow flowResValve3.inlet.r flowResValve3.inlet.state.T flowResValve3.inlet.state.p flowResValve3.l flowResValve3.m_acceleration_0 flowResValve3.m_flow flowResValve3.m_flowStateSelect flowResValve3.m_flow_0 flowResValve3.mu_in flowResValve3.outlet.m_flow flowResValve3.outlet.r flowResValve3.outlet.state.T flowResValve3.outlet.state.p flowResValve3.p_in flowResValve3.p_min flowResValve3.p_out flowResValve3.perimeter flowResValve3.perimeterInput flowResValve3.phi flowResValve3.pressureDropSignificantDigits flowResValve3.r flowResValve3.rho_in flowResValve3.rho_min flowResValve3.shape flowResValve4.D_h flowResValve4.L flowResValve4.L_value flowResValve4.a flowResValve4.areaCross flowResValve4.areaCrossInput flowResValve4.areaHydraulic flowResValve4.b flowResValve4.clip_p_out flowResValve4.dp flowResValve4.dp_ref_color flowResValve4.dr_corr flowResValve4.h_in flowResValve4.h_out flowResValve4.initM_flow 'der(flowResValve4.inlet.m_flow)' flowResValve4.inlet.m_flow flowResValve4.inlet.r flowResValve4.inlet.state.T flowResValve4.inlet.state.p flowResValve4.l flowResValve4.m_acceleration_0 flowResValve4.m_flow flowResValve4.m_flowStateSelect flowResValve4.m_flow_0 flowResValve4.mu_in flowResValve4.outlet.m_flow flowResValve4.outlet.r flowResValve4.outlet.state.T flowResValve4.outlet.state.p flowResValve4.p_in flowResValve4.p_min flowResValve4.p_out flowResValve4.perimeter flowResValve4.perimeterInput flowResValve4.phi flowResValve4.pressureDropSignificantDigits flowResValve4.r flowResValve4.rho_in flowResValve4.rho_min flowResValve4.shape flowResValve5.D_h flowResValve5.L flowResValve5.L_value flowResValve5.a flowResValve5.areaCross flowResValve5.areaCrossInput flowResValve5.areaHydraulic flowResValve5.b flowResValve5.clip_p_out flowResValve5.dp flowResValve5.dp_ref_color flowResValve5.dr_corr flowResValve5.h_in flowResValve5.h_out flowResValve5.initM_flow 'der(flowResValve5.inlet.m_flow)' flowResValve5.inlet.m_flow flowResValve5.inlet.r flowResValve5.inlet.state.T flowResValve5.inlet.state.p flowResValve5.l flowResValve5.m_acceleration_0 flowResValve5.m_flow flowResValve5.m_flowStateSelect flowResValve5.m_flow_0 flowResValve5.mu_in flowResValve5.outlet.m_flow flowResValve5.outlet.r flowResValve5.outlet.state.T flowResValve5.outlet.state.p flowResValve5.p_in flowResValve5.p_min flowResValve5.p_out flowResValve5.perimeter flowResValve5.perimeterInput flowResValve5.phi flowResValve5.pressureDropSignificantDigits flowResValve5.r flowResValve5.rho_in flowResValve5.rho_min flowResValve5.shape pCValve1.L pCValve1.clip_p_out pCValve1.dp pCValve1.dp_raw pCValve1.dr_corr pCValve1.eps pCValve1.h_in pCValve1.h_out pCValve1.initM_flow 'der(pCValve1.inlet.m_flow)' pCValve1.inlet.m_flow pCValve1.inlet.r pCValve1.inlet.state.T pCValve1.inlet.state.p pCValve1.m_acceleration_0 pCValve1.m_flow pCValve1.m_flowStateSelect pCValve1.m_flow_0 pCValve1.m_flow_reg pCValve1.mode