(cd run_fmpy-fmi3-cs-cvode && python3 -m fmpy simulate --output-file ../ThermofluidStream_dev_ThermofluidStream.Idealized.Examples.CombinedCycle.Step1Simple_fmpy-fmi3-cs-cvode_res.csv --output-variables airSink.L 'der(airSink.inlet.m_flow)' airSink.inlet.m_flow airSink.inlet.r airSink.inlet.state.T airSink.inlet.state.p airSink.m_flow airSink.m_flowSpec airSink.m_flow_fixed airSource.L airSource.T0 airSource.T0_par airSource.h0 airSource.h0_par 'der(airSource.outlet.m_flow)' airSource.outlet.m_flow airSource.outlet.r airSource.outlet.state.T airSource.outlet.state.p airSource.p0 airSource.p0_par combustion.L combustion.P combustion.Q_flow combustion.T_out_fixed combustion.assertionLevel combustion.clip_p_out combustion.dT combustion.dT_fixed combustion.dh combustion.dh_fixed combustion.dp combustion.dr_corr combustion.du combustion.h_in combustion.h_out combustion.h_out_fixed combustion.initM_flow 'der(combustion.inlet.m_flow)' combustion.inlet.m_flow combustion.inlet.r combustion.inlet.state.T combustion.inlet.state.p combustion.m_acceleration_0 combustion.m_flow combustion.m_flowStateSelect combustion.m_flow_0 combustion.outlet.m_flow combustion.outlet.r combustion.outlet.state.T combustion.outlet.state.p combustion.outletSpec combustion.outletSpec_actual combustion.outletValueSpec combustion.p combustion.p_in combustion.p_inf combustion.p_min combustion.p_out combustion.q combustion.rho_in combustion.rho_out combustion.singularityRegime combustion.systemSpec combustion.u_in combustion.u_out combustion.v_in combustion.v_out combustion.w_amb combustion.w_exp combustion.w_exp_net compressor.L compressor.P compressor.P_nom compressor.TC compressor.adiabaticModel.eta_is compressor.adiabaticModel.h_in compressor.adiabaticModel.h_out compressor.adiabaticModel.h_out_is compressor.adiabaticModel.p_out compressor.adiabaticModel.s_in compressor.adiabaticModel.state_in.T compressor.adiabaticModel.state_in.p compressor.adiabaticModel.w_t compressor.adiabaticModel.w_t_is compressor.assertionLevel compressor.clip_p_out compressor.dh compressor.dp compressor.dp_fixed compressor.dp_nom compressor.dp_start compressor.dr_corr compressor.etaSpec compressor.eta_actual compressor.eta_fixed compressor.eta_is compressor.h_in compressor.h_out compressor.initM_flow 'der(compressor.inlet.m_flow)' compressor.inlet.m_flow compressor.inlet.r compressor.inlet.state.T compressor.inlet.state.p compressor.m_acceleration_0 compressor.m_flow compressor.m_flowStateSelect compressor.m_flow_0 compressor.outlet.m_flow compressor.outlet.r compressor.outlet.state.T compressor.outlet.state.p compressor.outletSpec compressor.outletSpec_actual compressor.outletValueSpec compressor.pRatio compressor.pRatio_fixed compressor.p_in compressor.p_min compressor.p_out compressor.p_out_fixed compressor.singularityRegime condenser.L condenser.P condenser.Q_flow condenser.T_out_fixed condenser.assertionLevel condenser.clip_p_out condenser.dT condenser.dT_fixed condenser.dh condenser.dh_fixed condenser.dp condenser.dr_corr condenser.du condenser.h_in