Model { Name "basic_components" Version 6.5 MdlSubVersion 0 GraphicalInterface { NumRootInports 0 NumRootOutports 0 ParameterArgumentNames "" ComputedModelVersion "1.1728" NumModelReferences 0 NumTestPointedSignals 127 TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_/Vol_2D/Embedded_MATLAB_F" "unction_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_/Vol_2D/Embedded_MATLAB_F" "unction_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_/Vol_2D/Embedded_MATLAB_F" "unction_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_/Vol_2D/Embedded_MATLAB_F" "unction_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_1/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_1/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_1/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_1/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_1/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_10/Embedded_M" "ATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_10/Embedded_M" "ATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_10/Embedded_M" "ATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_10/Embedded_M" "ATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_10/Integrator" "1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_2/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_2/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_2/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_2/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_2/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_3/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_3/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_3/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_3/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_3/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_4/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_4/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_4/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_4/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_4/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_5/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_5/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_5/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_5/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_5/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_6/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_6/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_6/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_6/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_6/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_7/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_7/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_7/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_7/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_7/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_8/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_8/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_8/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_8/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_8/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_10x_/Vol_2D_9/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_10x_/Vol_2D_9/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_10x_/Vol_2D_9/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_10x_/Vol_2D_9/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_10x_/Vol_2D_9/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/FR/In" "tegrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/Vol_2" "D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/Vol_2" "D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/Vol_2" "D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/Vol_2" "D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_/Vol_2" "D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/FR/Integrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/Vol_2D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_1/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/FR/Integrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/Vol_2D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_2/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/FR/Integrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/Vol_2D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_3/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/FR/Integrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/Vol_2D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_4/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/FR/Integrator" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/Vol_2D/Embedded_MATLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/Vol_2D/Embedded_MATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Duct_Heat_Transfer_Wall_5x_/Du" "ct_Heat_Transfer_Wall_5/Vol_2D/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/HR_Conv_Thermal_Capacity_/Inte" "grator" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Node_2D_/Unit Delay" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Node_2D_/Unit Delay2" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Node_3D_/Unit Delay" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Node_3D_/Unit Delay2" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Node_4D_/Unit Delay" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Node_4D_/Unit Delay2" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "" FullBlockPath "basic_components/Thermal_Capacity_/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Viewer_Block_/Demux" LogSignal 1 UseCustomName 1 LogName "p_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "rho" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 2 LogSignal 1 UseCustomName 1 LogName "rho_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "T_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "m_air" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "m_air_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "m_dot_air" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "m_dot_air_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 7 LogSignal 1 UseCustomName 1 LogName "x_CO2_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Viewer_Block_/Demux" PortIndex 8 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_viewer" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Vol_1D_/Embedded_MATLAB_Functi" "on_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Vol_1D_/Embedded_MATLAB_Functi" "on_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Vol_1D_/Embedded_MATLAB_Functi" "on_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Vol_1D_/Embedded_MATLAB_Functi" "on_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Vol_1D_/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Vol_2D_/Embedded_MATLAB_Functi" "on_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Vol_2D_/Embedded_MATLAB_Functi" "on_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Vol_2D_/Embedded_MATLAB_Functi" "on_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Vol_2D_/Embedded_MATLAB_Functi" "on_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Vol_2D_/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Vol_3D_/Embedded_MATLAB_Functi" "on_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Vol_3D_/Embedded_MATLAB_Functi" "on_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Vol_3D_/Embedded_MATLAB_Functi" "on_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Vol_3D_/Embedded_MATLAB_Functi" "on_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Vol_3D_/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "basic_components/Vol_4D_/Embedded_MATLAB_Functi" "on_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "basic_components/Vol_4D_/Embedded_MATLAB_Functi" "on_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "basic_components/Vol_4D_/Embedded_MATLAB_Functi" "on_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "basic_components/Vol_4D_/Embedded_MATLAB_Functi" "on_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "basic_components/Vol_4D_/Integrator5" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } } SavedCharacterEncoding "windows-1252" SaveDefaultBlockParams on SampleTimeColors off LibraryLinkDisplay "none" WideLines off ShowLineDimensions off ShowPortDataTypes off ShowLoopsOnError on IgnoreBidirectionalLines off ShowStorageClass off ShowTestPointIcons on ShowViewerIcons on SortedOrder off ExecutionContextIcon off ShowLinearizationAnnotations on ScopeRefreshTime 0.035000 OverrideScopeRefreshTime on DisableAllScopes off DataTypeOverride "UseLocalSettings" MinMaxOverflowLogging "UseLocalSettings" MinMaxOverflowArchiveMode "Overwrite" BlockNameDataTip off BlockParametersDataTip off BlockDescriptionStringDataTip off ToolBar on StatusBar on BrowserShowLibraryLinks off BrowserLookUnderMasks off Created "Mon Jan 16 11:17:42 2006" Creator "cm" UpdateHistory "UpdateHistoryNever" ModifiedByFormat "%" LastModifiedBy "cm" ModifiedDateFormat "%" LastModifiedDate "Thu Mar 06 13:39:04 2008" ModelVersionFormat "1.%" ConfigurationManager "None" LinearizationMsg "none" Profile off ParamWorkspaceSource "MATLABWorkspace" AccelSystemTargetFile "accel.tlc" AccelTemplateMakefile "accel_default_tmf" AccelMakeCommand "make_rtw" TryForcingSFcnDF off RecordCoverage off CovPath "/" CovSaveName "covdata" CovMetricSettings "dw" CovNameIncrementing off CovHtmlReporting on covSaveCumulativeToWorkspaceVar on CovSaveSingleToWorkspaceVar on CovCumulativeVarName "covCumulativeData" CovCumulativeReport off CovReportOnPause on ExtModeBatchMode off ExtModeEnableFloating on ExtModeTrigType "manual" ExtModeTrigMode "normal" ExtModeTrigPort "1" ExtModeTrigElement "any" ExtModeTrigDuration 1000 ExtModeTrigDurationFloating "auto" ExtModeTrigHoldOff 0 ExtModeTrigDelay 0 ExtModeTrigDirection "rising" ExtModeTrigLevel 0 ExtModeArchiveMode "off" ExtModeAutoIncOneShot off ExtModeIncDirWhenArm off ExtModeAddSuffixToVar off ExtModeWriteAllDataToWs off ExtModeArmWhenConnect on ExtModeSkipDownloadWhenConnect off ExtModeLogAll on ExtModeAutoUpdateStatusClock on BufferReuse on ProdHWDeviceType "32-bit Generic" ShowModelReferenceBlockVersion off ShowModelReferenceBlockIO off Array { Type "Handle" Dimension 1 Simulink.ConfigSet { $ObjectID 1 Version "1.2.0" Array { Type "Handle" Dimension 7 Simulink.SolverCC { $ObjectID 2 Version "1.2.0" StartTime "0.0" StopTime "10.0" AbsTol "auto" FixedStep "auto" InitialStep "auto" MaxNumMinSteps "-1" MaxOrder 5 ConsecutiveZCsStepRelTol "10*128*eps" MaxConsecutiveZCs "1000" ExtrapolationOrder 4 NumberNewtonIterations 1 MaxStep "auto" MinStep "auto" MaxConsecutiveMinStep "1" RelTol "1e-3" SolverMode "Auto" Solver "ode45" SolverName "ode45" ZeroCrossControl "UseLocalSettings" AlgebraicLoopSolver "TrustRegion" SolverResetMethod "Fast" PositivePriorityOrder off AutoInsertRateTranBlk off SampleTimeConstraint "Unconstrained" RateTranMode "Deterministic" } Simulink.DataIOCC { $ObjectID 3 Version "1.2.0" Decimation "1" ExternalInput "[t, u]" FinalStateName "xFinal" InitialState "xInitial" LimitDataPoints on MaxDataPoints "1000" LoadExternalInput off LoadInitialState off SaveFinalState off SaveFormat "Array" SaveOutput on SaveState off SignalLogging on InspectSignalLogs off SaveTime on StateSaveName "xout" TimeSaveName "tout" OutputSaveName "yout" SignalLoggingName "logsout" OutputOption "RefineOutputTimes" OutputTimes "[]" Refine "1" } Simulink.OptimizationCC { $ObjectID 4 Array { Type "Cell" Dimension 5 Cell "ZeroExternalMemoryAtStartup" Cell "ZeroInternalMemoryAtStartup" Cell "InitFltsAndDblsToZero" Cell "OptimizeModelRefInitCode" Cell "NoFixptDivByZeroProtection" PropName "DisabledProps" } Version "1.2.0" BlockReduction on BooleanDataType on ConditionallyExecuteInputs on InlineParams off InlineInvariantSignals off OptimizeBlockIOStorage on BufferReuse on EnforceIntegerDowncast on ExpressionFolding on FoldNonRolledExpr on LocalBlockOutputs on ParameterPooling on RollThreshold 5 SystemCodeInlineAuto off StateBitsets off DataBitsets off UseTempVars off ZeroExternalMemoryAtStartup on ZeroInternalMemoryAtStartup on 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"warning" ModelReferenceSymbolNameMessage "warning" ModelReferenceExtraNoncontSigs "error" StrictBusMsg "Warning" } Simulink.HardwareCC { $ObjectID 6 Version "1.2.0" ProdBitPerChar 8 ProdBitPerShort 16 ProdBitPerInt 32 ProdBitPerLong 32 ProdIntDivRoundTo "Undefined" ProdEndianess "Unspecified" ProdWordSize 32 ProdShiftRightIntArith on ProdHWDeviceType "32-bit Generic" TargetBitPerChar 8 TargetBitPerShort 16 TargetBitPerInt 32 TargetBitPerLong 32 TargetShiftRightIntArith on TargetIntDivRoundTo "Undefined" TargetEndianess "Unspecified" TargetWordSize 32 TargetTypeEmulationWarnSuppressLevel 0 TargetPreprocMaxBitsSint 32 TargetPreprocMaxBitsUint 32 TargetHWDeviceType "Specified" TargetUnknown off ProdEqTarget on } Simulink.ModelReferenceCC { $ObjectID 7 Version "1.2.0" UpdateModelReferenceTargets "IfOutOfDateOrStructuralChange" CheckModelReferenceTargetMessage "error" ModelReferenceNumInstancesAllowed "Multi" ModelReferencePassRootInputsByReference on ModelReferenceMinAlgLoopOccurrences 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ForceParamTrailComments off GenerateComments on IgnoreCustomStorageClasses on IncHierarchyInIds off MaxIdLength 31 PreserveName off PreserveNameWithParent off ShowEliminatedStatement off IncAutoGenComments off SimulinkDataObjDesc off SFDataObjDesc off IncDataTypeInIds off PrefixModelToSubsysFcnNames on MangleLength 1 CustomSymbolStrGlobalVar "$R$N$M" CustomSymbolStrType "$N$R$M" CustomSymbolStrField "$N$M" CustomSymbolStrFcn "$R$N$M$F" CustomSymbolStrBlkIO "rtb_$N$M" CustomSymbolStrTmpVar "$N$M" CustomSymbolStrMacro "$R$N$M" DefineNamingRule "None" ParamNamingRule "None" SignalNamingRule "None" InsertBlockDesc off SimulinkBlockComments on EnableCustomComments off InlinedPrmAccess "Literals" ReqsInCode off } Simulink.GRTTargetCC { $BackupClass "Simulink.TargetCC" $ObjectID 10 Array { Type "Cell" Dimension 12 Cell "IncludeMdlTerminateFcn" Cell "CombineOutputUpdateFcns" Cell "SuppressErrorStatus" Cell "ERTCustomFileBanners" Cell "GenerateSampleERTMain" Cell "MultiInstanceERTCode" Cell 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off RTWCAPIStates off GenerateASAP2 off } PropName "Components" } } PropName "Components" } Name "Configuration" SimulationMode "normal" CurrentDlgPage "Solver" } PropName "ConfigurationSets" } Simulink.ConfigSet { $PropName "ActiveConfigurationSet" $ObjectID 1 } BlockDefaults { Orientation "right" ForegroundColor "black" BackgroundColor "white" DropShadow off NamePlacement "normal" FontName "arial" FontSize 10 FontWeight "normal" FontAngle "normal" ShowName on } BlockParameterDefaults { Block { BlockType BusCreator Inputs "4" DisplayOption "none" UseBusObject off BusObject "BusObject" NonVirtualBus off } Block { BlockType BusSelector OutputAsBus off } Block { BlockType Clock DisplayTime off } Block { BlockType Constant } Block { BlockType Demux Outputs "4" DisplayOption "none" BusSelectionMode off } Block { BlockType Fcn Expr "sin(u[1])" SampleTime "-1" } Block { BlockType Gain Gain "1" Multiplication "Element-wise(K.*u)" ParameterDataTypeMode "Same as input" ParameterDataType "sfix(16)" ParameterScalingMode "Best Precision: Matrix-wise" ParameterScaling "2^0" OutDataTypeMode "Same as input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Floor" SaturateOnIntegerOverflow on SampleTime "-1" } Block { BlockType Inport Port "1" UseBusObject off BusObject "BusObject" BusOutputAsStruct off PortDimensions "-1" SampleTime "-1" DataType "auto" OutDataType "sfix(16)" OutScaling "2^0" SignalType "auto" SamplingMode "auto" LatchByDelayingOutsideSignal off LatchByCopyingInsideSignal off Interpolate on } Block { BlockType Integrator ExternalReset "none" InitialConditionSource "internal" InitialCondition "0" LimitOutput off UpperSaturationLimit "inf" LowerSaturationLimit "-inf" ShowSaturationPort off ShowStatePort off AbsoluteTolerance "auto" IgnoreLimit off ZeroCross on } Block { BlockType Lookup } Block { BlockType Mux Inputs "4" DisplayOption "none" UseBusObject off BusObject "BusObject" NonVirtualBus off } Block { BlockType Outport Port "1" UseBusObject off BusObject "BusObject" BusOutputAsStruct off PortDimensions "-1" SampleTime "-1" DataType "auto" OutDataType "sfix(16)" OutScaling "2^0" SignalType "auto" SamplingMode "auto" OutputWhenDisabled "held" InitialOutput "[]" } Block { BlockType RandomNumber Mean "0" Variance "1" Seed "0" SampleTime "-1" VectorParams1D on } Block { BlockType "S-Function" FunctionName "system" SFunctionModules "''" PortCounts "[]" } Block { BlockType SubSystem ShowPortLabels on Permissions "ReadWrite" PermitHierarchicalResolution "All" TreatAsAtomicUnit off SystemSampleTime "-1" RTWFcnNameOpts "Auto" RTWFileNameOpts "Auto" RTWMemSecFuncInitTerm "Inherit from model" RTWMemSecFuncExecute "Inherit from model" RTWMemSecDataConstants "Inherit from model" RTWMemSecDataInternal "Inherit from model" RTWMemSecDataParameters "Inherit from model" SimViewingDevice off DataTypeOverride "UseLocalSettings" MinMaxOverflowLogging "UseLocalSettings" } Block { BlockType Sum IconShape "rectangular" Inputs "++" InputSameDT on OutDataTypeMode "Same as first input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Floor" SaturateOnIntegerOverflow on SampleTime "-1" } Block { BlockType Switch Criteria "u2 >= Threshold" Threshold "0" InputSameDT on OutDataTypeMode "Inherit via internal rule" RndMeth "Floor" SaturateOnIntegerOverflow on ZeroCross on SampleTime "-1" } Block { BlockType Terminator } Block { BlockType TransferFcn Numerator "[1]" Denominator "[1 2 1]" AbsoluteTolerance "auto" Realization "auto" } Block { BlockType TransportDelay DelayTime "1" InitialOutput "0" BufferSize "1024" FixedBuffer off TransDelayFeedthrough off PadeOrder "0" } Block { BlockType UnitDelay X0 "0" SampleTime "1" StateMustResolveToSignalObject off RTWStateStorageClass "Auto" } } AnnotationDefaults { HorizontalAlignment "center" VerticalAlignment "middle" ForegroundColor "black" BackgroundColor "white" DropShadow off FontName "arial" FontSize 10 FontWeight "normal" FontAngle "normal" } LineDefaults { FontName "arial" 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TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType SubSystem Name "AIR_COND_AFT_CABIN_COLDHOT" Ports [0, 1] Position [265, 132, 455, 168] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "AIR_COND_AFT_CABIN_COLDHOT" MaskDescription "AIR_COND_AFT_CABIN_COLDHOT" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "AIR_COND_AFT_CABIN_COLDHOT" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "AIR_COND_AFT_CABIN_COLDHOT" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_AIR_COND_AFT_CABIN_COLDHOT" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "AIR_COND_AFT_CABIN_COLDHOT" SrcPort 1 DstBlock "Out_AIR_COND_AFT_CABIN_COLDHOT" DstPort 1 } } } Block { BlockType SubSystem Name "AIR_COND_COCKPIT_COLDHOT" Ports [0, 1] Position [160, 21, 350, 59] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "AIR_COND_COCKPIT_COLDHOT" MaskDescription "AIR_COND_COCKPIT_COLDHOT" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "AIR_COND_COCKPIT_COLDHOT" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "AIR_COND_COCKPIT_COLDHOT" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_AIR_COND_COCKPIT_COLDHOT" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "AIR_COND_COCKPIT_COLDHOT" SrcPort 1 DstBlock "Out_AIR_COND_COCKPIT_COLDHOT" DstPort 1 } } } Block { BlockType SubSystem Name "AIR_COND_FWD_CABIN_COLDHOT" Ports [0, 1] Position [380, 23, 570, 57] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "AIR_COND_FWD_CABIN_COLDHOT" MaskDescription "AIR_COND_FWD_CABIN_COLDHOT" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "AIR_COND_FWD_CABIN_COLDHOT" Location [342, 454, 963, 732] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "AIR_COND_FWD_CABIN_COLDHOT" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "out_AIR_COND_FWD_CABIN_COLDHOT\n" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "AIR_COND_FWD_CABIN_COLDHOT" SrcPort 1 DstBlock "out_AIR_COND_FWD_CABIN_COLDHOT\n" DstPort 1 } } } Block { BlockType SubSystem Name "AIR_COND_HOT_AIR_ON_OFF" Ports [0, 1] Position [825, 13, 1025, 67] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "CARGO_HEAT_AFT_HOT_AIR_OFF" MaskDescription "CARGO_HEAT_AFT_HOT_AIR_OFF" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "AIR_COND_HOT_AIR_ON_OFF" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "AIR_COND_HOT_AIR_ON_OFF" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_AIR_COND_HOT_AIR_ON_OFF" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "AIR_COND_HOT_AIR_ON_OFF" SrcPort 1 DstBlock "Out_AIR_COND_HOT_AIR_ON_OFF" DstPort 1 } } } Block { BlockType SubSystem Name "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" Ports [0, 1] Position [595, 289, 830, 351] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" MaskDescription "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" Location [649, 548, 1147, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" SrcPort 1 DstBlock "Out_CARGO_HEAT_AFT_AFT_ISOL_VALVE_OFF" DstPort 1 } } } Block { BlockType SubSystem Name "CARGO_HEAT_AFT_COLDHOT" Ports [0, 1] Position [480, 365, 665, 415] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "CARGO_HEAT_AFT_COLDHOT" MaskDescription "CARGO_HEAT_AFT_COLDHOT" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "CARGO_HEAT_AFT_COLDHOT" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "CARGO_HEAT_AFT_COLDHOT" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_CARGO_HEAT_AFT_COLDHOT" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "CARGO_HEAT_AFT_COLDHOT" SrcPort 1 DstBlock "Out_CARGO_HEAT_AFT_COLDHOT" DstPort 1 } } } Block { BlockType SubSystem Name "CARGO_HEAT_AFT_HOT_AIR_OFF" Ports [0, 1] Position [325, 285, 555, 345] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "VENTILATION_CAB_FANS_OFF" MaskDescription "VENTILATION_CAB_FANS_OFF" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "CARGO_HEAT_AFT_HOT_AIR_OFF" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "CARGO_HEAT_AFT_HOT_AIR_OFF" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_CARGO_HEAT_AFT_HOT_AIR_OFF" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "CARGO_HEAT_AFT_HOT_AIR_OFF" SrcPort 1 DstBlock "Out_CARGO_HEAT_AFT_HOT_AIR_OFF" DstPort 1 } } } Block { BlockType SubSystem Name "CARGO_HEAT_FWD_COLDHOT" Ports [0, 1] Position [45, 371, 240, 419] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "CARGO_HEAT_FWD_COLDHOT" MaskDescription "CARGO_HEAT_FWD_COLDHOT" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "CARGO_HEAT_FWD_COLDHOT" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "CARGO_HEAT_FWD_COLDHOT" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_CARGO_HEAT_FWD_COLDHOT" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "CARGO_HEAT_FWD_COLDHOT" SrcPort 1 DstBlock "Out_CARGO_HEAT_FWD_COLDHOT" DstPort 1 } } } Block { BlockType SubSystem Name "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" Ports [0, 1] Position [60, 242, 295, 298] ShowName off AttributesFormatString "%" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" MaskDescription "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" Location [649, 548, 1195, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" SrcPort 1 DstBlock "Out_CARGO_HEAT_FWD_FWD_ISOL_VALVE_OFF" DstPort 1 } } } Block { BlockType SubSystem Name "HOT_AIR_HI_NORM_LO" Ports [0, 1] Position [30, 17, 110, 73] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "HOT_AIR_HI_NORM_LO" MaskDescription "HOT_AIR" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "HOT_AIR_HI_NORM_LO" Location [649, 548, 1069, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "HOT_AIR" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_HOT_AIR" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "HOT_AIR" SrcPort 1 DstBlock "Out_HOT_AIR" DstPort 1 } } } Block { BlockType SubSystem Name "Pack1_ON_OFF" Ports [0, 1] Position [30, 117, 120, 173] TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Pack1" MaskDescription "Pack 1" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Pack1_ON_OFF" Location [649, 548, 1069, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "Pack1" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_Pack1" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "Pack1" SrcPort 1 DstBlock "Out_Pack1" DstPort 1 } } } Block { BlockType SubSystem Name "Pack2_ON_OFF" Ports [0, 1] Position [840, 122, 920, 178] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Pack2" MaskDescription "Pack 2" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Pack2_ON_OFF" Location [649, 548, 1069, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "Pack2" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "1" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_Pack2" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "Pack2" SrcPort 1 DstBlock "Out_Pack2" DstPort 1 } } } Block { BlockType SubSystem Name "VENTILATION_BLOWER_OVRD" Ports [0, 1] Position [40, 477, 225, 533] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "VENTILATION_BLOWER_OVRD" MaskDescription "VENTILATION_BLOWER_OVRD" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "VENTILATION_BLOWER_OVRD" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "VENTILATION_BLOWER_OVRD" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_VENTILATION_BLOWER_OVRD" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "VENTILATION_BLOWER_OVRD" SrcPort 1 DstBlock "Out_VENTILATION_BLOWER_OVRD" DstPort 1 } } } Block { BlockType SubSystem Name "VENTILATION_CAB_FANS_OFF" Ports [0, 1] Position [530, 476, 750, 534] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "VENTILATION_CAB_FANS_OFF" MaskDescription "VENTILATION_CAB_FANS_OFF" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "VENTILATION_CAB_FANS_OFF" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "VENTILATION_CAB_FANS_OFF" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_VENTILATION_CAB_FANS_OFF" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "VENTILATION_CAB_FANS_OFF" SrcPort 1 DstBlock "Out_VENTILATION_CAB_FANS_OFF" DstPort 1 } } } Block { BlockType SubSystem Name "VENTILATION_EXTRACT_OVRD" Ports [0, 1] Position [275, 483, 465, 537] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "VENTILATION_EXTRACT_OVRD" MaskDescription "VENTILATION_EXTRACT_OVRD" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "VENTILATION_EXTRACT_OVRD" Location [649, 548, 1069, 809] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Constant Name "VENTILATION_EXTRACT_OVRD" Tag "Pack1" Position [135, 85, 165, 115] AttributesFormatString "Value=%" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_VENTILATION_EXTRACT_OVRD" Position [310, 93, 340, 107] AttributesFormatString "Value=%\\nName=%\\nTag=%" IconDisplay "Port number" BusOutputAsStruct off } Line { Labels [0, 0] SrcBlock "VENTILATION_EXTRACT_OVRD" SrcPort 1 DstBlock "Out_VENTILATION_EXTRACT_OVRD" DstPort 1 } } } } } Block { BlockType SubSystem Name "Duct_" Ports [3, 2] Position [160, 96, 240, 154] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Diameter [m]|Length [m]|Initial Parameter: Pres" "sure [Pa]|Initial Parameter: Temperature [K]|Initial Parameter: Water Vapor C" "ontent|Initial Parameter: CO2 Content|Initial Parameter: Water Content|Minor " "Loss Coefficient|Mode = 0: State Variables = Average Input variables, Mode = " "1: State Variables = Input Higher Pressure" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on,on,on" MaskCallbackString "||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on" MaskVarAliasString ",,,,,,,," MaskVariables "D=@1;L=@2;p_init=@3;T_init=@4;x_H2O_gas_init=@5" ";x_CO2_init=@6;x_H2O_liq_init=@7;zeta=@8;mode=@9;" MaskDisplay "plot([0.5],[0.0],[1 2],[2 2],[2.5],[4.0])\nport" "_label('input',1,'1')\nport_label('input',2,'2')\nport_label('input',3,'Q_dot" "')\nport_label('output',1,'1')\nport_label('output',2,'2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,," System { Name "Duct_" Location [2, 82, 1014, 732] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [180, 88, 210, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [495, 153, 525, 167] ForegroundColor "green" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [340, 143, 370, 157] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D" Position [230, 320, 260, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [2, 1] Position [280, 254, 350, 301] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 160, 320, 200] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 2" "3" Ports [2, 2] Position [180, 100, 230, 160] FunctionName "sf_sfun" PortCounts "[2 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 171, 480, 189] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 65] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D" SrcPort 1 DstBlock " SFunction " DstPort 2 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR_1" Ports [3, 2] Position [230, 87, 310, 143] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_1" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 11" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_2" Ports [3, 2] Position [545, 132, 625, 188] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_2" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 16" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType Fcn Name "Fcn" Position [195, 210, 225, 235] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Expr "u/2" } Block { BlockType Constant Name "L" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [390, 104, 470, 176] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 20" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 24" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 25" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "Out_1" Position [330, 93, 360, 107] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [645, 168, 675, 182] ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In_1" SrcPort 1 DstBlock "FR_1" DstPort 1 } Line { SrcBlock "FR_1" SrcPort 1 DstBlock "Out_1" DstPort 1 } Line { SrcBlock "FR_1" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { Points [0, 55; -270, 0] DstBlock "FR_1" DstPort 2 } Branch { DstBlock "FR_2" DstPort 1 } } Line { SrcBlock "FR_2" SrcPort 1 Points [10, 0; 0, -55; -265, 0] DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "FR_2" DstPort 2 } Line { SrcBlock "FR_2" SrcPort 2 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } Line { SrcBlock "L" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { DstBlock "Fcn" DstPort 1 } } Line { SrcBlock "D" SrcPort 1 Points [0, -25] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [15, 0; 0, -110] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "Fcn" SrcPort 1 Points [0, -5] Branch { Points [0, -65] DstBlock "FR_1" DstPort 3 } Branch { Points [320, 0] DstBlock "FR_2" DstPort 3 } } } } Block { BlockType SubSystem Name "Duct_10x_" Ports [3, 3] Position [160, 175, 240, 235] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Diameter [m]|Length [m]|Initial Parameter: Pres" "sure [Pa]|Initial Parameter: Temperature [K]|Initial Parameter: Water Vapor C" "ontent|Initial Parameter: CO2 Content|Initial Parameter: Water Content|Minor " "Loss Coefficient|Mode = 0: State Variables = Average Input variables, Mode = " "1: State Variables = Input Higher Pressure" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on,on,on" MaskCallbackString "||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on" MaskVarAliasString ",,,,,,,," MaskVariables "D=@1;L=@2;p_init=@3;T_init=@4;x_H2O_gas_init=@5" ";x_CO2_init=@6;x_H2O_liq_init=@7;zeta=@8;mode=@9;" MaskDisplay "plot([0.5],[0.0],[1 2],[2 2],[2.5],[4.0])\ntext" "(1.35,2.5,'10x')\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_" "label('input',3,'Q_dot')\nport_label('output',1,'1')\nport_label('output',2,'" "2')\nport_label('output',3,'Nodes')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,," System { Name "Duct_10x_" Location [2, 82, 1270, 961] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "64" Block { BlockType Inport Name "In_1" Position [170, 283, 200, 297] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [3160, 323, 3190, 337] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [100, 423, 130, 437] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator" Ports [9, 1] Position [1491, 170, 1839, 175] Orientation "up" NamePlacement "alternate" ShowName off Inputs "9" DisplayOption "bar" } Block { BlockType Constant Name "D" Position [230, 640, 260, 670] Orientation "up" ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [2, 1] Position [334, 500, 381, 570] Orientation "up" ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 160, 320, 200] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 2" "1" Ports [2, 2] Position [180, 100, 230, 160] FunctionName "sf_sfun" PortCounts "[2 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 171, 480, 189] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 65] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D" SrcPort 1 DstBlock " SFunction " DstPort 2 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR_1" Ports [3, 2] Position [230, 282, 310, 338] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_1" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 18" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_10" Ports [3, 2] Position [2915, 302, 2995, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_10" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 45" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_11" Ports [3, 2] Position [3215, 302, 3295, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_11" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 26" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_2" Ports [3, 2] Position [530, 302, 610, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_2" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 22" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_3" Ports [3, 2] Position [825, 302, 905, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_3" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 30" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_4" Ports [3, 2] Position [1125, 302, 1205, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_4" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 34" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_5" Ports [3, 2] Position [1425, 302, 1505, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_5" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 38" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_6" Ports [3, 2] Position [1720, 302, 1800, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_6" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 39" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_7" Ports [3, 2] Position [2020, 302, 2100, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_7" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 40" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_8" Ports [3, 2] Position [2320, 302, 2400, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_8" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 46" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "FR_9" Ports [3, 2] Position [2620, 302, 2700, 358] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR_9" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 288, 60, 302] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 47" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [165, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType Fcn Name "Fcn" Position [195, 455, 225, 480] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Expr "u/11" } Block { BlockType Fcn Name "Fcn1" Position [345, 455, 375, 480] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Expr "u/10" } Block { BlockType Fcn Name "Fcn2" Position [155, 415, 180, 445] ForegroundColor "red" NamePlacement "alternate" ShowName off Expr "u/10" } Block { BlockType Constant Name "L" Position [195, 640, 225, 670] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Vol_2D_1" Ports [4, 1] Position [380, 313, 460, 382] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_1" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 59" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 60" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 61" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_10" Ports [4, 1] Position [3060, 333, 3140, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_10" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 79" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 97" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 102" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_2" Ports [4, 1] Position [675, 333, 755, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_2" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 27" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 28" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 29" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_3" Ports [4, 1] Position [970, 333, 1050, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_3" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 31" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 32" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 33" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_4" Ports [4, 1] Position [1275, 333, 1355, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_4" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 35" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 36" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 37" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_5" Ports [4, 1] Position [1570, 333, 1650, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_5" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 41" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 42" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 62" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_6" Ports [4, 1] Position [1865, 333, 1945, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_6" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 43" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 44" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 63" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_7" Ports [4, 1] Position [2165, 333, 2245, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_7" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 48" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 49" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 64" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_8" Ports [4, 1] Position [2470, 333, 2550, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_8" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 50" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 51" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 65" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_9" Ports [4, 1] Position [2765, 333, 2845, 402] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D_9" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 52" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 53" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 66" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "Out_1" Position [330, 288, 360, 302] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [3315, 338, 3345, 352] ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Node" Position [1658, 115, 1672, 145] Orientation "up" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In_1" SrcPort 1 DstBlock "FR_1" DstPort 1 } Line { SrcBlock "FR_1" SrcPort 1 DstBlock "Out_1" DstPort 1 } Line { SrcBlock "FR_1" SrcPort 2 DstBlock "Vol_2D_1" DstPort 1 } Line { SrcBlock "Vol_2D_1" SrcPort 1 Points [10, 0] Branch { Points [0, -40] Branch { Points [0, -65; 1030, 0] DstBlock "Bus\nCreator" DstPort 1 } Branch { DstBlock "FR_2" DstPort 1 } } Branch { Points [0, 45; -260, 0] DstBlock "FR_1" DstPort 2 } } Line { SrcBlock "In_2" SrcPort 1 DstBlock "FR_11" DstPort 2 } Line { SrcBlock "FR_11" SrcPort 2 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [0, -30] Branch { Points [0, 0; 135, 0] DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { DstBlock "Fcn" DstPort 1 } } Line { SrcBlock "D" SrcPort 1 Points [0, -5; 125, 0] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 DstBlock "Fcn1" DstPort 1 } Line { SrcBlock "Fcn" SrcPort 1 Points [0, 0; 0, -30] Branch { Points [300, 0] Branch { Points [295, 0] Branch { Points [300, 0] Branch { Points [300, 0] Branch { Points [295, 0] Branch { Points [300, 0] Branch { Points [300, 0] Branch { Points [300, 0] Branch { Points [295, 0] Branch { Points [0, -70] DstBlock "FR_10" DstPort 3 } Branch { Points [305, 0] DstBlock "FR_11" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_9" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_8" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_7" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_6" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_5" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_4" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_3" DstPort 3 } } Branch { Points [0, -70] DstBlock "FR_2" DstPort 3 } } Branch { Points [0, -90] DstBlock "FR_1" DstPort 3 } } Line { SrcBlock "FR_2" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_1" DstPort 2 } Line { SrcBlock "FR_2" SrcPort 2 DstBlock "Vol_2D_2" DstPort 1 } Line { SrcBlock "Vol_2D_2" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -70; 775, 0] DstBlock "Bus\nCreator" DstPort 2 } Branch { DstBlock "FR_3" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_2" DstPort 2 } } Line { SrcBlock "FR_3" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_2" DstPort 2 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock "Fcn2" DstPort 1 } Line { SrcBlock "FR_3" SrcPort 2 DstBlock "Vol_2D_3" DstPort 1 } Line { SrcBlock "Vol_2D_3" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -75; 520, 0] DstBlock "Bus\nCreator" DstPort 3 } Branch { DstBlock "FR_4" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_3" DstPort 2 } } Line { SrcBlock "FR_4" SrcPort 1 Points [10, 0; 0, -30; -265, 0] DstBlock "Vol_2D_3" DstPort 2 } Line { SrcBlock "FR_4" SrcPort 2 DstBlock "Vol_2D_4" DstPort 1 } Line { SrcBlock "Vol_2D_4" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -80; 255, 0] DstBlock "Bus\nCreator" DstPort 4 } Branch { DstBlock "FR_5" DstPort 1 } } Branch { Points [0, 45; -260, 0] DstBlock "FR_4" DstPort 2 } } Line { SrcBlock "FR_5" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_4" DstPort 2 } Line { SrcBlock "FR_5" SrcPort 2 DstBlock "Vol_2D_5" DstPort 1 } Line { SrcBlock "Vol_2D_5" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { DstBlock "Bus\nCreator" DstPort 5 } Branch { DstBlock "FR_6" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_5" DstPort 2 } } Line { SrcBlock "FR_6" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_5" DstPort 2 } Line { SrcBlock "FR_6" SrcPort 2 DstBlock "Vol_2D_6" DstPort 1 } Line { SrcBlock "Vol_2D_6" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -80; -255, 0] DstBlock "Bus\nCreator" DstPort 6 } Branch { DstBlock "FR_7" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_6" DstPort 2 } } Line { SrcBlock "FR_7" SrcPort 1 Points [10, 0; 0, -30; -265, 0] DstBlock "Vol_2D_6" DstPort 2 } Line { SrcBlock "FR_7" SrcPort 2 DstBlock "Vol_2D_7" DstPort 1 } Line { SrcBlock "Vol_2D_7" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -75; -515, 0] DstBlock "Bus\nCreator" DstPort 7 } Branch { DstBlock "FR_8" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_7" DstPort 2 } } Line { SrcBlock "FR_8" SrcPort 1 Points [10, 0; 0, -30; -265, 0] DstBlock "Vol_2D_7" DstPort 2 } Line { SrcBlock "FR_8" SrcPort 2 DstBlock "Vol_2D_8" DstPort 1 } Line { SrcBlock "Vol_2D_8" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -70; -780, 0] DstBlock "Bus\nCreator" DstPort 8 } Branch { DstBlock "FR_9" DstPort 1 } } Branch { Points [0, 45; -260, 0] DstBlock "FR_8" DstPort 2 } } Line { SrcBlock "FR_9" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_8" DstPort 2 } Line { SrcBlock "FR_9" SrcPort 2 DstBlock "Vol_2D_9" DstPort 1 } Line { SrcBlock "Vol_2D_9" SrcPort 1 Points [10, 0] Branch { Points [0, -60] Branch { Points [0, -65; -1035, 0] DstBlock "Bus\nCreator" DstPort 9 } Branch { DstBlock "FR_10" DstPort 1 } } Branch { Points [0, 45; -255, 0] DstBlock "FR_9" DstPort 2 } } Line { SrcBlock "FR_10" SrcPort 1 Points [10, 0; 0, -30; -260, 0] DstBlock "Vol_2D_9" DstPort 2 } Line { SrcBlock "FR_10" SrcPort 2 DstBlock "Vol_2D_10" DstPort 1 } Line { SrcBlock "Vol_2D_10" SrcPort 1 Points [10, 0] Branch { Points [0, 45; -255, 0] DstBlock "FR_10" DstPort 2 } Branch { Points [0, -60] DstBlock "FR_11" DstPort 1 } } Line { SrcBlock "FR_11" SrcPort 1 Points [10, 0; 0, -30; -265, 0] DstBlock "Vol_2D_10" DstPort 2 } Line { SrcBlock "Fcn1" SrcPort 1 Points [0, 0; 0, -25] Branch { Points [295, 0] Branch { Points [295, 0] Branch { Points [305, 0] Branch { Points [295, 0] Branch { Points [295, 0] Branch { Points [300, 0] Branch { Points [305, 0] Branch { Points [295, 0] Branch { Points [0, -35] DstBlock "Vol_2D_9" DstPort 4 } Branch { Points [295, 0; 0, -35] DstBlock "Vol_2D_10" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_8" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_7" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_6" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_5" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_4" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_3" DstPort 4 } } Branch { Points [0, -35] DstBlock "Vol_2D_2" DstPort 4 } } Branch { Points [0, -55] DstBlock "Vol_2D_1" DstPort 4 } } Line { SrcBlock "Bus\nCreator" SrcPort 1 DstBlock "Node" DstPort 1 } Line { SrcBlock "Fcn2" SrcPort 1 Points [180, 0] Branch { Points [295, 0] Branch { Points [295, 0; 0, 0] Branch { Points [305, 0] Branch { Points [295, 0; 0, 0] Branch { Points [295, 0] Branch { Points [300, 0; 0, 0] Branch { Points [305, 0] Branch { Points [295, 0; 0, 0] Branch { DstBlock "Vol_2D_9" DstPort 3 } Branch { Points [295, 0] DstBlock "Vol_2D_10" DstPort 3 } } Branch { DstBlock "Vol_2D_8" DstPort 3 } } Branch { DstBlock "Vol_2D_7" DstPort 3 } } Branch { DstBlock "Vol_2D_6" DstPort 3 } } Branch { DstBlock "Vol_2D_5" DstPort 3 } } Branch { DstBlock "Vol_2D_4" DstPort 3 } } Branch { DstBlock "Vol_2D_3" DstPort 3 } } Branch { DstBlock "Vol_2D_2" DstPort 3 } } Branch { DstBlock "Vol_2D_1" DstPort 3 } } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_" Ports [3, 2] Position [160, 263, 375, 327] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Number of identical Units|Length Major Axis [m]" "|Length Minor Axis [m]|Length [m]|Thickness Wall [m]|Thickness Isolation [m]|" "Density Wall [kg/m³]|Density Isolation [kg/m³]|Specific Heat Capacity Wall [J" "/kg/K]|Specific Heat Capacity Isolation [J/kg/K]|Thermal Conductivity Wall [J" "/s/m/K]|Thermal Conductivity Isolation [J/s/m/K]|Ambient Temperature [K]|Init" "ial Parameter: Temperature Wall [K]|Initial Parameter: Pressure [Pa]|Initial " "Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initial Par" "ameter: CO2 Content|Initial Parameter: Water Content|Minor Loss Coefficient|M" "ode = 0: State Variables = Average Input variables, Mode = 1: State Variables" " = Input Variables Higher Pressure" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit,ed" "it,edit,edit,edit,edit,edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskCallbackString "||||||||||||||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskVarAliasString ",,,,,,,,,,,,,,,,,,,," MaskVariables "n_unit=@1;D_major=@2;D_minor=@3;L=@4;b_wall=@5;" "b_isolation=@6;rho_wall=@7;rho_isolation=@8;c_wall=@9;c_isolation=@10;lambda_" "wall=@11;lambda_isolation=@12;T_ambient=@13;T_wall_init=@14;p_init=@15;T_init" "=@16;x_H2O_gas_init=@17;x_CO2_init=@18;x_H2O_liq_init=@19;zeta=@20;mode=@21;" MaskDisplay "plot([-1],[0.5],[1.0 2.5 3 4 4.5 5],[1.5 1.5 2 " "1 1.5 1.5],[7],[2.5])\nport_label('input',1,'p_in')\nport_label('input',2,'m_" "dot_in')\nport_label('input',3,'Q_dot')\nport_label('output',1,'p_out')\nport" "_label('output',2,'m_dot_out')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "1|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|N" "aN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,,,,,,,,,,,,,," System { Name "Duct_Heat_Transfer_Wall_" Location [176, 217, 1188, 887] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in1" Position [35, 78, 65, 92] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in1" Position [335, 78, 365, 92] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [250, 118, 280, 132] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [90, 310, 140, 340] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [145, 310, 195, 340] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [230, 246, 360, 294] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "22" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [90, 76, 205, 134] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 123" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L" Position [55, 310, 85, 340] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [305, 115, 325, 135] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [390, 79, 470, 151] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2" "O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 54" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 55" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 67" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out1" Position [510, 108, 540, 122] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out1" Position [230, 78, 260, 92] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in1" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out1" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } Branch { DstBlock "p_out1" DstPort 1 } } Line { SrcBlock "L" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in1" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_5x_" Ports [3, 3] Position [160, 350, 375, 410] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Number of identical Units|Length Major Axis [m]" "|Length Minor Axis [m]|Length [m]|Thickness Wall [m]|Thickness Isolation [m]|" "Density Wall [kg/m³]|Density Isolation [kg/m³]|Specific Heat Capacity Wall [J" "/kg/K]|Specific Heat Capacity Isolation [J/kg/K]|Thermal Conductivity Wall [J" "/s/m/K]|Thermal Conductivity Isolation [J/s/m/K]|Ambient Temperature [K]|Init" "ial Parameter: Temperature Wall [K]|Initial Parameter: Pressure [Pa]|Initial " "Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initial Par" "ameter: CO2 Content|Initial Parameter: Water Content|Minor Loss Coefficient|M" "ode = 0: State Variables = Average Input variables, Mode = 1: State Variables" " = Input Variables Higher Pressure" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit,ed" "it,edit,edit,edit,edit,edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskCallbackString "||||||||||||||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on,on,on,on,on,on,on,on" ",on,on,on,on,on" MaskVarAliasString ",,,,,,,,,,,,,,,,,,,," MaskVariables "n_unit=@1;D_major=@2;D_minor=@3;L=@4;b_wall=@5;" "b_isolation=@6;rho_wall=@7;rho_isolation=@8;c_wall=@9;c_isolation=@10;lambda_" "wall=@11;lambda_isolation=@12;T_ambient=@13;T_wall_init=@14;p_init=@15;T_init" "=@16;x_H2O_gas_init=@17;x_CO2_init=@18;x_H2O_liq_init=@19;zeta=@20;mode=@21;" MaskDisplay "plot([-1],[0.5],[1.0 2.5 3 4 4.5 5],[1.5 1.5 2 " "1 1.5 1.5],[7],[2.5])\ntext(1.5,1.8,'5x')\nport_label('input',1,'p_in')\nport" "_label('input',2,'m_dot_in')\nport_label('input',3,'Q_dot')\nport_label('outp" "ut',1,'p_out')\nport_label('output',2,'m_dot_out')\nport_label('output',3,'No" "de')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "1|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|N" "aN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,,,,,,,,,,,,,," System { Name "Duct_Heat_Transfer_Wall_5x_" Location [2, 82, 1014, 736] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [25, 303, 55, 317] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [25, 263, 55, 277] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [25, 338, 55, 352] ForegroundColor "red" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator" Ports [4, 1] Position [318, 95, 667, 100] Orientation "up" NamePlacement "alternate" ShowName off DisplayOption "bar" } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_1" Ports [3, 2] Position [100, 240, 315, 300] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Duct_Heat_Transfer_Wall_1" Location [-62, 327, 950, 977] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [475, 88, 505, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_ext" Position [390, 128, 420, 142] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [230, 320, 280, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [285, 320, 335, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [370, 256, 500, 304] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 68" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [230, 86, 345, 144] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 10" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L_5" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L/5" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [445, 125, 465, 145] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [530, 89, 610, 161] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 70" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 71" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 72" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out" Position [650, 118, 680, 132] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [370, 88, 400, 102] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } } Line { SrcBlock "L_5" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot_ext" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_2" Ports [3, 2] Position [375, 240, 590, 300] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Duct_Heat_Transfer_Wall_2" Location [-62, 327, 950, 977] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [475, 88, 505, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_ext" Position [390, 128, 420, 142] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [230, 320, 280, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [285, 320, 335, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [370, 256, 500, 304] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 58" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [230, 86, 345, 144] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 69" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L_5" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L/5" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [445, 125, 465, 145] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [530, 89, 610, 161] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 73" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 74" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 75" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out" Position [650, 118, 680, 132] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [370, 88, 400, 102] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } } Line { SrcBlock "L_5" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot_ext" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_3" Ports [3, 2] Position [640, 240, 855, 300] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Duct_Heat_Transfer_Wall_3" Location [-62, 327, 950, 977] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [475, 88, 505, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_ext" Position [390, 128, 420, 142] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [230, 320, 280, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [285, 320, 335, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [370, 256, 500, 304] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 80" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [230, 86, 345, 144] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 81" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L_5" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L/5" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [445, 125, 465, 145] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [530, 89, 610, 161] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 82" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 83" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 84" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out" Position [650, 118, 680, 132] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [370, 88, 400, 102] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } } Line { SrcBlock "L_5" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot_ext" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_4" Ports [3, 2] Position [910, 240, 1125, 300] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Duct_Heat_Transfer_Wall_4" Location [-62, 327, 950, 977] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [475, 88, 505, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_ext" Position [390, 128, 420, 142] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [230, 320, 280, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [285, 320, 335, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [370, 256, 500, 304] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 85" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [230, 86, 345, 144] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 86" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L_5" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L/5" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [445, 125, 465, 145] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [530, 89, 610, 161] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 87" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 88" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 89" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out" Position [650, 118, 680, 132] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [370, 88, 400, 102] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } } Line { SrcBlock "L_5" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot_ext" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType SubSystem Name "Duct_Heat_Transfer_Wall_5" Ports [3, 2] Position [1180, 240, 1395, 300] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Duct_Heat_Transfer_Wall_5" Location [-62, 327, 950, 977] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_in" Position [475, 88, 505, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_ext" Position [390, 128, 420, 142] ForegroundColor "green" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "D_major" Position [230, 320, 280, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [285, 320, 335, 350] Orientation "up" ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 1] Position [370, 256, 500, 304] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Volume');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "L" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 180, 320, 220] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_componen" "ts 90" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "V" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "V" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "V" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "V" DstPort 1 } } } Block { BlockType SubSystem Name "FR" Ports [3, 3] Position [230, 86, 345, 144] MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "FR" Location [0, 82, 996, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [30, 628, 60, 642] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 1025, 498, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [182, 1025, 303, 1030] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant2" Position [100, 910, 130, 940] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D_major" Position [85, 284, 140, 316] ForegroundColor "green" ShowName off Value "D_major" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "D_minor" Position [85, 319, 140, 351] ForegroundColor "green" ShowName off Value "D_minor" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [28, 11] Position [176, 725, 734, 885] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "n_unit" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "D_major" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "D_minor" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "b_wall" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "b_isolation" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_wall" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "rho_isolation" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "c_isolation" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_wall" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "lambda_isolation" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "T_ambient" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 91" Ports [28, 12] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 12]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 11 Name "Q_dot_fluid" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 12 Name "T_dot_wall" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [460, 426, 480, 444] Port "10" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall" Position [460, 461, 480, 479] Port "11" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 585] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n_unit" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "D_major" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "D_minor" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "L" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "T_wall" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "T_ambient" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } Line { Name "Q_dot_fluid" Labels [0, 0] SrcBlock " SFunction " SrcPort 11 DstBlock "Q_dot_fluid" DstPort 1 } Line { Name "T_dot_wall" Labels [0, 0] SrcBlock " SFunction " SrcPort 12 DstBlock "T_dot_wall" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [690, 910, 720, 940] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_wall_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_ambient" Position [765, 670, 890, 710] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_ambient" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_isolation" Position [85, 388, 150, 422] ForegroundColor "green" ShowName off Value "b_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "b_wall" Position [85, 354, 140, 386] ForegroundColor "green" ShowName off Value "b_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_isolation" Position [85, 528, 150, 562] ForegroundColor "green" ShowName off Value "c_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c_wall" Position [85, 494, 140, 526] ForegroundColor "green" ShowName off Value "c_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_isolation" Position [85, 598, 170, 632] ForegroundColor "green" ShowName off Value "lambda_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda_wall" Position [85, 563, 150, 597] ForegroundColor "green" ShowName off Value "lambda_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "mode" Position [85, 674, 115, 706] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "n_unit" Position [85, 249, 140, 281] ForegroundColor "green" ShowName off Value "n_unit" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_isolation" Position [85, 458, 150, 492] ForegroundColor "green" ShowName off Value "rho_isolation" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "rho_wall" Position [85, 424, 140, 456] ForegroundColor "green" ShowName off Value "rho_wall" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 639, 115, 671] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [238, 1055, 252, 1085] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 1055, 447, 1085] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_fluid" Position [648, 1055, 662, 1085] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [590, 0] DstBlock "Embedded\nMATLA Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [570, 0] DstBlock "Embedded\nMATLA Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [550, 0] DstBlock "Embedded\nMATLA Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [530, 0] DstBlock "Embedded\nMATLA Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [510, 0] DstBlock "Embedded\nMATLA Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 21 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [470, 0] DstBlock "Embedded\nMATLA Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [430, 0] DstBlock "Embedded\nMATLA Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [370, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "zeta" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [340, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Labels [2, 0] SrcBlock "D_major" SrcPort 1 Points [60, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 100, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0; 0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [195, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0; 0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [160, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 0; 0, 45] Branch { Points [155, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 0; 0, 55] Branch { Points [120, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 0; 0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [85, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -170, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -160, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "D_minor" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "b_wall" SrcPort 1 Points [100, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "b_isolation" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "rho_wall" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "rho_isolation" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "c_wall" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { SrcBlock "c_isolation" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "lambda_wall" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "lambda_isolation" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 10 DstBlock "Q_dot_fluid" DstPort 1 } Line { SrcBlock "T_ambient" SrcPort 1 Points [-35, 0] DstBlock "Embedded\nMATLA Function" DstPort 28 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 11 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 45, 0; 0, -250; -45, 0] DstBlock "Embedded\nMATLA Function" DstPort 27 } Line { SrcBlock "n_unit" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Annotation { Position [430, 886] UseDisplayTextAsClickCallback off } } } Block { BlockType Constant Name "L_5" Position [195, 320, 225, 350] Orientation "up" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "L/5" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [445, 125, 465, 145] ShowName off IconShape "round" Inputs "|++" InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Vol_2D" Ports [4, 1] Position [530, 89, 610, 161] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Vol_2D" Location [198, 172, 1194, 826] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0.5000" "00]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [275, 128, 305, 142] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 531, 1090, 654] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','" "x_H2O_gas','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_l" "iq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 92" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 308, 575, 622] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 93" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 324, 900, 686] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins "[0.500000, 0.500000, 0.500000, 0." "500000]" TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_compon" "ents 94" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 335, 665, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 395, 665, 430] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 455, 665, 490] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 575, 665, 610] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 588, 1155, 602] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 335] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 165; -330, 0; 0, -285] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -340, 0; 0, -260] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 35; -350, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 175] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, -125; 310, 0; 0, 295] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 230; -320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { Points [0, -50; 330, 0; 0, 265] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 295; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "V" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 520] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 165, 0; 0, 245] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 320] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType Outport Name "p_out" Position [650, 118, 680, 132] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [370, 88, 400, 102] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "p_in" SrcPort 1 DstBlock "FR" DstPort 1 } Line { SrcBlock "FR" SrcPort 1 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "FR" SrcPort 2 DstBlock "Vol_2D" DstPort 2 } Line { SrcBlock "Vol_2D" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, 70; -410, 0] DstBlock "FR" DstPort 2 } } Line { SrcBlock "L_5" SrcPort 1 Points [0, 0; 0, -50] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -130] DstBlock "FR" DstPort 3 } } Line { SrcBlock "D_major" SrcPort 1 Points [0, -35] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [0, -125] DstBlock "Vol_2D" DstPort 4 } Line { SrcBlock "D_minor" SrcPort 1 Points [0, -20] DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Vol_2D" DstPort 1 } Line { SrcBlock "Q_dot_ext" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "FR" SrcPort 3 Points [15, 0; 0, 40; 90, 0] DstBlock "Sum" DstPort 2 } Line { SrcBlock "Sum" SrcPort 1 DstBlock "Vol_2D" DstPort 3 } } } Block { BlockType Outport Name "p_out" Position [1435, 248, 1465, 262] ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [1435, 278, 1465, 292] ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Node" Position [488, 25, 502, 55] Orientation "up" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Duct_Heat_Transfer_Wall_1" SrcPort 2 Points [40, 0] DstBlock "Duct_Heat_Transfer_Wall_2" DstPort 2 } Line { SrcBlock "Duct_Heat_Transfer_Wall_2" SrcPort 1 Points [5, 0; 0, -30] Branch { Points [0, -10; -150, 0] DstBlock "Bus\nCreator" DstPort 2 } Branch { Points [-515, 0] DstBlock "Duct_Heat_Transfer_Wall_1" DstPort 1 } } Line { SrcBlock "Duct_Heat_Transfer_Wall_2" SrcPort 2 Points [30, 0] DstBlock "Duct_Heat_Transfer_Wall_3" DstPort 2 } Line { SrcBlock "Duct_Heat_Transfer_Wall_3" SrcPort 2 Points [35, 0] DstBlock "Duct_Heat_Transfer_Wall_4" DstPort 2 } Line { SrcBlock "Duct_Heat_Transfer_Wall_3" SrcPort 1 Points [10, 0; 0, -35] Branch { Points [0, -10; -335, 0] DstBlock "Bus\nCreator" DstPort 3 } Branch { Points [-510, 0] DstBlock "Duct_Heat_Transfer_Wall_2" DstPort 1 } } Line { SrcBlock "Duct_Heat_Transfer_Wall_4" SrcPort 1 Points [10, 0; 0, -40] Branch { Points [0, -10; -520, 0] DstBlock "Bus\nCreator" DstPort 4 } Branch { Points [-515, 0] DstBlock "Duct_Heat_Transfer_Wall_3" DstPort 1 } } Line { SrcBlock "Duct_Heat_Transfer_Wall_4" SrcPort 2 Points [35, 0] DstBlock "Duct_Heat_Transfer_Wall_5" DstPort 2 } Line { SrcBlock "Duct_Heat_Transfer_Wall_5" SrcPort 1 Points [10, 0] Branch { DstBlock "p_out" DstPort 1 } Branch { Points [0, -45; -515, 0] DstBlock "Duct_Heat_Transfer_Wall_4" DstPort 1 } } Line { SrcBlock "m_dot_in" SrcPort 1 DstBlock "Duct_Heat_Transfer_Wall_1" DstPort 2 } Line { SrcBlock "p_in" SrcPort 1 Points [1100, 0; 0, -60] DstBlock "Duct_Heat_Transfer_Wall_5" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [0, 0; 25, 0] Branch { Points [270, 0] Branch { Points [270, 0] Branch { Points [270, 0] Branch { DstBlock "Duct_Heat_Transfer_Wall_4" DstPort 3 } Branch { Points [270, 0] DstBlock "Duct_Heat_Transfer_Wall_5" DstPort 3 } } Branch { DstBlock "Duct_Heat_Transfer_Wall_3" DstPort 3 } } Branch { Points [0, -55] DstBlock "Duct_Heat_Transfer_Wall_2" DstPort 3 } } Branch { DstBlock "Duct_Heat_Transfer_Wall_1" DstPort 3 } } Line { SrcBlock "Duct_Heat_Transfer_Wall_5" SrcPort 2 DstBlock "m_dot_out" DstPort 1 } Line { SrcBlock "Duct_Heat_Transfer_Wall_1" SrcPort 1 Points [45, 0] DstBlock "Bus\nCreator" DstPort 1 } Line { SrcBlock "Bus\nCreator" SrcPort 1 Points [0, 0] DstBlock "Node" DstPort 1 } } } Block { BlockType SubSystem Name "FR_" Ports [2, 2] Position [160, 17, 240, 73] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Diameter [m]|Length [m]|Minor Loss Coefficient|" "Mode = 0: State Variables = Average Input variables, Mode = 1: State Variable" "s = Input Higher Pressure" MaskStyleString "edit,edit,edit,edit" MaskTunableValueString "on,on,on,on" MaskCallbackString "|||" MaskEnableString "on,on,on,on" MaskVisibilityString "on,on,on,on" MaskToolTipString "on,on,on,on" MaskVarAliasString ",,," MaskVariables "D=@1;L=@2;zeta=@3;mode=@4;" MaskDisplay "plot([.5],[.5],[1 1 2 2],[1 2 1 2],[2.5],[2.5])" "\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_label('output',1" ",'1')\nport_label('output',2,'2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN" MaskTabNameString ",,," System { Name "FR_" Location [6, 82, 1002, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [30, 83, 60, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [30, 188, 60, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [377, 650, 498, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [172, 650, 293, 655] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [85, 37, 90, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 6] Position [85, 142, 90, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "D" Position [85, 250, 115, 280] ForegroundColor "green" ShowName off Value "D" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [170, 385, 615, 510] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "D" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "mode" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "7" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "D" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "mode" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "L" Position [85, 280, 115, 310] ForegroundColor "green" ShowName off Value "L" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_air" Position [100, 535, 130, 565] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "mode" Position [85, 339, 115, 371] ForegroundColor "green" ShowName off Value "mode" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "zeta" Position [85, 309, 115, 341] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [228, 680, 242, 710] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 680, 447, 710] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [485, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [460, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [435, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [410, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [360, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [285, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [260, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [210, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "zeta" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Labels [2, 0] SrcBlock "L" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "D" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [205, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [170, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [165, 0] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [95, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 85; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 95; -160, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -150, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "mode" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Annotation { Position [430, 511] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Flow_Split_" Ports [1, 2] Position [25, 630, 105, 670] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Weighting Output 1|Weighting Output 2" MaskStyleString "edit,edit" MaskTunableValueString "on,on" MaskCallbackString "|" MaskEnableString "on,on" MaskVisibilityString "on,on" MaskToolTipString "on,on" MaskVarAliasString "," MaskVariables "P_1=@1;P_2=@2;" MaskDisplay "plot([-3],[0.5],[0 2 2 2],[1.5 1.5 2 1],[7],[2." "5])\nport_label('input',1,'In')\nport_label('output',1,'Out_1')\nport_label('" "output',2,'Out_2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN" MaskTabNameString "," System { Name "Flow_Split_" Location [386, 111, 876, 895] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [25, 503, 55, 517] ForegroundColor "green" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [550, 25, 555, 320] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [550, 680, 555, 975] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector16" Ports [1, 8] Position [80, 360, 85, 655] ShowName off OutputSignals "p,rho,T,m_air,m_dot_air,x_H2O_gas,x_CO2,x_H" "2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Gain Name "Gain" Position [250, 161, 355, 219] ShowName off Gain "P_1/(P_1+P_2)" ParameterDataTypeMode "Inherit via internal rule" OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Gain Name "Gain1" Position [250, 496, 355, 554] ShowName off Gain "P_2/(P_1+P_2)" ParameterDataTypeMode "Inherit via internal rule" OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out_1" Position [580, 168, 610, 182] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [580, 823, 610, 837] ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 2 Points [0, 0; 115, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 2 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 3 Points [0, 0; 125, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 3 } } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { SrcBlock "In" SrcPort 1 DstBlock "Bus\nSelector16" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 4 Points [0, 0; 135, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 4 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 6 Points [0, 0; 360, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 6 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 7 Points [0, 0; 370, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 7 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 8 Points [0, 0; 380, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 8 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 8 } } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 1 Points [0, 0; 105, 0] Branch { Points [0, -335] DstBlock "Bus\nCreator1" DstPort 1 } Branch { Points [0, 320] DstBlock "Bus\nCreator2" DstPort 1 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Gain" SrcPort 1 DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 5 Points [0, 0; 145, 0] Branch { DstBlock "Gain" DstPort 1 } Branch { DstBlock "Gain1" DstPort 1 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Gain1" SrcPort 1 Points [80, 0; 0, 320] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } } } Block { BlockType SubSystem Name "HR_Cond_" Ports [2, 2] Position [260, 846, 375, 904] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Surface [m²]|Thickness [m]|Thermal Conductivity" " [W/m K]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "A=@1;b=@2;lambda=@3;" MaskDisplay "plot([0],[0],[0.2 0.25 0.3 0.35 0.4 0.45 0.5],[" "0.5 0.5 0.75 0.5 0.25 0.5 0.5],[0],[0])\ntext(0.4,0.15,'Cond')\nport_label('i" "nput',1,'T_1')\nport_label('input',2,'T_2')\nport_label('output',1,'Q_dot_1')" "\nport_label('output',2,'Q_dot_2')\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "HR_Cond_" Location [123, 357, 1118, 1007] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T_1" Position [50, 43, 80, 57] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "T_2" Position [50, 98, 80, 112] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [105, 140, 135, 170] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [5, 2] Position [187, 285, 503, 410] Orientation "down" NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "A" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "b" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "lambda" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 220, 320, 260] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 3" Ports [5, 3] Position [180, 100, 230, 220] FunctionName "sf_sfun" PortCounts "[5 3]" Port { PortNumber 2 Name "Q_dot_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "Q_dot_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 231, 480, 249] } Block { BlockType Outport Name "Q_dot_1" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 120] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "A" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "b" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "lambda" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { Name "Q_dot_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "Q_dot_1" DstPort 1 } Line { Name "Q_dot_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "Q_dot_2" DstPort 1 } } } Block { BlockType Constant Name "b" Position [105, 175, 135, 205] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "b" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "lambda" Position [105, 209, 155, 241] ForegroundColor "green" ShowName off Value "lambda" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Q_dot_1" Position [258, 435, 272, 465] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [418, 435, 432, 465] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "T_1" SrcPort 1 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { Labels [1, 0] SrcBlock "lambda" SrcPort 1 Points [185, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "T_2" SrcPort 1 Points [390, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Labels [2, 0] SrcBlock "A" SrcPort 1 Points [75, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 2 DstBlock "Q_dot_2" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 DstBlock "Q_dot_1" DstPort 1 } Line { SrcBlock "b" SrcPort 1 Points [140, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } } } Block { BlockType SubSystem Name "HR_Conv_" Ports [2, 2] Position [260, 686, 375, 744] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Surface [m²]|Convection Heat Transfer Coefficie" "nt [W/m² K]" MaskStyleString "edit,edit" MaskTunableValueString "on,on" MaskCallbackString "|" MaskEnableString "on,on" MaskVisibilityString "on,on" MaskToolTipString "on,on" MaskVarAliasString "," MaskVariables "A=@1;alpha=@2;" MaskDisplay "plot([0],[0],[0.2 0.25 0.3 0.35 0.4 0.45 0.5],[" "0.5 0.5 0.75 0.5 0.25 0.5 0.5],[0],[0])\ntext(0.4,0.15,'Conv')\nport_label('i" "nput',1,'T_1')\nport_label('input',2,'T_2')\nport_label('output',1,'Q_dot_1')" "\nport_label('output',2,'Q_dot_2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN" MaskTabNameString "," System { Name "HR_Conv_" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T_1" Position [35, 43, 65, 57] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "T_2" Position [35, 98, 65, 112] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [35, 140, 65, 170] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [4, 2] Position [107, 255, 423, 380] Orientation "down" NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "A" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "alpha" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_1" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 205, 320, 245] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 9" "6" Ports [4, 3] Position [180, 102, 230, 203] FunctionName "sf_sfun" PortCounts "[4 3]" Port { PortNumber 2 Name "Q_dot_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "Q_dot_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 216, 480, 234] } Block { BlockType Outport Name "Q_dot_1" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 105] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "A" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "alpha" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_1" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { Name "Q_dot_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "Q_dot_1" DstPort 1 } Line { Name "Q_dot_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "Q_dot_2" DstPort 1 } } } Block { BlockType Constant Name "alpha" Position [35, 173, 90, 207] ForegroundColor "green" ShowName off Value "alpha" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Q_dot_1" Position [178, 405, 192, 435] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [338, 405, 352, 435] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "T_1" SrcPort 1 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { Labels [1, 0] SrcBlock "alpha" SrcPort 1 Points [130, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "T_2" SrcPort 1 Points [315, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { Labels [2, 0] SrcBlock "A" SrcPort 1 Points [75, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 2 DstBlock "Q_dot_2" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 DstBlock "Q_dot_1" DstPort 1 } } } Block { BlockType SubSystem Name "HR_Conv_Thermal_Capacity_" Ports [2, 3] Position [260, 606, 375, 664] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Surface [m²]|Convection Heat Transfer Coefficie" "nt via Surface 1 [W/m² K]|Convection Heat Transfer Coefficient via Surface 2 " "[W/m² K]|Mass [kg]|Specific Heat Capacity [J/kg K]|Initial Parameter: Tempera" "ture [K]" MaskStyleString "edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on" MaskCallbackString "|||||" MaskEnableString "on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on" MaskVarAliasString ",,,,," MaskVariables "A=@1;alpha_1=@2;alpha_2=@3;m=@4;c=@5;T_init=@6;" MaskDisplay "plot([0],[0],[0.2 0.25 0.3 0.35 0.4 0.45 0.5],[" "0.5 0.5 0.75 0.5 0.25 0.5 0.5],[0],[0])\ntext(0.4,0.15,'Conv')\ntext(0.4,0.85" ",'TC')\nport_label('input',1,'T_1')\nport_label('input',2,'T_2')\nport_label(" "'output',1,'Q_dot_1')\nport_label('output',2,'Q_dot_2')\nport_label('output'," "3,'T')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "HR_Conv_Thermal_Capacity_" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T_1" Position [40, 38, 70, 52] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "T_2" Position [40, 93, 70, 107] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [40, 135, 70, 165] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [8, 3] Position [112, 320, 428, 445] Orientation "down" NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "A" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "c" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "alpha_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "alpha_2" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "T_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "T_2" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 285, 320, 325] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 2" Ports [8, 4] Position [180, 105, 230, 285] FunctionName "sf_sfun" PortCounts "[8 4]" Port { PortNumber 2 Name "Q_dot_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "Q_dot_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "d_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 296, 480, 314] } Block { BlockType Outport Name "Q_dot_1" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "d_T" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 175] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "A" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m" SrcPort 1 DstBlock " SFunction " DstPort 2 } Line { SrcBlock "c" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "alpha_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "alpha_2" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "T_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "T_2" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { Name "Q_dot_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "Q_dot_1" DstPort 1 } Line { Name "Q_dot_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "Q_dot_2" DstPort 1 } Line { Name "d_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "d_T" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [360, 475, 390, 505] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "alpha_1" Position [40, 233, 95, 267] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "alpha_1" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "alpha_2" Position [40, 268, 95, 302] ForegroundColor "green" ShowName off Value "alpha_2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "c" Position [40, 195, 70, 225] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "c" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m" Position [40, 165, 70, 195] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Q_dot_1" Position [158, 535, 172, 565] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Q_dot_2" Position [263, 535, 277, 565] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [368, 535, 382, 565] Orientation "down" ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "T_1" SrcPort 1 Points [295, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Labels [1, 0] SrcBlock "alpha_1" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "T_2" SrcPort 1 Points [335, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Labels [2, 0] SrcBlock "A" SrcPort 1 Points [55, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 0] DstBlock "Q_dot_2" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0] DstBlock "Q_dot_1" DstPort 1 } Line { SrcBlock "m" SrcPort 1 Points [95, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "c" SrcPort 1 Points [135, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 3 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 0] Branch { Points [70, 0; 0, -230; -115, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Branch { DstBlock "T" DstPort 1 } } Line { SrcBlock "alpha_2" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } } } Block { BlockType SubSystem Name "HR_Rad_" Ports [1, 1] Position [260, 927, 375, 983] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Stefan Boltzmann Constant [W/m² K² K²]|Emissiv" "ity|Surface [m²]|Surface Temperature [K]" MaskStyleString "popup(5.67*10^-8),edit,edit,edit" MaskTunableValueString "on,on,on,on" MaskCallbackString "|||" MaskEnableString "on,on,on,on" MaskVisibilityString "on,on,on,on" MaskToolTipString "on,on,on,on" MaskVarAliasString ",,," MaskVariables "sigma=@1;episilon=@2;A=@3;T_s=@4;" MaskDisplay "plot([0],[0],[0.2 0.25 0.3 0.35 0.4 0.45 0.5],[" "0.5 0.5 0.75 0.5 0.25 0.5 0.5],[0],[0])\ntext(0.4,0.15,'Rad')\nport_label('in" "put',1,'T')\nport_label('output',1,'Q_dot')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "5.67*10^-8|NaN|NaN|NaN" MaskTabNameString ",,," System { Name "HR_Rad_" Location [4, 268, 1012, 990] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [60, 43, 90, 57] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [60, 150, 90, 180] ForegroundColor "green" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [5, 1] Position [117, 230, 433, 355] Orientation "down" NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "sigma" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "epsilon" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "A" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_s" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 220, 320, 260] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 4" Ports [5, 2] Position [180, 100, 230, 220] FunctionName "sf_sfun" PortCounts "[5 2]" Port { PortNumber 2 Name "Q_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 231, 480, 249] } Block { BlockType Outport Name "Q_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 110] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "sigma" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "epsilon" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "A" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_s" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { Name "Q_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "Q_dot" DstPort 1 } } } Block { BlockType Constant Name "T_s" Position [60, 185, 90, 215] ForegroundColor "green" ShowName off Value "T_s" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "epsilon" Position [60, 114, 110, 146] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "epsilon" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "sigma" Position [60, 80, 90, 110] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "sigma" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Q_dot" Position [268, 380, 282, 410] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "T" SrcPort 1 Points [310, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Labels [2, 0] SrcBlock "sigma" SrcPort 1 Points [50, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 0] DstBlock "Q_dot" DstPort 1 } Line { SrcBlock "epsilon" SrcPort 1 Points [95, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "T_s" SrcPort 1 Points [245, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "A" SrcPort 1 Points [180, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } } } Block { BlockType SubSystem Name "Node_2D_" Ports [2, 1] Position [25, 352, 105, 408] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Initial Parameter: Pressure [Pa]|Initial Parame" "ter: Temperature [K]|Threshold Equality Input/Output Pressures [Pa]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "p_init=@1;T_init=@2;Delta_p_threshold=@3;" MaskDisplay "plot([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "patch([1 2 2 1 1],[1 1 2 2 1], [0 0 0])\nport_label('input',1,'1')\nport_labe" "l('input',2,'2')\nport_label('output',1,'2D')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Node_2D_" Location [6, 82, 1002, 732] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [235, 108, 265, 122] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [235, 233, 265, 247] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [620, 657, 625, 778] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 7] Position [205, 56, 210, 174] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 7] Position [205, 181, 210, 299] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Delta_p_threshold" Position [40, 768, 140, 792] ForegroundColor "green" ShowName off Value "Delta_p_threshold" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded_MATLAB_Function" Ports [21, 6] Position [155, 360, 335, 800] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_old" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho_old" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_old" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_old" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_old" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_old" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_p_threshold" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 560, 320, 600] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 5" Ports [21, 7] Position [180, 120, 230, 560] FunctionName "sf_sfun" PortCounts "[21 7]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 571, 480, 589] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 420] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_old" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_old" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType UnitDelay Name "Unit Delay" Position [360, 378, 395, 412] ShowName off X0 "p_init" SampleTime "-1" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay1" Position [360, 453, 395, 487] ShowName off X0 "p_init/(287.058*T_init)" SampleTime "-1" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay2" Position [360, 528, 395, 562] ShowName off X0 "T_init" SampleTime "-1" Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay3" Position [360, 603, 395, 637] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay4" Position [360, 678, 395, 712] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay5" Position [360, 753, 395, 787] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_air" Position [425, 795, 455, 825] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [425, 830, 455, 860] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [650, 713, 680, 727] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 3 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 2 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 1 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 4 DstBlock "Unit Delay3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 5 DstBlock "Unit Delay4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 6 DstBlock "Unit Delay5" DstPort 1 } Line { Name "p" Labels [0, 0] SrcBlock "Unit Delay" SrcPort 1 Points [35, 0] Branch { Points [55, 0; 0, 270] DstBlock "Bus\nCreator1" DstPort 1 } Branch { Points [0, -75; -295, 0] DstBlock "Embedded_MATLAB_Function" DstPort 1 } } Line { Name "rho" Labels [0, 0] SrcBlock "Unit Delay1" SrcPort 1 Points [40, 0] Branch { Points [65, 0; 0, 210] DstBlock "Bus\nCreator1" DstPort 2 } Branch { Points [0, -145; -305, 0; 0, 75] DstBlock "Embedded_MATLAB_Function" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Unit Delay2" SrcPort 1 Points [45, 0] Branch { Points [75, 0; 0, 150] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, -215; -315, 0; 0, 90] DstBlock "Embedded_MATLAB_Function" DstPort 3 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [45, 0; 0, -120] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [60, 0; 0, -100] DstBlock "Bus\nCreator1" DstPort 4 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Unit Delay4" SrcPort 1 Points [55, 0] Branch { Points [0, -355; -335, 0; 0, 120] DstBlock "Embedded_MATLAB_Function" DstPort 5 } Branch { Points [35, 0; 0, 60] DstBlock "Bus\nCreator1" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Unit Delay5" SrcPort 1 Points [55, 0] Branch { Points [0, -425; -340, 0; 0, 135] DstBlock "Embedded_MATLAB_Function" DstPort 6 } Branch { DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Unit Delay3" SrcPort 1 Points [50, 0] Branch { Points [0, -285; -325, 0; 0, 105] DstBlock "Embedded_MATLAB_Function" DstPort 4 } Branch { Points [25, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 6 } } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-95, 0; 0, 430] DstBlock "Embedded_MATLAB_Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-100, 0; 0, 435] DstBlock "Embedded_MATLAB_Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-105, 0; 0, 440] DstBlock "Embedded_MATLAB_Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-110, 0; 0, 445] DstBlock "Embedded_MATLAB_Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-115, 0; 0, 450] DstBlock "Embedded_MATLAB_Function" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [-120, 0; 0, 455] DstBlock "Embedded_MATLAB_Function" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 7 Points [-125, 0; 0, 460] DstBlock "Embedded_MATLAB_Function" DstPort 13 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [-130, 0; 0, 445] DstBlock "Embedded_MATLAB_Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [-135, 0; 0, 450] DstBlock "Embedded_MATLAB_Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [-140, 0; 0, 455] DstBlock "Embedded_MATLAB_Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [-145, 0; 0, 460] DstBlock "Embedded_MATLAB_Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [-150, 0; 0, 465] DstBlock "Embedded_MATLAB_Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [-155, 0; 0, 470] DstBlock "Embedded_MATLAB_Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 7 Points [-160, 0; 0, 475] DstBlock "Embedded_MATLAB_Function" DstPort 20 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock "Embedded_MATLAB_Function" DstPort 21 } } } Block { BlockType SubSystem Name "Node_3D_" Ports [3, 1] Position [25, 422, 105, 478] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Initial Parameter: Pressure [Pa]|Initial Parame" "ter: Temperature [K]|Threshold Equality Input/Output Pressures [Pa]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "p_init=@1;T_init=@2;Delta_p_threshold=@3;" MaskDisplay "plot([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "patch([1 2 2 1 1],[1 1 2 2 1], [0 0 0])\nport_label('input',1,'1')\nport_labe" "l('input',2,'2')\nport_label('input',3,'3')\nport_label('output',1,'3D')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Node_3D_" Location [-22, 121, 974, 771] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [265, 88, 295, 102] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [265, 213, 295, 227] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [265, 338, 295, 352] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [650, 752, 655, 873] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 7] Position [235, 36, 240, 154] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 7] Position [235, 286, 240, 404] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 7] Position [235, 161, 240, 279] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Delta_p_threshold" Position [35, 878, 135, 902] ForegroundColor "green" ShowName off Value "Delta_p_threshold" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded_MATLAB_Function" Ports [28, 6] Position [185, 469, 350, 906] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_old" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho_old" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_old" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_old" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_old" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_old" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_3" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_3" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_3" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_3" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_3" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_3" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_3" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_p_threshold" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 700, 320, 740] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" Ports [28, 7] Position [180, 120, 230, 700] FunctionName "sf_sfun" PortCounts "[28 7]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 711, 480, 729] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 550] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_old" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_old" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_3" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_3" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_3" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "m_dot_air_in_3" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_H2O_gas_in_3" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_CO2_in_3" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "x_H2O_liq_in_3" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType UnitDelay Name "Unit Delay" Position [375, 498, 410, 532] ShowName off X0 "p_init" SampleTime "-1" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay1" Position [375, 568, 410, 602] ShowName off X0 "p_init/(287.058*T_init)" SampleTime "-1" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay2" Position [375, 638, 410, 672] ShowName off X0 "T_init" SampleTime "-1" Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay3" Position [375, 708, 410, 742] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay4" Position [375, 778, 410, 812] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay5" Position [375, 848, 410, 882] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_air" Position [460, 890, 490, 920] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [460, 925, 490, 955] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [680, 808, 710, 822] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 7 Points [-195, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 27 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 6 Points [-190, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-185, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-180, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-175, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-170, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 22 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-165, 0; 0, 485] DstBlock "Embedded_MATLAB_Function" DstPort 21 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 7 Points [-160, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [-155, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [-150, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [-145, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [-140, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [-135, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 15 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [-130, 0; 0, 505] DstBlock "Embedded_MATLAB_Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 7 Points [-125, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [-120, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-115, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-110, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-105, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-100, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 8 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-95, 0; 0, 525] DstBlock "Embedded_MATLAB_Function" DstPort 7 } Line { SrcBlock "In_3" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Unit Delay3" SrcPort 1 Points [65, 0] Branch { Points [25, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [0, -285; -325, 0; 0, 90] DstBlock "Embedded_MATLAB_Function" DstPort 4 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Unit Delay5" SrcPort 1 Points [75, 0] Branch { Points [0, -415; -345, 0; 0, 110] DstBlock "Embedded_MATLAB_Function" DstPort 6 } Branch { DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Unit Delay4" SrcPort 1 Points [70, 0] Branch { Points [35, 0; 0, 55] DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [0, -350; -335, 0; 0, 100] DstBlock "Embedded_MATLAB_Function" DstPort 5 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [55, 0; 0, -100] DstBlock "Bus\nCreator1" DstPort 4 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [40, 0; 0, -120] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "T" Labels [0, 0] SrcBlock "Unit Delay2" SrcPort 1 Points [60, 0] Branch { Points [0, -220; -315, 0; 0, 80] DstBlock "Embedded_MATLAB_Function" DstPort 3 } Branch { Points [75, 0; 0, 135] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "rho" Labels [0, 0] SrcBlock "Unit Delay1" SrcPort 1 Points [55, 0] Branch { Points [0, -155; -305, 0; 0, 70] DstBlock "Embedded_MATLAB_Function" DstPort 2 } Branch { Points [65, 0; 0, 190] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "p" Labels [0, 0] SrcBlock "Unit Delay" SrcPort 1 Points [50, 0] Branch { Points [0, -90; -295, 0] DstBlock "Embedded_MATLAB_Function" DstPort 1 } Branch { Points [55, 0; 0, 245] DstBlock "Bus\nCreator1" DstPort 1 } } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 6 DstBlock "Unit Delay5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 5 DstBlock "Unit Delay4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 4 DstBlock "Unit Delay3" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector4" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 1 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 2 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function" SrcPort 3 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock "Embedded_MATLAB_Function" DstPort 28 } } } Block { BlockType SubSystem Name "Node_4D_" Ports [4, 1] Position [25, 494, 105, 551] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Initial Parameter: Pressure [Pa]|Initial Parame" "ter: Temperature [K]|Threshold Equality Input/Output Pressures [Pa]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "p_init=@1;T_init=@2;Delta_p_threshold=@3;" MaskDisplay "plot([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "patch([1 2 2 1 1],[1 1 2 2 1], [0 0 0])\nport_label('input',1,'1')\nport_labe" "l('input',2,'2')\nport_label('input',3,'3')\nport_label('input',4,'4')\nport_" "label('output',1,'4D')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Node_4D_" Location [2, 82, 998, 732] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [310, 98, 340, 112] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [310, 223, 340, 237] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [310, 348, 340, 362] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "In_4" Position [310, 473, 340, 487] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [695, 977, 700, 1098] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 7] Position [280, 46, 285, 164] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 7] Position [280, 296, 285, 414] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 7] Position [280, 421, 285, 539] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 7] Position [280, 171, 285, 289] Orientation "left" ShowName off OutputSignals "p,rho,T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Delta_p_threshold" Position [45, 1118, 145, 1142] ForegroundColor "green" ShowName off Value "Delta_p_threshold" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [35, 6] Position [230, 613, 410, 