pCValve1.outlet.m_flow pCValve1.outlet.r pCValve1.outlet.state.T pCValve1.outlet.state.p pCValve1.p_in pCValve1.p_min pCValve1.p_out pCValve1.pressureFromInput pCValve1.pressure_set pCValve1.pressure_set_par pCValve1.pressure_set_var pCValve2.L pCValve2.clip_p_out pCValve2.dp pCValve2.dp_raw pCValve2.dr_corr pCValve2.eps pCValve2.h_in pCValve2.h_out pCValve2.initM_flow 'der(pCValve2.inlet.m_flow)' pCValve2.inlet.m_flow pCValve2.inlet.r pCValve2.inlet.state.T pCValve2.inlet.state.p pCValve2.m_acceleration_0 pCValve2.m_flow pCValve2.m_flowStateSelect pCValve2.m_flow_0 pCValve2.m_flow_reg pCValve2.mode pCValve2.outlet.m_flow pCValve2.outlet.r pCValve2.outlet.state.T pCValve2.outlet.state.p pCValve2.p_in pCValve2.p_min pCValve2.p_out pCValve2.pressureFromInput pCValve2.pressure_set pCValve2.pressure_set_par pCValve2.pressure_set_var pCValve3.L pCValve3.clip_p_out pCValve3.dp pCValve3.dp_raw pCValve3.dr_corr pCValve3.eps pCValve3.h_in pCValve3.h_out pCValve3.initM_flow 'der(pCValve3.inlet.m_flow)' pCValve3.inlet.m_flow pCValve3.inlet.r pCValve3.inlet.state.T pCValve3.inlet.state.p pCValve3.m_acceleration_0 pCValve3.m_flow pCValve3.m_flowStateSelect pCValve3.m_flow_0 pCValve3.m_flow_reg pCValve3.mode pCValve3.outlet.m_flow pCValve3.outlet.r pCValve3.outlet.state.T pCValve3.outlet.state.p pCValve3.p_in pCValve3.p_min pCValve3.p_out pCValve3.pressureFromInput pCValve3.pressure_set pCValve3.pressure_set_par pCValve4.L pCValve4.clip_p_out pCValve4.dp pCValve4.dp_raw pCValve4.dr_corr pCValve4.eps pCValve4.h_in pCValve4.h_out pCValve4.initM_flow 'der(pCValve4.inlet.m_flow)' pCValve4.inlet.m_flow pCValve4.inlet.r pCValve4.inlet.state.T pCValve4.inlet.state.p pCValve4.m_acceleration_0 pCValve4.m_flow pCValve4.m_flowStateSelect pCValve4.m_flow_0 pCValve4.m_flow_reg pCValve4.mode pCValve4.outlet.m_flow pCValve4.outlet.r pCValve4.outlet.state.T pCValve4.outlet.state.p pCValve4.p_in pCValve4.p_min pCValve4.p_out pCValve4.pressureFromInput pCValve4.pressure_set pCValve4.pressure_set_par pCValve5.L pCValve5.clip_p_out pCValve5.dp pCValve5.dp_raw pCValve5.dr_corr pCValve5.eps pCValve5.h_in pCValve5.h_out pCValve5.initM_flow 'der(pCValve5.inlet.m_flow)' pCValve5.inlet.m_flow pCValve5.inlet.r pCValve5.inlet.state.T pCValve5.inlet.state.p pCValve5.m_acceleration_0 pCValve5.m_flow pCValve5.m_flowStateSelect pCValve5.m_flow_0 pCValve5.m_flow_reg pCValve5.mode pCValve5.outlet.m_flow pCValve5.outlet.r pCValve5.outlet.state.T pCValve5.outlet.state.p pCValve5.p_in pCValve5.p_min pCValve5.p_out pCValve5.pressureFromInput pCValve5.pressure_set pCValve5.pressure_set_par rampValve1.duration rampValve1.height rampValve1.offset rampValve1.startTime rampValve1.y rampValve2.duration rampValve2.height rampValve2.offset rampValve2.startTime rampValve2.y sinkValve1.L 'der(sinkValve1.inlet.m_flow)' sinkValve1.inlet.m_flow sinkValve1.inlet.r sinkValve1.inlet.state.T