condenser.h_out condenser.h_out_fixed condenser.initM_flow 'der(condenser.inlet.m_flow)' condenser.inlet.m_flow condenser.inlet.r condenser.inlet.state.T condenser.inlet.state.d condenser.inlet.state.h condenser.inlet.state.p condenser.inlet.state.phase condenser.m_acceleration_0 condenser.m_flow condenser.m_flowStateSelect condenser.m_flow_0 condenser.outlet.m_flow condenser.outlet.r condenser.outlet.state.T condenser.outlet.state.d condenser.outlet.state.h condenser.outlet.state.p condenser.outlet.state.phase condenser.outletSpec condenser.outletSpec_actual condenser.outletValueSpec condenser.p condenser.p_in condenser.p_inf condenser.p_min condenser.p_out condenser.q condenser.rho_in condenser.rho_out condenser.singularityRegime condenser.systemSpec condenser.u_in condenser.u_out condenser.v_in condenser.v_out condenser.w_amb condenser.w_exp condenser.w_exp_net 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 efficiency.displayVariablefinal efficiency.showNumber efficiency.significantDigits heatExchangerAirSide.L heatExchangerAirSide.P heatExchangerAirSide.Q_flow heatExchangerAirSide.Q_flow_in heatExchangerAirSide.T_out_fixed heatExchangerAirSide.assertionLevel heatExchangerAirSide.clip_p_out heatExchangerAirSide.dT heatExchangerAirSide.dT_fixed heatExchangerAirSide.dh heatExchangerAirSide.dh_fixed heatExchangerAirSide.dp heatExchangerAirSide.dr_corr heatExchangerAirSide.du heatExchangerAirSide.h_in heatExchangerAirSide.h_out heatExchangerAirSide.h_out_fixed heatExchangerAirSide.initM_flow 'der(heatExchangerAirSide.inlet.m_flow)' heatExchangerAirSide.inlet.m_flow heatExchangerAirSide.inlet.r heatExchangerAirSide.inlet.state.T heatExchangerAirSide.inlet.state.p heatExchangerAirSide.m_acceleration_0 heatExchangerAirSide.m_flow heatExchangerAirSide.m_flowStateSelect heatExchangerAirSide.m_flow_0 heatExchangerAirSide.outlet.m_flow heatExchangerAirSide.outlet.r heatExchangerAirSide.outlet.state.T heatExchangerAirSide.outlet.state.p heatExchangerAirSide.outletSpec_actual heatExchangerAirSide.p heatExchangerAirSide.p_in heatExchangerAirSide.p_inf heatExchangerAirSide.p_min heatExchangerAirSide.p_out heatExchangerAirSide.q heatExchangerAirSide.rho_in heatExchangerAirSide.rho_out heatExchangerAirSide.singularityRegime heatExchangerAirSide.systemSpec heatExchangerAirSide.u_in heatExchangerAirSide.u_out heatExchangerAirSide.v_in heatExchangerAirSide.v_out heatExchangerAirSide.w_amb heatExchangerAirSide.w_exp heatExchangerAirSide.w_exp_net heatExchangerWaterSide.L heatExchangerWaterSide.P heatExchangerWaterSide.Q_flow heatExchangerWaterSide.Q_flow_out heatExchangerWaterSide.T_out_fixed heatExchangerWaterSide.assertionLevel heatExchangerWaterSide.clip_p_out heatExchangerWaterSide.dT heatExchangerWaterSide.dT_fixed heatExchangerWaterSide.dh heatExchangerWaterSide.dh_fixed heatExchangerWaterSide.dp heatExchangerWaterSide.dr_corr heatExchangerWaterSide.du heatExchangerWaterSide.h_in heatExchangerWaterSide.h_out heatExchangerWaterSide.h_out_fixed heatExchangerWaterSide.initM_flow 'der(heatExchangerWaterSide.inlet.m_flow)' heatExchangerWaterSide.inlet.m_flow