1137] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_old" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho_old" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_old" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_old" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_old" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_old" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_3" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_3" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_3" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_3" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_3" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_3" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_3" Position [20, 1036, 40, 1054] Port "27" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_4" Position [20, 1071, 40, 1089] Port "28" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_4" Position [20, 1106, 40, 1124] Port "29" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_4" Position [20, 1146, 40, 1164] Port "30" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_4" Position [20, 1181, 40, 1199] Port "31" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_4" Position [20, 1216, 40, 1234] Port "32" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_4" Position [20, 1251, 40, 1269] Port "33" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_4" Position [20, 1286, 40, 1304] Port "34" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_p_threshold" Position [20, 1326, 40, 1344] Port "35" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 840, 320, 880] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 6" Ports [35, 7] Position [180, 120, 230, 840] FunctionName "sf_sfun" PortCounts "[35 7]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 851, 480, 869] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 680] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho_old" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_old" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_old" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "p_in_3" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "rho_in_3" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "T_in_3" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "m_dot_air_in_3" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_H2O_gas_in_3" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "x_CO2_in_3" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { SrcBlock "x_H2O_liq_in_3" SrcPort 1 DstBlock " SFunction " DstPort 27 } Line { SrcBlock "p_in_4" SrcPort 1 DstBlock " SFunction " DstPort 28 } Line { SrcBlock "rho_in_4" SrcPort 1 DstBlock " SFunction " DstPort 29 } Line { SrcBlock "T_in_4" SrcPort 1 DstBlock " SFunction " DstPort 30 } Line { SrcBlock "m_dot_air_in_4" SrcPort 1 DstBlock " SFunction " DstPort 31 } Line { SrcBlock "x_H2O_gas_in_4" SrcPort 1 DstBlock " SFunction " DstPort 32 } Line { SrcBlock "x_CO2_in_4" SrcPort 1 DstBlock " SFunction " DstPort 33 } Line { SrcBlock "x_H2O_liq_in_4" SrcPort 1 DstBlock " SFunction " DstPort 34 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock " SFunction " DstPort 35 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType UnitDelay Name "Unit Delay" Position [435, 648, 470, 682] ShowName off X0 "p_init" SampleTime "-1" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay1" Position [435, 733, 470, 767] ShowName off X0 "p_init/(287.058*T_init)" SampleTime "-1" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay2" Position [435, 818, 470, 852] ShowName off X0 "T_init" SampleTime "-1" Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType UnitDelay Name "Unit Delay3" Position [435, 903, 470, 937] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay4" Position [435, 988, 470, 1022] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType UnitDelay Name "Unit Delay5" Position [435, 1073, 470, 1107] ShowName off SampleTime "-1" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_air" Position [505, 1115, 535, 1145] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [505, 1150, 535, 1180] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [725, 1033, 755, 1047] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 3 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 2 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 1 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector1" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 4 DstBlock "Unit Delay3" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 5 DstBlock "Unit Delay4" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 6 DstBlock "Unit Delay5" DstPort 1 } Line { Name "p" Labels [0, 0] SrcBlock "Unit Delay" SrcPort 1 Points [35, 0] Branch { Points [55, 0; 0, 320] DstBlock "Bus\nCreator1" DstPort 1 } Branch { Points [0, -100; -295, 0] DstBlock "Embedded\nMATLA Function1" DstPort 1 } } Line { Name "rho" Labels [0, 0] SrcBlock "Unit Delay1" SrcPort 1 Points [40, 0] Branch { Points [65, 0; 0, 250] DstBlock "Bus\nCreator1" DstPort 2 } Branch { Points [0, -180; -305, 0; 0, 65] DstBlock "Embedded\nMATLA Function1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Unit Delay2" SrcPort 1 Points [45, 0] Branch { Points [75, 0; 0, 180] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, -260; -315, 0; 0, 75] DstBlock "Embedded\nMATLA Function1" DstPort 3 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [40, 0; 0, -120] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [55, 0; 0, -100] DstBlock "Bus\nCreator1" DstPort 4 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Unit Delay4" SrcPort 1 Points [55, 0] Branch { Points [0, -420; -335, 0; 0, 95] DstBlock "Embedded\nMATLA Function1" DstPort 5 } Branch { Points [35, 0; 0, 70] DstBlock "Bus\nCreator1" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Unit Delay5" SrcPort 1 Points [60, 0] Branch { Points [0, -500; -345, 0; 0, 105] DstBlock "Embedded\nMATLA Function1" DstPort 6 } Branch { DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Unit Delay3" SrcPort 1 Points [50, 0] Branch { Points [0, -340; -325, 0; 0, 85] DstBlock "Embedded\nMATLA Function1" DstPort 4 } Branch { Points [25, 0; 0, 140] DstBlock "Bus\nCreator1" DstPort 6 } } Line { SrcBlock "In_3" SrcPort 1 DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-95, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-100, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-105, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-110, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-115, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [-120, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 7 Points [-125, 0; 0, 650] DstBlock "Embedded\nMATLA Function1" DstPort 13 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [-130, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [-135, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [-140, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [-145, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [-150, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [-155, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 7 Points [-160, 0; 0, 630] DstBlock "Embedded\nMATLA Function1" DstPort 20 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-165, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 21 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-170, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 22 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-175, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-180, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-185, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 6 Points [-190, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 26 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 7 Points [-195, 0; 0, 610] DstBlock "Embedded\nMATLA Function1" DstPort 27 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_4" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [-200, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 28 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [-205, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 29 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [-210, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 30 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [-215, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 31 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [-220, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 32 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [-225, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 33 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 7 Points [-230, 0; 0, 590] DstBlock "Embedded\nMATLA Function1" DstPort 34 } Line { SrcBlock "Delta_p_threshold" SrcPort 1 DstBlock "Embedded\nMATLA Function1" DstPort 35 } } } Block { BlockType SubSystem Name "PT1" Ports [1, 1] Position [465, 494, 515, 506] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Initial Value|Response Time [s]|Start Time [s]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "x_init=@1;tau=@2;t_0=@3;" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "PT1" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [25, 38, 55, 52] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Sum Name "Add2" Ports [2, 1] Position [195, 77, 225, 108] ShowName off Inputs "+-" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Sum Name "Add3" Ports [2, 1] Position [350, 87, 380, 118] ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Clock Name "Clock2" Position [25, 75, 45, 95] ShowName off Decimation "1" } Block { BlockType TransferFcn Name "PT_1" Position [255, 77, 315, 113] Denominator "[tau 1]" } Block { BlockType Switch Name "Switch2" Position [120, 70, 150, 100] ShowName off Criteria "u2 > Threshold" Threshold "t_0" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Constant Name "x_init" Position [25, 115, 70, 145] Value "x_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [405, 98, 435, 112] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Add2" SrcPort 1 Points [0, 0] DstBlock "PT_1" DstPort 1 } Line { SrcBlock "PT_1" SrcPort 1 DstBlock "Add3" DstPort 1 } Line { SrcBlock "In" SrcPort 1 Points [15, 0; 0, 30] DstBlock "Switch2" DstPort 1 } Line { SrcBlock "Clock2" SrcPort 1 Points [0, 0] DstBlock "Switch2" DstPort 2 } Line { SrcBlock "x_init" SrcPort 1 Points [0, 0] Branch { Points [0, -35] DstBlock "Switch2" DstPort 3 } Branch { Points [0, 0; 105, 0] Branch { DstBlock "Add2" DstPort 2 } Branch { Points [155, 0] DstBlock "Add3" DstPort 2 } } } Line { SrcBlock "Switch2" SrcPort 1 DstBlock "Add2" DstPort 1 } Line { SrcBlock "Add3" SrcPort 1 DstBlock "Out" DstPort 1 } } } Block { BlockType SubSystem Name "T-Sensor_" Ports [1, 1] Position [445, 578, 535, 612] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Initial Parameter: Measured Variable [SI-Unit]|" "Sensor Time Constant [s]|Sensor Dead Time [s]|Sensor Noise: on: 1, off: 0|Sen" "sor Noise Power|Sensor Error: on: 1, off: 0|Constant Sensor Value [SI-Unit]|T" "ime Dependant Sensor Value [SI-Unit]: 0: No Time Series is available|Sensor O" "ffset: on: 1, off: 0|Constant Sensor Offset [SI-Unit]|Time Dependant Sensor O" "ffset [SI-Unit]: 0: No Time Series is available" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit,ed" "it,edit" MaskTunableValueString "on,on,on,on,on,on,on,on,on,on,on" MaskCallbackString "||||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on,on,on" MaskVarAliasString ",,,,,,,,,," MaskVariables "x_init=@1;tau=@2;tau_dead=@3;noise=@4;noise_pow" "er=@5;err=@6;Constant_err=@7;time_series_err=@8;offset=@9;Constant_offset=@10" ";time_series_offset=@11;" MaskInitialization "err_time = 1;\nif length(time_series_err) <= 1" "\n err_time = 0;\n time_series_err(1,1) = -1;\n time_serie" "s_err(1,2) = -1;\n time_series_err(2,1) = 1;\n time_series_err(2,2) = -1" ";\nend\noffset_time = 1;\nif length(time_series_offset) <= 1\n offset_time " " = 0;\n time_series_offset(1,1) = -1;\n time_series_offset(1,2) " "= -1;\n time_series_offset(2,1) = 1;\n time_series_offset(2,2) = -1;\nen" "d" MaskDisplay "disp('Sensor','texmode','on')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|0.001|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,,,," System { Name "T-Sensor_" Location [2, 82, 1014, 715] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [30, 413, 60, 427] ForegroundColor "green" IconDisplay "Port number" } Block { BlockType Sum Name "Add" Ports [2, 1] Position [475, 267, 505, 298] ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Sum Name "Add1" Ports [2, 1] Position [145, 412, 175, 443] ShowName off Inputs "+-" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Sum Name "Add2" Ports [2, 1] Position [300, 422, 330, 453] ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Sum Name "Add3" Ports [2, 1] Position [1155, 312, 1185, 343] ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType Reference Name "Band-Limited\nWhite Noise" Ports [0, 1] Position [370, 260, 400, 290] SourceBlock "simulink/Sources/Band-Limited\nWhite Noise" SourceType "Band-Limited White Noise." ShowPortLabels on SystemSampleTime "-1" FunctionWithSeparateData off RTWMemSecFuncInitTerm "Inherit from model" RTWMemSecFuncExecute "Inherit from model" RTWMemSecDataConstants "Inherit from model" RTWMemSecDataInternal "Inherit from model" RTWMemSecDataParameters "Inherit from model" Cov "[noise_power]" Ts "0.1" seed "[0]" VectorParams1D on } Block { BlockType Clock Name "Clock" Position [605, 120, 625, 140] ShowName off Decimation "10" } Block { BlockType Clock Name "Clock1" Position [860, 40, 880, 60] ShowName off Decimation "10" } Block { BlockType Constant Name "Constant_err" Position [635, 228, 710, 262] Value "Constant_err" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "Constant_offset" Position [890, 148, 965, 182] Value "Constant_offset" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType TransportDelay Name "Dead_Time" Position [370, 425, 400, 455] DelayTime "tau_dead" InitialOutput "293.15" } Block { BlockType TransferFcn Name "PT_1" Position [205, 412, 265, 448] Denominator "[tau 1]" } Block { BlockType Switch Name "Switch" Position [545, 330, 575, 360] ShowName off Criteria "u2 > Threshold" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Switch Name "Switch1" Position [840, 320, 870, 350] ShowName off Criteria "u2 > Threshold" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Switch Name "Switch2" Position [770, 220, 800, 250] ShowName off Criteria "u2 > Threshold" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Switch Name "Switch3" Position [1095, 240, 1125, 270] ShowName off Criteria "u2 > Threshold" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Switch Name "Switch4" Position [1025, 140, 1055, 170] ShowName off Criteria "u2 > Threshold" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Constant Name "err" Position [770, 295, 800, 325] Value "err" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "err_time" Position [635, 178, 710, 212] Value "err_time" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "noise" Position [370, 330, 400, 360] Value "noise" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "offset" Position [1025, 215, 1055, 245] Value "offset" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "offset_time" Position [890, 98, 965, 132] Value "offset_time" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "offset_zero" Position [1025, 270, 1055, 300] ForegroundColor "red" Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Lookup Name "time_series_err" Position [660, 105, 710, 155] InputValues "time_series_err(:,1)" OutputValues "time_series_err(:,2)" LookUpMeth "Interpolation-Extrapolation" OutDataTypeMode "Same as input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Floor" SaturateOnIntegerOverflow off SampleTime "-1" LUTDesignTableMode "Redesign Table" LUTDesignDataSource "Block Dialog" LUTDesignFunctionName "sqrt(x)" LUTDesignUseExistingBP on LUTDesignRelError "0.01" LUTDesignAbsError "1e-6" } Block { BlockType Lookup Name "time_series_offset" Position [915, 25, 965, 75] InputValues "time_series_offset(:,1)" OutputValues "time_series_offset(:,2)" LookUpMeth "Interpolation-Extrapolation" OutDataTypeMode "Same as input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Floor" SaturateOnIntegerOverflow off SampleTime "-1" LUTDesignTableMode "Redesign Table" LUTDesignDataSource "Block Dialog" LUTDesignFunctionName "sqrt(x)" LUTDesignUseExistingBP on LUTDesignRelError "0.01" LUTDesignAbsError "1e-6" } Block { BlockType Constant Name "x_init" Position [30, 453, 120, 487] Value "x_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1210, 323, 1240, 337] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "noise" SrcPort 1 DstBlock "Switch" DstPort 2 } Line { SrcBlock "Band-Limited\nWhite Noise" SrcPort 1 DstBlock "Add" DstPort 1 } Line { SrcBlock "Add" SrcPort 1 Points [15, 0; 0, 50] DstBlock "Switch" DstPort 1 } Line { SrcBlock "Switch" SrcPort 1 Points [0, 0] DstBlock "Switch1" DstPort 3 } Line { SrcBlock "err" SrcPort 1 Points [0, 25] DstBlock "Switch1" DstPort 2 } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Add1" DstPort 1 } Line { SrcBlock "x_init" SrcPort 1 Points [0, 0; 5, 0] Branch { DstBlock "Add1" DstPort 2 } Branch { Points [155, 0] DstBlock "Add2" DstPort 2 } } Line { SrcBlock "Add1" SrcPort 1 Points [0, 0] DstBlock "PT_1" DstPort 1 } Line { SrcBlock "PT_1" SrcPort 1 DstBlock "Add2" DstPort 1 } Line { SrcBlock "Clock" SrcPort 1 Points [0, 0] DstBlock "time_series_err" DstPort 1 } Line { SrcBlock "Constant_err" SrcPort 1 Points [0, 0] DstBlock "Switch2" DstPort 3 } Line { SrcBlock "err_time" SrcPort 1 Points [15, 0; 0, 40] DstBlock "Switch2" DstPort 2 } Line { SrcBlock "time_series_err" SrcPort 1 Points [30, 0; 0, 95] DstBlock "Switch2" DstPort 1 } Line { SrcBlock "Switch2" SrcPort 1 Points [15, 0; 0, 90] DstBlock "Switch1" DstPort 1 } Line { SrcBlock "Add2" SrcPort 1 Points [0, 0] DstBlock "Dead_Time" DstPort 1 } Line { SrcBlock "Dead_Time" SrcPort 1 Points [55, 0; 0, -85] Branch { DstBlock "Switch" DstPort 3 } Branch { DstBlock "Add" DstPort 2 } } Line { SrcBlock "offset" SrcPort 1 Points [0, 25] DstBlock "Switch3" DstPort 2 } Line { SrcBlock "Clock1" SrcPort 1 Points [0, 0] DstBlock "time_series_offset" DstPort 1 } Line { SrcBlock "Constant_offset" SrcPort 1 Points [0, 0] DstBlock "Switch4" DstPort 3 } Line { SrcBlock "offset_time" SrcPort 1 Points [15, 0; 0, 40] DstBlock "Switch4" DstPort 2 } Line { SrcBlock "time_series_offset" SrcPort 1 Points [30, 0; 0, 95] DstBlock "Switch4" DstPort 1 } Line { SrcBlock "Switch4" SrcPort 1 Points [15, 0; 0, 90] DstBlock "Switch3" DstPort 1 } Line { SrcBlock "Switch3" SrcPort 1 Points [10, 0] DstBlock "Add3" DstPort 1 } Line { SrcBlock "offset_zero" SrcPort 1 Points [0, -20] DstBlock "Switch3" DstPort 3 } Line { SrcBlock "Switch1" SrcPort 1 DstBlock "Add3" DstPort 2 } Line { SrcBlock "Add3" SrcPort 1 DstBlock "Out" DstPort 1 } } } Block { BlockType SubSystem Name "Tee_" Ports [2, 1] Position [25, 575, 105, 615] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskDisplay "plot([-5],[0.5],[0 0 0 2.5],[2 1 1.5 1.5],[7],[" "2.5])\nport_label('input',1,'In_1')\nport_label('input',2,'In_2')\nport_label" "('output',1,'Out')\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" System { Name "Tee_" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [25, 163, 55, 177] ForegroundColor "green" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [25, 668, 55, 682] ForegroundColor "green" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [520, 148, 525, 702] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 8] Position [80, 525, 85, 820] ShowName off OutputSignals "p,rho,T,m_air,m_dot_air,x_H2O_gas,x_CO2,x_H" "2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector16" Ports [1, 8] Position [80, 20, 85, 315] ShowName off OutputSignals "p,rho,T,m_air,m_dot_air,x_H2O_gas,x_CO2,x_H" "2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 8] Position [290, 133, 450, 712] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" PropagatedSignals "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_air" PropagatedSignals "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air" PropagatedSignals "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p_in_1" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_air_in_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "5" Ports [16, 9] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 9]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_air" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 330] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_in_1" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho_in_1" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_air" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_air" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Outport Name "Out" Position [550, 418, 580, 432] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 DstBlock "Bus\nCreator1" DstPort 4 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 8 Points [125, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 7 Points [120, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [115, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [110, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [105, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [100, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [95, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [90, 0; 0, -110] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 8 Points [150, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 7 Points [155, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 6 Points [160, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 5 Points [165, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 4 Points [170, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 3 Points [175, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 2 Points [180, 0; 0, 115] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector16" SrcPort 1 Points [185, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector16" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } } } Block { BlockType SubSystem Name "Thermal_Capacity_" Ports [2, 1] Position [260, 766, 375, 824] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Mass [kg]|Specific Heat Capacity [J/kg/K]|Initi" "al Parameter: Temperature [K]" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "m=@1;c=@2;T_init=@3;" MaskDisplay "plot([0],[0],[0.4 0.45 0.5 0.55 0.6 0.65 0.7],[" "0.5 0.5 0.75 0.5 0.25 0.5 0.5],[0],[0])\ntext(0.6,0.15,'TC')\nport_label('inp" "ut',1,'Q_dot_1')\nport_label('input',2,'Q_dot_2')\nport_label('output',1,'T')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Thermal_Capacity_" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "Q_dot_1" Position [40, 38, 70, 52] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_2" Position [40, 93, 70, 107] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [4, 1] Position [112, 320, 428, 445] Orientation "down" NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "m" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "c" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_in_1" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot_in_2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 205, 320, 245] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 9" "8" Ports [4, 2] Position [180, 102, 230, 203] FunctionName "sf_sfun" PortCounts "[4 2]" Port { PortNumber 2 Name "d_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 216, 480, 234] } Block { BlockType Outport Name "d_T" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 95] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "m" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "c" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "Q_dot_in_1" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "Q_dot_in_2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { Name "d_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "d_T" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [1, 1] Position [255, 470, 285, 500] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_init" IgnoreLimit off Port { PortNumber 1 TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "c" Position [40, 195, 70, 225] ForegroundColor "green" ShowName off Value "c" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m" Position [40, 160, 70, 190] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "T" Position [263, 525, 277, 555] Orientation "down" ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Q_dot_1" SrcPort 1 Points [235, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "Q_dot_2" SrcPort 1 Points [315, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "m" SrcPort 1 Points [75, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "c" SrcPort 1 Points [155, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Integrator1" SrcPort 1 DstBlock "T" DstPort 1 } } } Block { BlockType SubSystem Name "Valve_" Ports [3, 2] Position [160, 437, 240, 493] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Surface [m²]|Minor Loss Coefficient|Direction: " "0:1->2, 1:2->1" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "A=@1;zeta=@2;Dir=@3;" MaskDisplay "plot([.5],[.5],[1 2],[1 2],[2.5],[2.5])\nport_l" "abel('input',1,'1')\nport_label('input',2,'2')\nport_label('input',3,'beta')" "\nport_label('output',1,'1')\nport_label('output',2,'2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Valve_" Location [2, 82, 998, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [25, 83, 55, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [25, 188, 55, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "beta" Position [25, 258, 55, 272] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [80, 295, 110, 325] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [422, 705, 543, 710] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [207, 705, 328, 710] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 6] Position [80, 142, 85, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [80, 37, 85, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Dir" Position [80, 354, 110, 386] ForegroundColor "green" ShowName off Value "Dir" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [16, 9] Position [209, 440, 646, 565] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "A" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "beta" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "zeta" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Dir" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "03" Ports [16, 10] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 345] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "A" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "beta" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "zeta" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Dir" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "m_air" Position [135, 590, 165, 620] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "zeta" Position [80, 324, 110, 356] ForegroundColor "green" ShowName off Value "zeta" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out_1" Position [263, 735, 277, 765] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [478, 735, 492, 765] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "beta" SrcPort 1 Points [205, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "A" SrcPort 1 Points [125, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "zeta" SrcPort 1 Points [175, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [225, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [250, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [275, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [300, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [325, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [350, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [375, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [400, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [425, 