sinkValve1.inlet.state.p sinkValve1.p sinkValve1.p0 sinkValve1.p0_par sinkValve1.r sinkValve2.L 'der(sinkValve2.inlet.m_flow)' sinkValve2.inlet.m_flow sinkValve2.inlet.r sinkValve2.inlet.state.T sinkValve2.inlet.state.p sinkValve2.p sinkValve2.p0 sinkValve2.p0_par sinkValve2.r sinkValve5.L 'der(sinkValve5.inlet.m_flow)' sinkValve5.inlet.m_flow sinkValve5.inlet.r sinkValve5.inlet.state.T sinkValve5.inlet.state.p sinkValve5.p sinkValve5.p0 sinkValve5.p0_par sinkValve5.r sourceValve1.L sourceValve1.T0 sourceValve1.T0_par sourceValve1.h0 sourceValve1.h0_par 'der(sourceValve1.outlet.m_flow)' sourceValve1.outlet.m_flow sourceValve1.outlet.r sourceValve1.outlet.state.T sourceValve1.outlet.state.p sourceValve1.p0 sourceValve1.p0_par sourceValve2.L sourceValve2.T0 sourceValve2.T0_par sourceValve2.h0 sourceValve2.h0_par 'der(sourceValve2.outlet.m_flow)' sourceValve2.outlet.m_flow sourceValve2.outlet.r sourceValve2.outlet.state.T sourceValve2.outlet.state.p sourceValve2.p0 sourceValve2.p0_par sourceValve5.L sourceValve5.T0 sourceValve5.T0_par sourceValve5.h0 sourceValve5.h0_par 'der(sourceValve5.outlet.m_flow)' sourceValve5.outlet.m_flow sourceValve5.outlet.r sourceValve5.outlet.state.T sourceValve5.outlet.state.p sourceValve5.p0 sourceValve5.p0_par volumeFlex1Valve3.A volumeFlex1Valve3.K volumeFlex1Valve3.L volumeFlex1Valve3.M volumeFlex1Valve3.Q_flow volumeFlex1Valve3.T_heatPort volumeFlex1Valve3.T_start volumeFlex1Valve3.U volumeFlex1Valve3.U_med volumeFlex1Valve3.V volumeFlex1Valve3.V_ref volumeFlex1Valve3.W_v volumeFlex1Valve3.d volumeFlex1Valve3.density_derp_h 'der(volumeFlex1Valve3.M)' 'der(volumeFlex1Valve3.U_med)' 'der(volumeFlex1Valve3.m_flow_in)' 'der(volumeFlex1Valve3.m_flow_out)' volumeFlex1Valve3.h_in volumeFlex1Valve3.h_out volumeFlex1Valve3.h_start volumeFlex1Valve3.k_volume_damping volumeFlex1Valve3.m_flow_assert volumeFlex1Valve3.m_flow_in volumeFlex1Valve3.m_flow_out volumeFlex1Valve3.medium.MM volumeFlex1Valve3.medium.R_s volumeFlex1Valve3.medium.T volumeFlex1Valve3.medium.T_degC 'volumeFlex1Valve3.medium.X[1]' volumeFlex1Valve3.medium.d volumeFlex1Valve3.medium.h volumeFlex1Valve3.medium.p volumeFlex1Valve3.medium.p_bar volumeFlex1Valve3.medium.preferredMediumStates volumeFlex1Valve3.medium.standardOrderComponents volumeFlex1Valve3.medium.state.T volumeFlex1Valve3.medium.state.p volumeFlex1Valve3.medium.u volumeFlex1Valve3.outlet.m_flow volumeFlex1Valve3.outlet.r volumeFlex1Valve3.outlet.state.T volumeFlex1Valve3.outlet.state.p volumeFlex1Valve3.p_in volumeFlex1Valve3.p_ref volumeFlex1Valve3.p_start volumeFlex1Valve3.r volumeFlex1Valve3.r_damping volumeFlex1Valve3.r_in volumeFlex1Valve3.r_out volumeFlex1Valve3.state_in.T volumeFlex1Valve3.state_in.p volumeFlex1Valve3.state_out.T volumeFlex1Valve3.state_out.p volumeFlex1Valve4.A volumeFlex1Valve4.K volumeFlex1Valve4.L volumeFlex1Valve4.M volumeFlex1Valve4.Q_flow volumeFlex1Valve4.T_heatPort