heatExchangerWaterSide.inlet.r heatExchangerWaterSide.inlet.state.T heatExchangerWaterSide.inlet.state.d heatExchangerWaterSide.inlet.state.h heatExchangerWaterSide.inlet.state.p heatExchangerWaterSide.inlet.state.phase heatExchangerWaterSide.m_acceleration_0 heatExchangerWaterSide.m_flow heatExchangerWaterSide.m_flowStateSelect heatExchangerWaterSide.m_flow_0 heatExchangerWaterSide.outlet.m_flow heatExchangerWaterSide.outlet.r heatExchangerWaterSide.outlet.state.T heatExchangerWaterSide.outlet.state.d heatExchangerWaterSide.outlet.state.h heatExchangerWaterSide.outlet.state.p heatExchangerWaterSide.outlet.state.phase heatExchangerWaterSide.outletSpec heatExchangerWaterSide.outletSpec_actual heatExchangerWaterSide.outletValueSpec heatExchangerWaterSide.p heatExchangerWaterSide.p_in heatExchangerWaterSide.p_inf heatExchangerWaterSide.p_min heatExchangerWaterSide.p_out heatExchangerWaterSide.q heatExchangerWaterSide.rho_in heatExchangerWaterSide.rho_out heatExchangerWaterSide.singularityRegime heatExchangerWaterSide.systemSpec heatExchangerWaterSide.u_in heatExchangerWaterSide.u_out heatExchangerWaterSide.v_in heatExchangerWaterSide.v_out heatExchangerWaterSide.w_amb heatExchangerWaterSide.w_exp heatExchangerWaterSide.w_exp_net loopBreaker.L loopBreaker.T_out loopBreaker.T_out_fixed loopBreaker.XiSpec loopBreaker.assertionLevel loopBreaker.dh loopBreaker.dm_flow loopBreaker.dp loopBreaker.h_out loopBreaker.h_out_fixed loopBreaker.inlet.m_flow loopBreaker.inlet.r loopBreaker.inlet.state.T loopBreaker.inlet.state.d loopBreaker.inlet.state.h loopBreaker.inlet.state.p loopBreaker.inlet.state.phase loopBreaker.m_flowSpec loopBreaker.m_flow_in loopBreaker.m_flow_in_par 'der(loopBreaker.outlet.m_flow)' loopBreaker.outlet.m_flow loopBreaker.outlet.r loopBreaker.outlet.state.T loopBreaker.outlet.state.d loopBreaker.outlet.state.h loopBreaker.outlet.state.p loopBreaker.outlet.state.phase loopBreaker.pSpec loopBreaker.p_out loopBreaker.p_out_fixed loopBreaker.thermalSpec loopBreaker.thermalValueSpec loopBreaker.tol_Xi loopBreaker.tol_h loopBreaker.tol_m_flow loopBreaker.tol_p pump.L pump.P pump.P_nom pump.TC pump.adiabaticModel.eta_is pump.adiabaticModel.h_in pump.adiabaticModel.h_out pump.adiabaticModel.h_out_is pump.adiabaticModel.p_out pump.adiabaticModel.s_in pump.adiabaticModel.state_in.T pump.adiabaticModel.state_in.d pump.adiabaticModel.state_in.h pump.adiabaticModel.state_in.p pump.adiabaticModel.state_in.phase pump.adiabaticModel.w_t pump.adiabaticModel.w_t_is pump.assertionLevel pump.clip_p_out pump.dh pump.dp pump.dp_fixed pump.dp_nom pump.dp_start pump.dr_corr pump.etaSpec pump.eta_actual pump.eta_fixed pump.eta_is pump.h_in pump.h_out pump.initM_flow 'der(pump.inlet.m_flow)' pump.inlet.m_flow pump.inlet.r pump.inlet.state.T pump.inlet.state.d pump.inlet.state.h pump.inlet.state.p pump.inlet.state.phase pump.m_acceleration_0 pump.m_flow pump.m_flowStateSelect pump.m_flow_0 pump.outlet.m_flow pump.outlet.r pump.outlet.state.T pump.outlet.state.d pump.outlet.state.h