volumeFlex1Valve4.T_start volumeFlex1Valve4.U volumeFlex1Valve4.U_med volumeFlex1Valve4.V volumeFlex1Valve4.V_ref volumeFlex1Valve4.W_v volumeFlex1Valve4.d volumeFlex1Valve4.density_derp_h 'der(volumeFlex1Valve4.M)' 'der(volumeFlex1Valve4.U_med)' 'der(volumeFlex1Valve4.m_flow_in)' 'der(volumeFlex1Valve4.m_flow_out)' volumeFlex1Valve4.h_in volumeFlex1Valve4.h_out volumeFlex1Valve4.h_start volumeFlex1Valve4.k_volume_damping volumeFlex1Valve4.m_flow_assert volumeFlex1Valve4.m_flow_in volumeFlex1Valve4.m_flow_out volumeFlex1Valve4.medium.MM volumeFlex1Valve4.medium.R_s volumeFlex1Valve4.medium.T volumeFlex1Valve4.medium.T_degC 'volumeFlex1Valve4.medium.X[1]' volumeFlex1Valve4.medium.d volumeFlex1Valve4.medium.h volumeFlex1Valve4.medium.p volumeFlex1Valve4.medium.p_bar volumeFlex1Valve4.medium.preferredMediumStates volumeFlex1Valve4.medium.standardOrderComponents volumeFlex1Valve4.medium.state.T volumeFlex1Valve4.medium.state.p volumeFlex1Valve4.medium.u volumeFlex1Valve4.outlet.m_flow volumeFlex1Valve4.outlet.r volumeFlex1Valve4.outlet.state.T volumeFlex1Valve4.outlet.state.p volumeFlex1Valve4.p_in volumeFlex1Valve4.p_ref volumeFlex1Valve4.p_start volumeFlex1Valve4.r volumeFlex1Valve4.r_damping volumeFlex1Valve4.r_in volumeFlex1Valve4.r_out volumeFlex1Valve4.state_in.T volumeFlex1Valve4.state_in.p volumeFlex1Valve4.state_out.T volumeFlex1Valve4.state_out.p volumeFlex2Valve3.A volumeFlex2Valve3.K volumeFlex2Valve3.L volumeFlex2Valve3.M volumeFlex2Valve3.Q_flow volumeFlex2Valve3.T_heatPort volumeFlex2Valve3.T_start volumeFlex2Valve3.U volumeFlex2Valve3.U_med volumeFlex2Valve3.V volumeFlex2Valve3.V_ref volumeFlex2Valve3.W_v volumeFlex2Valve3.d volumeFlex2Valve3.density_derp_h 'der(volumeFlex2Valve3.M)' 'der(volumeFlex2Valve3.U_med)' 'der(volumeFlex2Valve3.m_flow_in)' 'der(volumeFlex2Valve3.m_flow_out)' volumeFlex2Valve3.h_in volumeFlex2Valve3.h_out volumeFlex2Valve3.h_start volumeFlex2Valve3.inlet.m_flow volumeFlex2Valve3.inlet.r volumeFlex2Valve3.inlet.state.T volumeFlex2Valve3.inlet.state.p volumeFlex2Valve3.k_volume_damping volumeFlex2Valve3.m_flow_assert volumeFlex2Valve3.m_flow_in volumeFlex2Valve3.m_flow_out volumeFlex2Valve3.medium.MM volumeFlex2Valve3.medium.R_s volumeFlex2Valve3.medium.T volumeFlex2Valve3.medium.T_degC 'volumeFlex2Valve3.medium.X[1]' volumeFlex2Valve3.medium.d volumeFlex2Valve3.medium.h volumeFlex2Valve3.medium.p volumeFlex2Valve3.medium.p_bar volumeFlex2Valve3.medium.preferredMediumStates volumeFlex2Valve3.medium.standardOrderComponents volumeFlex2Valve3.medium.state.T volumeFlex2Valve3.medium.state.p volumeFlex2Valve3.medium.u volumeFlex2Valve3.p_in volumeFlex2Valve3.p_ref volumeFlex2Valve3.p_start volumeFlex2Valve3.r volumeFlex2Valve3.r_damping volumeFlex2Valve3.r_in volumeFlex2Valve3.r_out volumeFlex2Valve3.state_in.T volumeFlex2Valve3.state_in.p volumeFlex2Valve3.state_out.T volumeFlex2Valve3.state_out.p volumeFlex2Valve4.A volumeFlex2Valve4.K volumeFlex2Valve4.L volumeFlex2Valve4.M volumeFlex2Valve4.Q_flow volumeFlex2Valve4.T_heatPort volumeFlex2Valve4.T_start volumeFlex2Valve4.U volumeFlex2Valve4.U_med volumeFlex2Valve4.V volumeFlex2Valve4.V_ref volumeFlex2Valve4.W_v volumeFlex2Valve4.d volumeFlex2Valve4.density_derp_h 'der(volumeFlex2Valve4.M)' 'der(volumeFlex2Valve4.U_med)' 'der(volumeFlex2Valve4.m_flow_in)' 'der(volumeFlex2Valve4.m_flow_out)' volumeFlex2Valve4.h_in volumeFlex2Valve4.h_out volumeFlex2Valve4.h_start volumeFlex2Valve4.inlet.m_flow volumeFlex2Valve4.inlet.r volumeFlex2Valve4.inlet.state.T volumeFlex2Valve4.inlet.state.p volumeFlex2Valve4.k_volume_damping volumeFlex2Valve4.m_flow_assert volumeFlex2Valve4.m_flow_in volumeFlex2Valve4.m_flow_out volumeFlex2Valve4.medium.MM volumeFlex2Valve4.medium.R_s volumeFlex2Valve4.medium.T volumeFlex2Valve4.medium.T_degC 'volumeFlex2Valve4.medium.X[1]' volumeFlex2Valve4.medium.d volumeFlex2Valve4.medium.h volumeFlex2Valve4.medium.p volumeFlex2Valve4.medium.p_bar volumeFlex2Valve4.medium.preferredMediumStates volumeFlex2Valve4.medium.standardOrderComponents volumeFlex2Valve4.medium.state.T volumeFlex2Valve4.medium.state.p volumeFlex2Valve4.medium.u volumeFlex2Valve4.p_in volumeFlex2Valve4.p_ref volumeFlex2Valve4.p_start volumeFlex2Valve4.r volumeFlex2Valve4.r_damping volumeFlex2Valve4.r_in volumeFlex2Valve4.r_out volumeFlex2Valve4.state_in.T volumeFlex2Valve4.state_in.p volumeFlex2Valve4.state_out.T volumeFlex2Valve4.state_out.p dropOfCommons.instanceNameColor volumeFlex1Valve3.medium.X volumeFlex1Valve4.medium.X volumeFlex2Valve3.medium.X volumeFlex2Valve4.medium.X --start-time 0 --stop-time 1 --timeout 240 --relative-tolerance 1e-06 --interface-type CoSimulation --output-interval 0.0004 ../ThermofluidStream_dev_ThermofluidStream_FlowControl_Tests_PCV_fmpy-fmi3-cs-cvode.fmu)
LOG_ASSERT        | info    | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ThermofluidStream 1.4.1-main/Boundaries/Internal/PartialVolume.mo:114:3-114:138:writable]
|                 | |       | The following assertion has been violated at time 0.196000
|                 | |       | ((flowResValve4.inlet.m_flow > volumeFlex2Valve4.m_flow_assert), flowResValve4.inlet.m_flow=-0.01035721364220255, volumeFlex2Valve4.m_flow_assert=-0.01) --> "In "PCV.volumeFlex2Valve4": Negative mass flow rate at Volume inlet"
LOG_ASSERT        | info    | [/home/hudson/saved_omc/libraries/.openmodelica/libraries/ThermofluidStream 1.4.1-main/Boundaries/Internal/PartialVolume.mo:115:3-115:141:writable]
|                 | |       | The following assertion has been violated at time 0.196000
|                 | |       | ((flowResValve4.inlet.m_flow > volumeFlex1Valve4.m_flow_assert), flowResValve4.inlet.m_flow=-0.01035721364220255, volumeFlex1Valve4.m_flow_assert=-0.01) --> "In "PCV.volumeFlex1Valve4": Positive mass flow rate at Volume outlet"