pump.outlet.state.p pump.outlet.state.phase pump.outletSpec pump.outletSpec_actual pump.outletValueSpec pump.pRatio pump.pRatio_fixed pump.p_in pump.p_min pump.p_out pump.p_out_fixed pump.singularityRegime turbineCR.L turbineCR.P turbineCR.P_nom turbineCR.TC turbineCR.adiabaticModel.eta_is turbineCR.adiabaticModel.h_in turbineCR.adiabaticModel.h_out turbineCR.adiabaticModel.h_out_is turbineCR.adiabaticModel.p_out turbineCR.adiabaticModel.s_in turbineCR.adiabaticModel.state_in.T turbineCR.adiabaticModel.state_in.d turbineCR.adiabaticModel.state_in.h turbineCR.adiabaticModel.state_in.p turbineCR.adiabaticModel.state_in.phase turbineCR.adiabaticModel.w_t turbineCR.adiabaticModel.w_t_is turbineCR.assertionLevel turbineCR.clip_p_out turbineCR.dh turbineCR.dp turbineCR.dp_fixed turbineCR.dp_nom turbineCR.dp_start turbineCR.dr_corr turbineCR.etaSpec turbineCR.eta_actual turbineCR.eta_fixed turbineCR.eta_is turbineCR.h_in turbineCR.h_out turbineCR.initM_flow 'der(turbineCR.inlet.m_flow)' turbineCR.inlet.m_flow turbineCR.inlet.r turbineCR.inlet.state.T turbineCR.inlet.state.d turbineCR.inlet.state.h turbineCR.inlet.state.p turbineCR.inlet.state.phase turbineCR.m_acceleration_0 turbineCR.m_flow turbineCR.m_flowStateSelect turbineCR.m_flow_0 turbineCR.outlet.m_flow turbineCR.outlet.r turbineCR.outlet.state.T turbineCR.outlet.state.d turbineCR.outlet.state.h turbineCR.outlet.state.p turbineCR.outlet.state.phase turbineCR.outletSpec turbineCR.outletSpec_actual turbineCR.outletValueSpec turbineCR.pRatio turbineCR.pRatio_fixed turbineCR.p_in turbineCR.p_min turbineCR.p_out turbineCR.p_out_fixed turbineCR.singularityRegime turbineJB.L turbineJB.P turbineJB.P_nom turbineJB.TC turbineJB.adiabaticModel.eta_is turbineJB.adiabaticModel.h_in turbineJB.adiabaticModel.h_out turbineJB.adiabaticModel.h_out_is turbineJB.adiabaticModel.p_out turbineJB.adiabaticModel.s_in turbineJB.adiabaticModel.state_in.T turbineJB.adiabaticModel.state_in.p turbineJB.adiabaticModel.w_t turbineJB.adiabaticModel.w_t_is turbineJB.assertionLevel turbineJB.clip_p_out turbineJB.dh turbineJB.dp turbineJB.dp_fixed turbineJB.dp_nom turbineJB.dp_start turbineJB.dr_corr turbineJB.etaSpec turbineJB.eta_actual turbineJB.eta_fixed turbineJB.eta_is turbineJB.h_in turbineJB.h_out turbineJB.initM_flow 'der(turbineJB.inlet.m_flow)' turbineJB.inlet.m_flow turbineJB.inlet.r turbineJB.inlet.state.T turbineJB.inlet.state.p turbineJB.m_acceleration_0 turbineJB.m_flow turbineJB.m_flowStateSelect turbineJB.m_flow_0 turbineJB.outlet.m_flow turbineJB.outlet.r turbineJB.outlet.state.T turbineJB.outlet.state.p turbineJB.outletSpec turbineJB.outletSpec_actual turbineJB.outletValueSpec turbineJB.pRatio turbineJB.pRatio_fixed turbineJB.p_in turbineJB.p_min turbineJB.p_out turbineJB.p_out_fixed turbineJB.singularityRegime dropOfCommons.instanceNameColor --start-time 0 --stop-time 1 --timeout 240 --relative-tolerance 1e-06 --interface-type CoSimulation --output-interval 0.01 ../ThermofluidStream_dev_ThermofluidStream_Idealized_Examples_CombinedCycle_Step1Simple_fmpy-fmi3-cs-cvode.fmu)