0] DstBlock "Embedded\nMATLA Function" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [450, 0] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [475, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [500, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [215, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [180, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [215, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 45] Branch { Points [-40, 0] DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [175, 0] DstBlock "Bus\nCreator1" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 55] Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [140, 0] DstBlock "Bus\nCreator1" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [105, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator2" DstPort 1 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 8 Points [0, 85; -150, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 7 Points [0, 95; -255, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 9 Points [0, 105; -140, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Dir" SrcPort 1 Points [500, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Annotation { Position [425, 556] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Valve_Comp_" Ports [3, 2] Position [160, 515, 240, 575] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Surface [m²]|Maximum Mach Number (in general Ma" "_max=1)" MaskStyleString "edit,edit" MaskTunableValueString "on,on" MaskCallbackString "|" MaskEnableString "on,on" MaskVisibilityString "on,on" MaskToolTipString "on,on" MaskVarAliasString "," MaskVariables "A=@1;Ma_max=@2;" MaskDisplay "plot([.5],[.5],[1 2],[1 2],[2.5],[2.5])\nport_l" "abel('input',1,'1')\nport_label('input',2,'2')\nport_label('input',3,'beta')" "\nport_label('output',1,'1')\nport_label('output',2,'Comp 2')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN" MaskTabNameString "," System { Name "Valve_Comp_" Location [2, 82, 998, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [35, 83, 65, 97] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [35, 188, 65, 202] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "beta" Position [35, 283, 65, 297] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "A" Position [90, 254, 140, 286] ForegroundColor "green" ShowName off Value "A" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType BusCreator Name "Bus\nCreator3" Ports [8, 1] Position [432, 705, 553, 710] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusCreator Name "Bus\nCreator4" Ports [8, 1] Position [217, 705, 338, 710] Orientation "down" NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [90, 142, 95, 243] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 6] Position [90, 37, 95, 138] ShowName off OutputSignals "p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [15, 9] Position [219, 380, 661, 565] Orientation "down" NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "p" PropagatedSignals "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "p" PropagatedSignals "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "m_dot_air" PropagatedSignals "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLA Function1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "A" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "beta" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Ma_max" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "p_in_2" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 440, 320, 480] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "9" Ports [15, 10] Position [180, 120, 230, 440] FunctionName "sf_sfun" PortCounts "[15 10]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "p_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "p_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 451, 480, 469] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_1" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_1" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "p_2" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" Position [460, 386, 480, 404] Port "9" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 315] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "A" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "beta" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "Ma_max" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "p_in_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "p_in_2" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "p_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "p_1" DstPort 1 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "p_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "p_2" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Constant Name "Ma_max" Position [90, 294, 140, 326] ForegroundColor "green" ShowName off Value "Ma_max" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_air" Position [145, 590, 175, 620] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out_1" Position [273, 735, 287, 765] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [488, 735, 502, 765] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "beta" SrcPort 1 Points [190, 0] DstBlock "Embedded\nMATLA Function1" DstPort 2 } Line { Labels [2, 0] SrcBlock "A" SrcPort 1 Points [85, 0] DstBlock "Embedded\nMATLA Function1" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector5" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Bus\nCreator3" SrcPort 1 Points [0, 0] DstBlock "Out_2" DstPort 1 } Line { SrcBlock "Bus\nCreator4" SrcPort 1 Points [0, 0] DstBlock "Out_1" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [220, 0] DstBlock "Embedded\nMATLA Function1" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [250, 0] DstBlock "Embedded\nMATLA Function1" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [280, 0] DstBlock "Embedded\nMATLA Function1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [310, 0] DstBlock "Embedded\nMATLA Function1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [340, 0] DstBlock "Embedded\nMATLA Function1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 6 Points [370, 0] DstBlock "Embedded\nMATLA Function1" DstPort 9 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [400, 0] DstBlock "Embedded\nMATLA Function1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [430, 0] DstBlock "Embedded\nMATLA Function1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [460, 0] DstBlock "Embedded\nMATLA Function1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [490, 0] DstBlock "Embedded\nMATLA Function1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [520, 0] DstBlock "Embedded\nMATLA Function1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [550, 0] DstBlock "Embedded\nMATLA Function1" DstPort 15 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 15] Branch { DstBlock "Bus\nCreator4" DstPort 2 } Branch { Points [215, 0] DstBlock "Bus\nCreator3" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 25] Branch { Points [-35, 0] DstBlock "Bus\nCreator4" DstPort 3 } Branch { Points [180, 0] DstBlock "Bus\nCreator3" DstPort 3 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator4" DstPort 4 } Branch { Points [215, 0] DstBlock "Bus\nCreator3" DstPort 4 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 45] Branch { Points [-40, 0] DstBlock "Bus\nCreator4" DstPort 6 } Branch { Points [175, 0] DstBlock "Bus\nCreator3" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 55] Branch { Points [-75, 0] DstBlock "Bus\nCreator4" DstPort 7 } Branch { Points [140, 0] DstBlock "Bus\nCreator3" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 5 Points [0, 65] Branch { Points [-110, 0] DstBlock "Bus\nCreator4" DstPort 8 } Branch { Points [105, 0] DstBlock "Bus\nCreator3" DstPort 8 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 6 Points [0, 75; -265, 0] DstBlock "Bus\nCreator4" DstPort 1 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 8 Points [0, 85; -150, 0] DstBlock "Bus\nCreator3" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 7 Points [0, 95; -255, 0] DstBlock "Bus\nCreator4" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 9 Points [0, 105; -140, 0] DstBlock "Bus\nCreator3" DstPort 5 } Line { SrcBlock "Ma_max" SrcPort 1 Points [145, 0] DstBlock "Embedded\nMATLA Function1" DstPort 3 } Annotation { Position [435, 556] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Viewer_Block_" Ports [1, 1] Position [445, 528, 535, 562] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskDisplay "disp('Viewer-Block','texmode','on')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Viewer_Block_" Location [497, 123, 802, 304] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [35, 88, 65, 102] ForegroundColor "green" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [220, 31, 225, 154] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType Demux Name "Demux" Ports [1, 8] Position [90, 28, 95, 157] BackgroundColor "black" ShowName off Outputs "8" DisplayOption "bar" BusSelectionMode on Port { PortNumber 1 Name "p" PropagatedSignals "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_viewer" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "rho_viewer" } Port { PortNumber 3 Name "T" PropagatedSignals "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_viewer" } Port { PortNumber 4 Name "m_air" PropagatedSignals "m_air" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "m_air_viewer" } Port { PortNumber 5 Name "m_dot_air" PropagatedSignals "m_dot_air" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "m_dot_air_viewer" } Port { PortNumber 6 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_viewer" } Port { PortNumber 7 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_viewer" } Port { PortNumber 8 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_viewer" } } Block { BlockType Outport Name "Out" Position [250, 88, 280, 102] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "p" Labels [0, 0] SrcBlock "Demux" SrcPort 1 DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Demux" SrcPort 2 DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Demux" SrcPort 3 DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "m_air" Labels [0, 0] SrcBlock "Demux" SrcPort 4 DstBlock "Bus\nCreator1" DstPort 4 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Demux" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Demux" SrcPort 6 DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Demux" SrcPort 7 DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Demux" SrcPort 8 DstBlock "Bus\nCreator1" DstPort 8 } Line { SrcBlock "In" SrcPort 1 DstBlock "Demux" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } } } Block { BlockType SubSystem Name "Vol_1D_" Ports [2, 1] Position [25, 20, 105, 75] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Volume Element (1D)" MaskDescription "Represents a volume element with 1 aperture." MaskHelp "file:///c:/Mueller/Matlab/Modell/Modell_Blocks/" "Lib/Help_Vol_1D.pdf" MaskPromptString "Volume [m³]|Initial Parameter: Pressure [Pa]|In" "itial Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initi" "al Parameter: CO2 Content|Initial Parameter: Water Content" MaskStyleString "edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on" MaskCallbackString "|||||" MaskEnableString "on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on" MaskVarAliasString ",,,,," MaskVariables "V=@1;p_init=@2;T_init=@3;x_H2O_gas_init=@4;x_CO" "2_init=@5;x_H2O_liq_init=@6;" MaskDisplay "plot([.5],[.5],[1.5 2.5 2.5 1.5 1.5],[1 1 2 2 1" "],[2.5],[2.5])\nport_label('input',2,'Q_dot')\nport_label('output',1,'1D')\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Vol_1D_" Location [99, 110, 1111, 744] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [155, 83, 185, 97] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [155, 163, 185, 177] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator" Ports [8, 1] Position [1010, 416, 1015, 539] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [125, 39, 130, 141] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [380, 38, 520, 212] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 7" "6" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [11, 5] Position [330, 223, 520, 497] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 355, 320, 395] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "2" Ports [11, 6] Position [180, 114, 230, 356] FunctionName "sf_sfun" PortCounts "[11 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 366, 480, 384] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 240] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [685, 230, 830, 565] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 7" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [570, 240, 615, 275] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [570, 295, 615, 330] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "Custom" DataLoggingName "m_air_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [570, 350, 615, 385] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [570, 405, 615, 440] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [570, 460, 615, 495] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [190, 96, 275, 124] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "V" Position [190, 36, 275, 64] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "V" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [800, 160, 830, 190] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [190, 66, 275, 94] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [190, 156, 275, 184] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [190, 126, 275, 154] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [190, 186, 275, 214] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1040, 473, 1070, 487] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 Points [0, 0] DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-120, 0; 0, 315] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [70, 0; 0, 310] DstBlock "Bus\nCreator" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 Points [0, 0] DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 Points [0, 0] DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 Points [0, 0] DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 Points [0, 0] DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 150; -335, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [0, 0; 25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 90; -345, 0; 0, -205] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 30; -355, 0; 0, -175] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [130, 0; 0, 155] DstBlock "Bus\nCreator" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [115, 0; 0, 105] DstBlock "Bus\nCreator" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [55, 0; 0, 100] DstBlock "Bus\nCreator" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [40, 0; 0, 50] DstBlock "Bus\nCreator" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [0, 0; 15, 0] Branch { Points [0, -115; 285, 0; 0, 270] DstBlock "Bus\nCreator" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 210; -325, 0; 0, -265] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [2, 1] SrcBlock "Integrator1" SrcPort 1 Points [0, 0; 10, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Branch { Points [0, 270; -315, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { Points [0, -45; 310, 0; 0, 240] DstBlock "Bus\nCreator" DstPort 3 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-75, 0; 0, 320] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-80, 0; 0, 325] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-70, 0; 0, 315] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-65, 0; 0, 310] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-85, 0; 0, 330] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { SrcBlock "V" SrcPort 1 Points [5, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 485] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -80; 170, 0; 0, 235] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 260] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 270] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 280] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 290] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_2D_" Ports [3, 1] Position [25, 92, 105, 148] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Volume Element (2D)" MaskDescription "Represents a volume element with 2 apertures." MaskHelp "file:///c:/Mueller/Matlab/Modell/Modell_Blocks/" "Lib/Help_Vol_2D.pdf" MaskPromptString "Volume [m³]|Initial Parameter: Pressure [Pa]|In" "itial Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initi" "al Parameter: CO2 Content|Initial Parameter: Water Content" MaskStyleString "edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on" MaskCallbackString "|||||" MaskEnableString "on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on" MaskVarAliasString ",,,,," MaskVariables "V=@1;p_init=@2;T_init=@3;x_H2O_gas_init=@4;x_CO" "2_init=@5;x_H2O_liq_init=@6;" MaskDisplay "plot([.5],[.5],[1.5 2.5 2.5 1.5 1.5],[1 1 2 2 1" "],[2.5],[2.5])\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_la" "bel('input',3,'Q_dot')\nport_label('output',1,'2D')\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Vol_2D_" Location [2, 82, 1270, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "87" Block { BlockType Inport Name "In_1" Position [200, 78, 230, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [200, 183, 230, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [200, 263, 230, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1085, 541, 1090, 664] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [170, 34, 175, 136] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [170, 139, 175, 241] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [430, 123, 570, 297] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 9" "9" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [16, 5] Position [385, 301, 575, 619] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 460, 320, 500] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "00" Ports [16, 6] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 325] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [735, 310, 900, 695] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" PropagatedSignals "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "01" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [620, 320, 665, 355] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [620, 385, 665, 420] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [620, 450, 665, 485] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [620, 515, 665, 550] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [620, 580, 665, 615] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [245, 181, 330, 209] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "V" Position [245, 121, 330, 149] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "V" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [870, 250, 900, 280] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [245, 151, 330, 179] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [245, 241, 330, 269] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [245, 211, 330, 239] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [245, 271, 330, 299] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1125, 598, 1155, 612] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 325] DstBlock "Integrator5" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 285] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 265] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "T_init" SrcPort 1 Points [80, 0] Branch { Points [0, -80; 165, 0; 0, 230] DstBlock "Integrator1" DstPort 2 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "V" SrcPort 1 Points [5, 0] Branch { Points [0, 530] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 365] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [10, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Branch { Points [0, 320; -310, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { Points [0, -35; 330, 0; 0, 275] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [15, 0] Branch { Points [0, 250; -320, 0; 0, -325] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, -115; 310, 0; 0, 305] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 60] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 135] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 195] DstBlock "Bus\nCreator1" DstPort 1 } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 40; -350, 0; 0, -250] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [25, 0] Branch { Points [0, 110; -340, 0; 0, -275] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } } Line { SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 20, 0] Branch { Points [0, 180; -330, 0; 0, -300] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator2" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 345] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 340] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator1" DstPort 1 } } } Block { BlockType SubSystem Name "Vol_3D_" Ports [4, 1] Position [25, 165, 105, 230] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Volume Element (3D)" MaskDescription "Represents a volume element with 3 apertures." MaskHelp "file:///c:/Mueller/Matlab/Modell/Modell_Blocks/" "Lib/Help_Vol_3D.pdf" MaskPromptString "Volume [m³]|Initial Parameter: Pressure [Pa]|In" "itial Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initi" "al Parameter: CO2 Content|Initial Parameter: Water Content" MaskStyleString "edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on" MaskCallbackString "|||||" MaskEnableString "on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on" MaskVarAliasString ",,,,," MaskVariables "V=@1;p_init=@2;T_init=@3;x_H2O_gas_init=@4;x_CO" "2_init=@5;x_H2O_liq_init=@6;" MaskDisplay "plot([.5],[.5],[1.5 2.5 2.5 1.5 1.5],[1 1 2 2 1" "],[2.5],[2.5])\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_la" "bel('input',3,'3')\nport_label('input',4,'Q_dot')\nport_label('output',1,'3D'" ")\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Vol_3D_" Location [2, 82, 1014, 732] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "80" Block { BlockType Inport Name "In_1" Position [225, 73, 255, 87] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [225, 178, 255, 192] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [225, 283, 255, 297] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [225, 363, 255, 377] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1135, 651, 1140, 774] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 5] Position [195, 239, 200, 341] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [195, 29, 200, 131] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [195, 134, 200, 236] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [480, 223, 620, 397] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 7" "8" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [21, 5] Position [430, 410, 620, 730] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_3" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_3" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_3" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_3" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_3" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 560, 320, 600] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 8" Ports [21, 6] Position [180, 120, 230, 560] FunctionName "sf_sfun" PortCounts "[21 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 571, 480, 589] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 425] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_in_3" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_air_in_3" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_3" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_3" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_3" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [785, 420, 950, 805] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_WV" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 9" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [670, 430, 715, 465] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [670, 495, 715, 530] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [670, 560, 715, 595] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [670, 625, 715, 660] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [670, 690, 715, 725] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [280, 281, 365, 309] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "V" Position [280, 221, 365, 249] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "V" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [900, 350, 930, 380] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [280, 251, 365, 279] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [280, 341, 365, 369] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [280, 311, 365, 339] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [280, 371, 365, 399] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1165, 708, 1195, 722] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 Points [0, 0] DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-190, 0; 0, 350] DstBlock "Embedded_MATLAB_Function_1" DstPort 21 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [95, 0; 0, 355] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 Points [0, 0] DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 Points [0, 0] DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 Points [0, 0] DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 Points [0, 0] DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 20, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Branch { Points [0, 180; -335, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { SrcBlock "Integrator4" SrcPort 1 Points [0, 0; 25, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 110; -345, 0; 0, -290] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { SrcBlock "Integrator5" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 40; -355, 0; 0, -270] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 195] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 135] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 120] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 60] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "m_air" SrcBlock "Integrator2" SrcPort 1 Points [0, 0; 15, 0] Branch { Points [0, -125; 310, 0; 0, 315] DstBlock "Bus\nCreator1" DstPort 4 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 250; -325, 0; 0, -330] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Integrator1" SrcPort 1 Points [0, 0; 10, 0] Branch { Points [0, -45; 330, 0; 0, 285] DstBlock "Bus\nCreator1" DstPort 3 } Branch { Points [0, 320; -315, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector5" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 455] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 450] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 445] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 440] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 435] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 425] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 420] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 415] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 410] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 405] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { SrcBlock "In_3" SrcPort 1 DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-135, 0; 0, 395] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-140, 0; 0, 390] DstBlock "Embedded_MATLAB_Function_1" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-145, 0; 0, 385] DstBlock "Embedded_MATLAB_Function_1" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-150, 0; 0, 380] DstBlock "Embedded_MATLAB_Function_1" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-155, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 20 } Line { SrcBlock "V" SrcPort 1 Points [5, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, 540] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 Points [95, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, 0; 0, -80; 165, 0; 0, 240] DstBlock "Integrator1" DstPort 2 } } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 295] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 315] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 335] DstBlock "Integrator5" DstPort 2 } } } Block { BlockType SubSystem Name "Vol_4D_" Ports [5, 1] Position [25, 247, 105, 323] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Volume Element (4D)" MaskDescription "Represents a volume element with 4 apertures." MaskHelp "file:///c:/Mueller/Matlab/Modell/Modell_Blocks/" "Lib/Help_Vol_4D.pdf" MaskPromptString "Volume [m³]|Initial Parameter: Pressure [Pa]|In" "itial Parameter: Temperature [K]|Initial Parameter: Water Vapor Content|Initi" "al Parameter: CO2 Content|Initial Parameter: Water Content" MaskStyleString "edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on" MaskCallbackString "|||||" MaskEnableString "on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on" MaskVarAliasString ",,,,," MaskVariables "V=@1;p_init=@2;T_init=@3;x_H2O_gas_init=@4;x_CO" "2_init=@5;x_H2O_liq_init=@6;" MaskDisplay "plot([.5],[.5],[1.5 2.5 2.5 1.5 1.5],[1 1 2 2 1" "],[2.5],[2.5])\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_la" "bel('input',3,'3')\nport_label('input',4,'4')\nport_label('input',5,'Q_dot')" "\nport_label('output',1,'4D')\n" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Vol_4D_" Location [2, 82, 1253, 978] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In_1" Position [250, 73, 280, 87] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [250, 178, 280, 192] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [250, 283, 280, 297] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "In_4" Position [250, 388, 280, 402] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [250, 468, 280, 482] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "5" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1160, 821, 1165, 944] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector1" Ports [1, 5] Position [220, 239, 225, 341] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 5] Position [220, 29, 225, 131] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 5] Position [220, 344, 225, 446] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector5" Ports [1, 5] Position [220, 134, 225, 236] Orientation "left" ShowName off OutputSignals "T,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [505, 328, 645, 502] ForegroundColor "green" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Initial');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "V" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_init" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_init" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_init" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_init" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_init" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 245, 320, 285] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "3" Ports [6, 5] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 5]" Port { PortNumber 2 Name "m_air_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_H2O_gas_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_CO2_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_H2O_liq_init" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 256, 480, 274] } Block { BlockType Outport Name "m_air_init" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_gas_init" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_CO2_init" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_H2O_liq_init" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 150] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_init" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_init" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "m_air_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_air_init" DstPort 1 } Line { Name "m_H2O_gas_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_H2O_gas_init" DstPort 1 } Line { Name "m_CO2_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_CO2_init" DstPort 1 } Line { Name "m_H2O_liq_init" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_H2O_liq_init" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_1" Ports [26, 5] Position [455, 508, 645, 897] NamePlacement "alternate" ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('T_m');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded_MATLAB_Function_1" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_2" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_2" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_3" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_3" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_3" Position [20, 711, 40, 729] Port "18" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_3" Position [20, 746, 40, 764] Port "19" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_3" Position [20, 786, 40, 804] Port "20" IconDisplay "Port number" } Block { BlockType Inport Name "T_in_4" Position [20, 821, 40, 839] Port "21" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_in_4" Position [20, 856, 40, 874] Port "22" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_4" Position [20, 891, 40, 909] Port "23" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_4" Position [20, 926, 40, 944] Port "24" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_4" Position [20, 966, 40, 984] Port "25" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [20, 1001, 40, 1019] Port "26" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 660, 320, 700] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 1" "4" Ports [26, 6] Position [180, 120, 230, 660] FunctionName "sf_sfun" PortCounts "[26 6]" Port { PortNumber 2 Name "T_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 671, 480, 689] } Block { BlockType Outport Name "T_dot" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 515] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_air_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "T_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "m_dot_air_in_2" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_in_3" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_air_in_3" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { SrcBlock "x_H2O_gas_in_3" SrcPort 1 DstBlock " SFunction " DstPort 18 } Line { SrcBlock "x_CO2_in_3" SrcPort 1 DstBlock " SFunction " DstPort 19 } Line { SrcBlock "x_H2O_liq_in_3" SrcPort 1 DstBlock " SFunction " DstPort 20 } Line { SrcBlock "T_in_4" SrcPort 1 DstBlock " SFunction " DstPort 21 } Line { SrcBlock "m_dot_air_in_4" SrcPort 1 DstBlock " SFunction " DstPort 22 } Line { SrcBlock "x_H2O_gas_in_4" SrcPort 1 DstBlock " SFunction " DstPort 23 } Line { SrcBlock "x_CO2_in_4" SrcPort 1 DstBlock " SFunction " DstPort 24 } Line { SrcBlock "x_H2O_liq_in_4" SrcPort 1 DstBlock " SFunction " DstPort 25 } Line { SrcBlock "Q_dot" SrcPort 1 DstBlock " SFunction " DstPort 26 } Line { Name "T_dot" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_dot" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_H2O_gas" DstPort 1 } Line { Name "m_dot_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_CO2" DstPort 1 } Line { Name "m_dot_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_H2O_liq" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded_MATLAB_Function_2" Ports [6, 5] Position [810, 529, 975, 976] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('p_rho');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "p" PropagatedSignals "p" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "p_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_CO2" PropagatedSignals "x_CO2" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_CO2_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_liq_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } System { Name "Embedded_MATLAB_Function_2" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "T" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_air" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 280, 320, 320] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 7" "7" Ports [6, 6] Position [180, 102, 230, 243] FunctionName "sf_sfun" PortCounts "[6 6]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 190] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "T" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [695, 620, 740, 655] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [695, 695, 740, 730] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [695, 770, 740, 805] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [695, 845, 740, 880] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [695, 545, 740, 580] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } } Block { BlockType Constant Name "T_init" Position [300, 386, 385, 414] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "V" Position [300, 326, 385, 354] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "V" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "m_dot_air" Position [945, 460, 975, 490] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p_init" Position [300, 356, 385, 384] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_CO2_init" Position [300, 446, 385, 474] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_CO2_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_gas_init" Position [300, 416, 385, 444] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_gas_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Constant Name "x_H2O_liq_init" Position [300, 476, 385, 504] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "x_H2O_liq_init" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Outport Name "Out" Position [1190, 878, 1220, 892] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 385] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 355] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 325] DstBlock "Integrator2" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 295] DstBlock "Integrator1" DstPort 2 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "x_CO2_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 5 } Line { SrcBlock "x_H2O_gas_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 4 } Line { SrcBlock "T_init" SrcPort 1 Points [100, 0] Branch { Points [0, -80; 165, 0; 0, 250] DstBlock "Integrator5" DstPort 2 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "V" SrcPort 1 Points [5, 0] Branch { Points [0, 600] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [-180, 0; 0, 440] DstBlock "Embedded_MATLAB_Function_1" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [-175, 0; 0, 445] DstBlock "Embedded_MATLAB_Function_1" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [-170, 0; 0, 450] DstBlock "Embedded_MATLAB_Function_1" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [-165, 0; 0, 455] DstBlock "Embedded_MATLAB_Function_1" DstPort 22 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [-160, 0; 0, 460] DstBlock "Embedded_MATLAB_Function_1" DstPort 21 } Line { SrcBlock "In_4" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-155, 0; 0, 470] DstBlock "Embedded_MATLAB_Function_1" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-150, 0; 0, 475] DstBlock "Embedded_MATLAB_Function_1" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-145, 0; 0, 480] DstBlock "Embedded_MATLAB_Function_1" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-140, 0; 0, 485] DstBlock "Embedded_MATLAB_Function_1" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-135, 0; 0, 490] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { SrcBlock "In_3" SrcPort 1 DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 500] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 505] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 510] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 515] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 520] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 530] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 535] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 540] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 545] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 550] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector5" DstPort 1 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock "Integrator5" SrcPort 1 Points [0, 0; 10, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Branch { Points [0, 370; -315, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } Branch { Points [0, -50; 330, 0; 0, 345] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "m_air" SrcBlock "Integrator1" SrcPort 1 Points [0, 0; 15, 0] Branch { Points [0, 290; -325, 0; 0, -400] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } Branch { Labels [1, 1] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, -140; 310, 0; 0, 375] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [45, 0; 0, 75] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [60, 0; 0, 150] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [120, 0; 0, 180] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [135, 0; 0, 255] DstBlock "Bus\nCreator1" DstPort 1 } Line { SrcBlock "Integrator4" SrcPort 1 Points [30, 0] Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Branch { Points [0, 50; -355, 0; 0, -340] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 25, 0] Branch { Points [0, 130; -345, 0; 0, -360] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } } Line { SrcBlock "Integrator2" SrcPort 1 Points [0, 0; 20, 0] Branch { Points [0, 210; -335, 0; 0, -380] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Branch { DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator3" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [75, 0; 0, 415] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-215, 0; 0, 415] DstBlock "Embedded_MATLAB_Function_1" DstPort 26 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator5" DstPort 1 } } } Block { BlockType SubSystem Name "m_dot_Const_" Ports [0, 1] Position [430, 26, 545, 64] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Mass Flow [kg/s]|Temperature [K]|Water Vapor Co" "ntent|CO2 Content|Water Content" MaskStyleString "edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on" MaskCallbackString "||||" MaskEnableString "on,on,on,on,on" MaskVisibilityString "on,on,on,on,on" MaskToolTipString "on,on,on,on,on" MaskVarAliasString ",,,," MaskVariables "m_dot=@1;T=@2;x_H2O_gas=@3;x_CO2=@4;x_H2O_liq=@" "5;" MaskDisplay "disp('m_dot = Const')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,," System { Name "m_dot_Const_" Location [142, 338, 1154, 1008] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [320, 52, 325, 173] NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType Constant Name "T" Position [140, 114, 205, 146] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_air" Position [140, 150, 170, 180] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [45, 184, 205, 216] ForegroundColor "green" ShowName off Value "m_dot/(1+x_H2O_gas+x_CO2)" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p" Position [140, 45, 170, 75] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [140, 80, 170, 110] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [140, 254, 205, 286] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [140, 219, 205, 251] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [140, 289, 205, 321] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [350, 108, 380, 122] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [35, 0; 0, -80] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "T" Labels [0, 0] SrcBlock "T" SrcPort 1 Points [5, 0; 0, -40] DstBlock "Bus\nCreator2" DstPort 3 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [55, 0; 0, -60] DstBlock "Bus\nCreator2" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "p" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [1, 1] SrcBlock "x_H2O_gas" SrcPort 1 Points [50, 0; 0, -100] DstBlock "Bus\nCreator2" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [65, 0; 0, -120] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [80, 0; 0, -140] DstBlock "Bus\nCreator2" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 Points [25, 0; 0, -20] DstBlock "Bus\nCreator2" DstPort 2 } } } Block { BlockType SubSystem Name "m_dot_Const_State_Ext_" Ports [1, 1] Position [430, 147, 545, 183] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Mass Flow [kg/s]" MaskStyleString "edit" MaskTunableValueString "on" MaskEnableString "on" MaskVisibilityString "on" MaskToolTipString "on" MaskVariables "m_dot=@1;" MaskDisplay "disp('State = Ext')\nport_label('input',1,'Ext'" ")" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN" System { Name "m_dot_Const_State_Ext_" Location [2, 82, 1014, 752] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [35, 173, 65, 187] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [360, 35, 365, 220] NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 4] Position [95, 123, 100, 232] ShowName off OutputSignals "T,x_H2O_gas,x_CO2,x_H2O_liq" Port { PortNumber 1 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Mux Name "Mux" Ports [2, 1] Position [205, 286, 210, 324] ShowName off Inputs "2" DisplayOption "bar" } Block { BlockType Constant Name "m_air" Position [180, 103, 205, 127] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Fcn Name "m_dot_air" Position [240, 289, 305, 321] ShowName off Expr "m_dot/(1+u[1]+u[2])" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p" Position [180, 28, 205, 52] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [180, 53, 205, 77] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [390, 123, 420, 137] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "p" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [0, -165] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "In" SrcPort 1 DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [200, 0; 0, -50] DstBlock "Bus\nCreator2" DstPort 3 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [75, 0] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 130] DstBlock "Mux" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [80, 0] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [0, 125] DstBlock "Mux" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 DstBlock "Bus\nCreator2" DstPort 8 } Line { SrcBlock "Mux" SrcPort 1 DstBlock "m_dot_air" DstPort 1 } } } Block { BlockType SubSystem Name "m_dot_Ext_" Ports [1, 1] Position [430, 87, 545, 123] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Temperature [K]|Water Vapor Content|CO2 Content" "|Water Content" MaskStyleString "edit,edit,edit,edit" MaskTunableValueString "on,on,on,on" MaskCallbackString "|||" MaskEnableString "on,on,on,on" MaskVisibilityString "on,on,on,on" MaskToolTipString "on,on,on,on" MaskVarAliasString ",,," MaskVariables "T=@1;x_H2O_gas=@2;x_CO2=@3;x_H2O_liq=@4;" MaskDisplay "disp('m_dot = Ext')\nport_label('input',1,'Ext'" ")" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "normalized" MaskValueString "NaN|NaN|NaN|NaN" MaskTabNameString ",,," System { Name "m_dot_Ext_" Location [124, 282, 1136, 952] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [35, 178, 65, 192] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [270, 37, 275, 158] NamePlacement "alternate" ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType Constant Name "T" Position [90, 99, 155, 131] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_air" Position [90, 135, 120, 165] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Fcn Name "m_dot_air" Position [90, 169, 155, 201] ShowName off Expr "u/(1+x_H2O_gas+x_CO2)" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p" Position [90, 30, 120, 60] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [90, 65, 120, 95] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [90, 239, 155, 271] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [90, 204, 155, 236] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [90, 274, 155, 306] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [300, 93, 330, 107] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "T" Labels [0, 0] SrcBlock "T" SrcPort 1 Points [5, 0; 0, -40] DstBlock "Bus\nCreator2" DstPort 3 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [55, 0; 0, -60] DstBlock "Bus\nCreator2" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "p" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [1, 1] SrcBlock "x_H2O_gas" SrcPort 1 Points [50, 0; 0, -100] DstBlock "Bus\nCreator2" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [65, 0; 0, -120] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [80, 0; 0, -140] DstBlock "Bus\nCreator2" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 Points [25, 0; 0, -20] DstBlock "Bus\nCreator2" DstPort 2 } Line { SrcBlock "In" SrcPort 1 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [35, 0; 0, -80] DstBlock "Bus\nCreator2" DstPort 5 } } } Block { BlockType SubSystem Name "p_Ext_T_Const_" Ports [2, 1] Position [430, 350, 545, 385] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Temperature [K]|Water Vapor Content|CO2 Content" "|Water Content" MaskStyleString "edit,edit,edit,edit" MaskTunableValueString "on,on,on,on" MaskCallbackString "|||" MaskEnableString "on,on,on,on" MaskVisibilityString "on,on,on,on" MaskToolTipString "on,on,on,on" MaskVarAliasString ",,," MaskVariables "T=@1;x_H2O_gas=@2;x_CO2=@3;x_H2O_liq=@4;" MaskDisplay "disp('p = Ext,T = Const')\nport_label('input',2" ",'Ext')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN" MaskTabNameString ",,," System { Name "p_Ext_T_Const_" Location [135, 265, 1147, 915] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [95, 183, 125, 197] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Ext" Position [95, 153, 125, 167] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusCreator Name "Bus\nCreator" Ports [8, 1] Position [505, 151, 510, 274] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [4, 1] Position [245, 175, 375, 230] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 205, 320, 245] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 5" "6" Ports [4, 2] Position [180, 102, 230, 203] FunctionName "sf_sfun" PortCounts "[4 2]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 216, 480, 234] } Block { BlockType Outport Name "rho" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 95] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { Name "rho" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho" DstPort 1 } } } Block { BlockType Constant Name "T" Position [95, 299, 160, 331] ForegroundColor "green" ShowName off Value "T" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name "Terminator1" Position [155, 180, 175, 200] ShowName off } Block { BlockType Constant Name "m_air" Position [310, 335, 340, 365] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [310, 370, 340, 400] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [95, 439, 160, 471] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [95, 404, 160, 436] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [95, 474, 160, 506] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [535, 208, 565, 222] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Terminator1" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [75, 0; 0, -145] DstBlock "Bus\nCreator" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "Ext" SrcPort 1 Points [100, 0] Branch { DstBlock "Bus\nCreator" DstPort 1 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [90, 0; 0, -165] DstBlock "Bus\nCreator" DstPort 5 } Line { SrcBlock "Bus\nCreator" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "x_H2O_gas" SrcPort 1 Points [60, 0] Branch { Points [225, 0; 0, -185] DstBlock "Bus\nCreator" DstPort 6 } Branch { Points [0, -210] DstBlock "Embedded\nMATLAB Function" DstPort 3 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [55, 0] Branch { Points [245, 0; 0, -205] DstBlock "Bus\nCreator" DstPort 7 } Branch { Points [0, -230] DstBlock "Embedded\nMATLAB Function" DstPort 4 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [315, 0; 0, -225] DstBlock "Bus\nCreator" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, -30] DstBlock "Bus\nCreator" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "T" SrcPort 1 Points [65, 0] Branch { Points [175, 0; 0, -125] DstBlock "Bus\nCreator" DstPort 3 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 2 } } } } Block { BlockType SubSystem Name "p_Ext_rho_Const_" Ports [2, 1] Position [430, 410, 545, 445] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Density [kg/m³]|Water Vapor Content|CO2 Content" "|Water Content" MaskStyleString "edit,edit,edit,edit" MaskTunableValueString "on,on,on,on" MaskCallbackString "|||" MaskEnableString "on,on,on,on" MaskVisibilityString "on,on,on,on" MaskToolTipString "on,on,on,on" MaskVarAliasString ",,," MaskVariables "rho=@1;x_H2O_gas=@2;x_CO2=@3;x_H2O_liq=@4;" MaskDisplay "disp('p = Ext,\\rho = Const','texmode','on')\np" "ort_label('input',2,'Ext')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN" MaskTabNameString ",,," System { Name "p_Ext_rho_Const_" Location [135, 265, 1147, 915] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [95, 183, 125, 197] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Ext" Position [95, 153, 125, 167] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusCreator Name "Bus\nCreator" Ports [8, 1] Position [505, 151, 510, 274] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [4, 1] Position [245, 179, 375, 236] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "T" PropagatedSignals "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } System { Name "Embedded\nMATLAB Function" Location [257, 457, 812, 717] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "p" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 205, 320, 245] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function basic_components 5" "7" Ports [4, 2] Position [180, 102, 230, 203] FunctionName "sf_sfun" PortCounts "[4 2]" Port { PortNumber 2 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 216, 480, 234] } Block { BlockType Outport Name "T" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 95] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { Name "T" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T" DstPort 1 } } } Block { BlockType Terminator Name "Terminator1" Position [155, 180, 175, 200] ShowName off } Block { BlockType Constant Name "m_air" Position [310, 335, 340, 365] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [310, 370, 340, 400] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [95, 299, 160, 331] ForegroundColor "green" ShowName off Value "rho" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [95, 439, 160, 471] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [95, 404, 160, 436] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [95, 474, 160, 506] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [535, 208, 565, 222] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Terminator1" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [75, 0; 0, -145] DstBlock "Bus\nCreator" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "Ext" SrcPort 1 Points [100, 0] Branch { DstBlock "Bus\nCreator" DstPort 1 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [90, 0; 0, -165] DstBlock "Bus\nCreator" DstPort 5 } Line { SrcBlock "Bus\nCreator" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "x_H2O_gas" SrcPort 1 Points [60, 0] Branch { Points [225, 0; 0, -185] DstBlock "Bus\nCreator" DstPort 6 } Branch { Points [0, -205] DstBlock "Embedded\nMATLAB Function" DstPort 3 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [55, 0] Branch { Points [245, 0; 0, -205] DstBlock "Bus\nCreator" DstPort 7 } Branch { Points [0, -225] DstBlock "Embedded\nMATLAB Function" DstPort 4 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [315, 0; 0, -225] DstBlock "Bus\nCreator" DstPort 8 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, -20] DstBlock "Bus\nCreator" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 Points [65, 0] Branch { Points [175, 0; 0, -140] DstBlock "Bus\nCreator" DstPort 2 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 2 } } } } Block { BlockType SubSystem Name "p_T_Const_" Ports [1, 1] Position [430, 238, 545, 272] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Pressure [Pa]|Temperature [K]|Water Vapor Conte" "nt|CO2 Content|Water Content" MaskStyleString "edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on" MaskCallbackString "||||" MaskEnableString "on,on,on,on,on" MaskVisibilityString "on,on,on,on,on" MaskToolTipString "on,on,on,on,on" MaskVarAliasString ",,,," MaskVariables "p=@1;T=@2;x_H2O_gas=@3;x_CO2=@4;x_H2O_liq=@5;" MaskDisplay "disp('p,T = Const')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,," System { Name "p_T_Const_" Location [168, 485, 1180, 1135] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "a4letter" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [50, 168, 80, 182] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator" Ports [8, 1] Position [345, 46, 350, 169] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType Constant Name "T" Position [150, 109, 215, 141] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "T" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name "Terminator" Position [105, 165, 125, 185] ShowName off } Block { BlockType Constant Name "m_air" Position [150, 145, 180, 175] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [150, 180, 180, 210] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p" Position [150, 39, 215, 71] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [150, 74, 215, 106] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "(p/T)*(1/((1/(1+x_H2O_gas+x_CO2))*287.058+(" "x_H2O_gas/(1+x_H2O_gas+x_CO2))*461.523+(x_CO2/(1+x_H2O_gas+x_CO2))*188.924))" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [150, 249, 215, 281] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [150, 214, 215, 246] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [150, 284, 215, 316] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [375, 103, 405, 117] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Terminator" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [75, 0; 0, -60] DstBlock "Bus\nCreator" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "p" SrcPort 1 DstBlock "Bus\nCreator" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [90, 0; 0, -80] DstBlock "Bus\nCreator" DstPort 5 } Line { SrcBlock "Bus\nCreator" SrcPort 1 DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "x_H2O_gas" SrcPort 1 Points [70, 0; 0, -100] DstBlock "Bus\nCreator" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [85, 0; 0, -120] DstBlock "Bus\nCreator" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [100, 0; 0, -140] DstBlock "Bus\nCreator" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 Points [10, 0; 0, -20] DstBlock "Bus\nCreator" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "T" SrcPort 1 Points [25, 0; 0, -40] DstBlock "Bus\nCreator" DstPort 3 } } } Block { BlockType SubSystem Name "p_rho_Const_" Ports [1, 1] Position [430, 294, 545, 326] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Pressure [Pa]|Density [kg/m³]|Water Vapor Conte" "nt|CO2 Content|Water Content" MaskStyleString "edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on" MaskCallbackString "||||" MaskEnableString "on,on,on,on,on" MaskVisibilityString "on,on,on,on,on" MaskToolTipString "on,on,on,on,on" MaskVarAliasString ",,,," MaskVariables "p=@1;rho=@2;x_H2O_gas=@3;x_CO2=@4;x_H2O_liq=@5;" MaskDisplay "disp('p,\\rho = Const','texmode','on')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,," System { Name "p_rho_Const_" Location [168, 485, 1180, 1135] Open off ModelBrowserVisibility off ModelBrowserWidth 200 ScreenColor "white" PaperOrientation "landscape" PaperPositionMode "auto" PaperType "A4" PaperUnits "centimeters" TiledPaperMargins [0.500000, 0.500000, 0.500000, 0.500000] TiledPageScale 1 ShowPageBoundaries off ZoomFactor "100" Block { BlockType Inport Name "In" Position [50, 168, 80, 182] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator" Ports [8, 1] Position [345, 46, 350, 169] ShowName off Inputs "'p','rho','T','m_air','m_dot_air','x_H2O_ga" "s','x_CO2','x_H2O_liq'" DisplayOption "bar" } Block { BlockType Constant Name "T" Position [150, 109, 215, 141] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "(p/rho)*(1/((1/(1+x_H2O_gas+x_CO2))*287.058" "+(x_H2O_gas/(1+x_H2O_gas+x_CO2))*461.523+(x_CO2/(1+x_H2O_gas+x_CO2))*188.924)" ")" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name "Terminator" Position [105, 165, 125, 185] ShowName off } Block { BlockType Constant Name "m_air" Position [150, 145, 180, 175] ForegroundColor "red" NamePlacement "alternate" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "m_dot_air" Position [150, 180, 180, 210] ForegroundColor "red" ShowName off Value "0" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "p" Position [150, 39, 215, 71] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "p" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "rho" Position [150, 74, 215, 106] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "rho" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2" Position [150, 249, 215, 281] ForegroundColor "green" ShowName off Value "x_CO2" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_gas" Position [150, 214, 215, 246] ForegroundColor "green" ShowName off Value "x_H2O_gas" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_H2O_liq" Position [150, 284, 215, 316] ForegroundColor "green" ShowName off Value "x_H2O_liq" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" Port { PortNumber 1 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "Out" Position [375, 103, 405, 117] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Terminator" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [75, 0; 0, -60] DstBlock "Bus\nCreator" DstPort 4 } Line { Name "p" Labels [0, 0] SrcBlock "p" SrcPort 1 DstBlock "Bus\nCreator" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [90, 0; 0, -80] DstBlock "Bus\nCreator" DstPort 5 } Line { SrcBlock "Bus\nCreator" SrcPort 1 DstBlock "Out" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "x_H2O_gas" SrcPort 1 Points [70, 0; 0, -100] DstBlock "Bus\nCreator" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [85, 0; 0, -120] DstBlock "Bus\nCreator" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 Points [100, 0; 0, -140] DstBlock "Bus\nCreator" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "rho" SrcPort 1 Points [10, 0; 0, -20] DstBlock "Bus\nCreator" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "T" SrcPort 1 Points [25, 0; 0, -40] DstBlock "Bus\nCreator" DstPort 3 } } } Annotation { Position [176, 107] UseDisplayTextAsClickCallback off } } } # Finite State Machines # # Stateflow Version 6.5 (R2006b) dated Aug 8 2006, 21:09:58 # # Stateflow { machine { id 1 name "basic_components" created "16-Jan-2006 11:18:42" isLibrary 0 firstTarget 2248 sfVersion 65014000 } chart { id 2 name "Node_3D_/Embedded_MATLAB_Function" windowPosition [557.088 58.219 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 3 0 0] firstTransition 5 firstJunction 4 viewObj 2 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 6 chartFileNumber 1 disableImplicitCasting 1 eml { name "Cal" } } state { id 3 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2 treeNode [2 0 0 0] superState SUBCHART subviewer 2 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq] = Cal(p_old,rh" "o_old,T_old,x_H2O_gas_old,x_CO2_old,x_H2O_liq_old,p_in_1,rh" "o_in_1,T_in_1,m_dot_air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2" "O_liq_in_1,p_in_2,rho_in_2,T_in_2,m_dot_air_in_2,x_H2O_gas_" "in_2,x_CO2_in_2,x_H2O_liq_in_2,p_in_3,rho_in_3,T_in_3,m_dot" "_air_in_3,x_H2O_gas_in_3,x_CO2_in_3,x_H2O_liq_in_3,Delta_p_" "threshold)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a node with 3 apertures\n" "% * \n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter: Threshold Equality Input/Outpu" "t Pressures\n" "% *\n" "% *\n" "% * Relevant input variables of Node_3D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *\n" "% * Relevant output variables of Node_3D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Definition state variables.\n" "% * 3. Redefinition of the input variables.\n" "% * 4. Consistency check.\n" "% * 5. Operation mode: Determination of the pressure\n" "% * 5.1. Calculation pressure\n" "% * 5.2. Calculation temperature, water " "vapor content, \n" "% * CO2-content, water content\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog).\n" "% * 4. Consistency Check:\n" "% * check = 1: Operation mode \n" "% * check = 0: Standby mode \n" "% * Conditions for the standby mode:\n" "% * a) All mass flows are incoming mass flows (sign: plu" "s)\n" "% * b) All mass flows are outgoing mass flows (sign: min" "us)\n" "% * c) All mass flows are equal zero\n" "% * 5. Operation mode:\n" "% * 5.1. Calculation pressure \n" "% *\n" "% * Linearization: For each time step the following" " equations will\n" "% * be resolved for the constants K_" "1, K_2 and K_3. \n" "% * K_1, K_2 and K_3 are time depend" "ant.\n" "% *\n" "% * m_dot_1 = K_1*(p_in_1-p)\n" "% * m_dot_2 = K_2*(p_in_2-p)\n" "% * m_dot_3 = K_3*(p_in_3-p)\n" "% *\n" "% * Calculation pressure: Assuming that the constan" "ts are fixed within \n" "% * one time step, a estimati" "on for the pressure \n" "% * can be made. the sum of t" "he incoming and the \n" "% * outgoing mass flows has t" "o be zero.\n" "% * (m_dot_1+m_dot_2+m_dot_3 " "= 0)\n" "% *\n" "% * m_dot_1+m_dot_2+m_dot_3 =" " 0\n" "% * => K_1*(p_in_1-p)+K_2*(p_" "in_2-p)+K_3*(p_in_3-p) = 0\n" "% * => p = (K_1*p_in_1+K_2*p_" "in_2+K_3*p_in_3)/(K_1+K_2+K_3)\n" "% * \n" "% * In the case that one mass" " flow is constant.\n" "% * e.g. m_dot_1 = const. The" " pressure has to be\n" "% * calculated by the followi" "ng equation.\n" "% * \n" "% * p = (m_dot_1+K_2*p_in_2+K" "_3*p_in_3)/(K_2+K_3)\n" "% * \n" "% * For stability reasons p_i" "n_1, p_in_2 or p_in_3 and\n" "% * p will be assumed as equa" "l, then e.g. \n" "% * (p_in_1-p) < Delta_p_thre" "shold\n" "% *\n" "% * 5.2. Calculation temperature, water vapor content, C" "O2-content, water content\n" "% *\n" "% * The state variables of incoming mass flows cont" "ibute to the \n" "% * calculation of the temperature, the water vapor" " content, \n" "% * the CO2-content and the water content of the no" "de. The values\n" "% * will be calculated by a weighted average. The s" "tate variables \n" "% * of the outgoing mass flows will be determined b" "y the node. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Definition state variables\n" "p = p_old;\n" "rho = rho_old;\n" "T = T_old;\n" "x_H2O_gas = x_H2O_gas_old;\n" "x_CO2 = x_CO2_old;\n" "x_H2O_liq = x_H2O_liq_old;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation incoming and outgoing mass flows\n" "m_dot_1 = m_dot_air_in_1+m_dot_air_in_1*x_H2O_gas" "_in_1+m_dot_air_in_1*x_CO2_in_1;\n" "m_dot_2 = m_dot_air_in_2+m_dot_air_in_2*x_H2O_gas" "_in_2+m_dot_air_in_2*x_CO2_in_2;\n" "m_dot_3 = m_dot_air_in_3+m_dot_air_in_3*x_H2O_gas" "_in_3+m_dot_air_in_3*x_CO2_in_3;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Consistency check\n" "check = 1;\n" "\n" "if m_dot_1 > 0\n" " if m_dot_2 > 0\n" " if m_dot_3 > 0\n" " check = 0;\n" " end\n" " end\n" "end\n" "\n" "if m_dot_1 < 0\n" " if m_dot_2 < 0\n" " if m_dot_3 < 0\n" " check = 0;\n" " end\n" " end\n" "end\n" "\n" "if abs(m_dot_1)+abs(m_dot_2)+abs(m_dot_3) == 0\n" " check = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Operation mode: \n" "% * 5.1. Calculation pressure\n" "if check == 1\n" " Numerator = 0;\n" " Denominator = 0;\n" " \n" " if p_in_1 == 0\n" " Numerator = Numerator+m_dot_1;\n" " else\n" " if abs(p_in_1-p) < Delta_p_threshold\n" " K_1 = 0;\n" " else\n" " K_1 = abs(m_dot_1)/abs(p_in_1-p);\n" " end\n" "\n" " Numerator = Numerator+K_1*p_in_1;\n" " Denominator = Denominator+K_1;\n" " end\n" " \n" " if p_in_2 == 0\n" " Numerator = Numerator+m_dot_2;\n" " else\n" " if abs(p_in_2-p) < Delta_p_threshold\n" " K_2 = 0;\n" " else\n" " K_2 = abs(m_dot_2)/abs(p_in_2-p);\n" " end\n" " \n" " Numerator = Numerator+K_2*p_in_2;\n" " Denominator = Denominator+K_2;\n" " end\n" " \n" " if p_in_3 == 0\n" " Numerator = Numerator+m_dot_3;\n" " else\n" " if abs(p_in_3-p) < Delta_p_threshold\n" " K_3 = 0;\n" " else\n" " K_3 = abs(m_dot_3)/abs(p_in_3-p);\n" " end\n" " \n" " Numerator = Numerator+K_3*p_in_3;\n" " Denominator = Denominator+K_3;\n" " end\n" " \n" " if Denominator > 0\n" " p = Numerator/Denominator;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5.2. Calculation temperature, water vapor content, CO2-" "content, \n" "% * water content\n" "if check == 1\n" " Denominator = 0;\n" " T = 0;\n" " x_H2O_gas = 0;\n" " x_CO2 = 0;\n" " x_H2O_liq = 0;\n" " \n" " if m_dot_1 > 0\n" " T = T+m_dot_1*T_in_1;\n" " x_H2O_gas = x_H2O_gas+m_dot_1*x_H2O_gas_in_1;\n" " x_CO2 = x_CO2+m_dot_1*x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq+m_dot_1*x_H2O_liq_in_1;\n" " Denominator = Denominator+m_dot_1;\n" " end\n" " \n" " if m_dot_2 > 0\n" " T = T+m_dot_2*T_in_2;\n" " x_H2O_gas = x_H2O_gas+m_dot_2*x_H2O_gas_in_2;\n" " x_CO2 = x_CO2+m_dot_2*x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq+m_dot_2*x_H2O_liq_in_2;\n" " Denominator = Denominator+m_dot_2;\n" " end\n" " \n" " if m_dot_3 > 0\n" " T = T+m_dot_3*T_in_3;\n" " x_H2O_gas = x_H2O_gas+m_dot_3*x_H2O_gas_in_3;\n" " x_CO2 = x_CO2+m_dot_3*x_CO2_in_3;\n" " x_H2O_liq = x_H2O_liq+m_dot_3*x_H2O_liq_in_3;\n" " Denominator = Denominator+m_dot_3;\n" " end\n" " \n" " if abs(Denominator) > 0\n" " T = T/Denominator;\n" " x_H2O_gas = x_H2O_gas/Denominator;\n" " x_CO2 = x_CO2/Denominator;\n" " x_H2O_liq = x_H2O_liq/Denominator;\n" " R_avg = (R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2)" "/(1+x_H2O_gas+x_CO2);\n" " rho = p/(R_avg*T);\n" " else\n" " T = T_old;\n" " rho = rho_old;\n" " x_H2O_gas = x_H2O_gas_old;\n" " x_CO2 = x_CO2_old;\n" " x_H2O_liq = x_H2O_liq_old;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 4 position [23.5747 49.5747 7] chart 2 linkNode [2 0 0] subviewer 2 type CONNECTIVE_JUNCTION } transition { id 5 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 4 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2 linkNode [2 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2 drawStyle SMART executionOrder 1 } data { id 6 name "p_old" linkNode [2 0 7] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 7 name "rho_old" linkNode [2 6 8] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 8 name "T_old" linkNode [2 7 9] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 9 name "x_H2O_gas_old" linkNode [2 8 10] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 10 name "x_CO2_old" linkNode [2 9 11] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 11 name "x_H2O_liq_old" linkNode [2 10 12] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 12 name "p_in_1" linkNode [2 11 13] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 13 name "rho_in_1" linkNode [2 12 14] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 14 name "T_in_1" linkNode [2 13 15] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 15 name "m_dot_air_in_1" linkNode [2 14 16] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 16 name "x_H2O_gas_in_1" linkNode [2 15 17] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 17 name "x_CO2_in_1" linkNode [2 16 18] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 18 name "x_H2O_liq_in_1" linkNode [2 17 19] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 19 name "p_in_2" linkNode [2 18 20] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 20 name "rho_in_2" linkNode [2 19 21] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 21 name "T_in_2" linkNode [2 20 22] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 22 name "m_dot_air_in_2" linkNode [2 21 23] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 23 name "x_H2O_gas_in_2" linkNode [2 22 24] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 24 name "x_CO2_in_2" linkNode [2 23 25] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 25 name "x_H2O_liq_in_2" linkNode [2 24 26] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 26 name "p_in_3" linkNode [2 25 27] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 27 name "rho_in_3" linkNode [2 26 28] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 28 name "T_in_3" linkNode [2 27 29] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 29 name "p" linkNode [2 28 30] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 30 name "rho" linkNode [2 29 31] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 31 name "T" linkNode [2 30 32] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 32 name "m_dot_air_in_3" linkNode [2 31 33] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 33 name "x_H2O_gas_in_3" linkNode [2 32 34] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 34 name "x_CO2_in_3" linkNode [2 33 35] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 35 name "x_H2O_gas" linkNode [2 34 36] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 36 name "x_CO2" linkNode [2 35 37] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 37 name "x_H2O_liq" linkNode [2 36 38] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 38 name "x_H2O_liq_in_3" linkNode [2 37 39] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 39 name "Delta_p_threshold" linkNode [2 38 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 40 name "Node_3D_/Embedded_MATLAB_Function" machine 1 chart 2 } chart { id 41 name "HR_Conv_Thermal_Capacity_/Embedded\n" "MATLA Function" windowPosition [420.36 177.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 42 0 0] firstTransition 44 firstJunction 43 viewObj 41 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 45 chartFileNumber 2 disableImplicitCasting 1 eml { name "Cal" } } state { id 42 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 41 treeNode [41 0 0 0] superState SUBCHART subviewer 41 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [Q_dot_1,Q_dot_2,d_T] = Cal(A,m,c,alpha_1,alpha_2," "T,T_1,T_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Heat Resistance + Thermal Capacity\n" "% *\n" "% * Number of inputs: " " 2\n" "% *\n" "% * Parameter: Surface: " " A\n" "% * Mass wall: " " m\n" "% * Specific heat capacity wall: " " c\n" "% * Convection heat transfer coefficient via sur" "face 1: alpha_1\n" "% * Convection heat transfer coefficient via sur" "face 2: alpha_2\n" "% *\n" "% *\n" "% * Relevant input variables of HR+TC\n" "% *\n" "% * Temperature: " " T_in\n" "% *\n" "% *\n" "% * Relevant output variables of HR+TC\n" "% *\n" "% * Heat flow: " " Q_dot\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation heat flow.\n" "% * 2. Modification of the temperature.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. Heat Transfer process = convection \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation heat flow\n" "Q_dot_1 = -alpha_1*A*(T_1-T);\n" "Q_dot_2 = -alpha_2*A*(T_2-T);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Modification of the temperature\n" "d_T = -(Q_dot_1+Q_dot_2)/(m*c)\n" "% *********************************************************" "***************" editorLayout "100 M4x1[132 176 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 43 position [23.5747 49.5747 7] chart 41 linkNode [41 0 0] subviewer 41 type CONNECTIVE_JUNCTION } transition { id 44 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 43 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 41 linkNode [41 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 41 drawStyle SMART executionOrder 1 } data { id 45 name "A" linkNode [41 0 46] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 46 name "m" linkNode [41 45 47] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 47 name "c" linkNode [41 46 48] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 48 name "alpha_1" linkNode [41 47 49] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 49 name "alpha_2" linkNode [41 48 50] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 50 name "Q_dot_1" linkNode [41 49 51] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 51 name "Q_dot_2" linkNode [41 50 52] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 52 name "T" linkNode [41 51 53] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 53 name "T_1" linkNode [41 52 54] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 54 name "T_2" linkNode [41 53 55] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 55 name "d_T" linkNode [41 54 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 56 name "HR_Conv_Thermal_Capacity_/Embedded\n" "MATLA Function" machine 1 chart 41 } chart { id 57 name "HR_Cond_/Embedded\n" "MATLA Function" windowPosition [435.36 162.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 58 0 0] firstTransition 60 firstJunction 59 viewObj 57 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 61 chartFileNumber 3 disableImplicitCasting 1 eml { name "Cal" } } state { id 58 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 57 treeNode [57 0 0 0] superState SUBCHART subviewer 57 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [Q_dot_1,Q_dot_2] = Cal(A,b,lambda,T_in_1,T_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Heat Resistance\n" "% *\n" "% * Number of inputs: 2\n" "% *\n" "% * Parameter: Surface: A\n" "% * Thickness: b\n" "% * Thermal conductivity: lambda\n" "% *\n" "% *\n" "% * Relevant input variables of HR\n" "% *\n" "% * Temperature: T_in\n" "% *\n" "% *\n" "% * Relevant output variables of Block HR\n" "% *\n" "% * Heat flow: Q_dot\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation heat flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. Heat transfer process = conduction \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation heat flow\n" "Q_dot_1 = -lambda*(A/b)*(T_1-T_2);\n" "Q_dot_2 = -lambda*(A/b)*(T_2-T_1);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[145 169 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 59 position [23.5747 49.5747 7] chart 57 linkNode [57 0 0] subviewer 57 type CONNECTIVE_JUNCTION } transition { id 60 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 59 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 57 linkNode [57 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 57 drawStyle SMART executionOrder 1 } data { id 61 name "A" linkNode [57 0 62] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 62 name "b" linkNode [57 61 63] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 63 name "lambda" linkNode [57 62 64] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 64 name "Q_dot_1" linkNode [57 63 65] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 65 name "Q_dot_2" linkNode [57 64 66] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 66 name "T_in_1" linkNode [57 65 67] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 67 name "T_in_2" linkNode [57 66 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 68 name "HR_Cond_/Embedded\n" "MATLA Function" machine 1 chart 57 } chart { id 69 name "HR_Rad_/Embedded\n" "MATLA Function" windowPosition [450.36 147.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 70 0 0] firstTransition 72 firstJunction 71 viewObj 69 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 73 chartFileNumber 4 disableImplicitCasting 1 eml { name "Cal" } } state { id 70 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 69 treeNode [69 0 0 0] superState SUBCHART subviewer 69 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function Q_dot = Cal(sigma,epsilon,A,T_s,T)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Heat Resistance\n" "% *\n" "% * Number of inputs: 1\n" "% *\n" "% * Parameter: Stefan Boltzmann Constant: sigma\n" "% * Emissivity: epsilon\n" "% * Surface: A\n" "% * Surface Temperature: T_s\n" "% *\n" "% *\n" "% * Relevant input variables of HR Rad\n" "% *\n" "% * Temperature: T_in\n" "% *\n" "% *\n" "% * Relevant output variables of HR Rad\n" "% *\n" "% * Heat flow: Q_dot\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation heat flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. Heat Transfer process = radiation \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation heat flow\n" "Q_dot = epsilon*sigma*(T^4-T_s^4);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[53 62 1036 780]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 71 position [23.5747 49.5747 7] chart 69 linkNode [69 0 0] subviewer 69 type CONNECTIVE_JUNCTION } transition { id 72 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 71 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 69 linkNode [69 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 69 drawStyle SMART executionOrder 1 } data { id 73 name "sigma" linkNode [69 0 74] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 74 name "epsilon" linkNode [69 73 75] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 75 name "A" linkNode [69 74 76] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 76 name "T_s" linkNode [69 75 77] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 77 name "T" linkNode [69 76 78] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 78 name "Q_dot" linkNode [69 77 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 79 name "HR_Rad_/Embedded\n" "MATLA Function" machine 1 chart 69 } chart { id 80 name "Node_2D_/Embedded_MATLAB_Function" windowPosition [542.088 73.219 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 81 0 0] firstTransition 83 firstJunction 82 viewObj 80 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 84 chartFileNumber 5 disableImplicitCasting 1 eml { name "Cal" } } state { id 81 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 80 treeNode [80 0 0 0] superState SUBCHART subviewer 80 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq] = Cal(p_old,rh" "o_old,T_old,x_H2O_gas_old,x_CO2_old,x_H2O_liq_old,p_in_1,rh" "o_in_1,T_in_1,m_dot_air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2" "O_liq_in_1,p_in_2,rho_in_2,T_in_2,m_dot_air_in_2,x_H2O_gas_" "in_2,x_CO2_in_2,x_H2O_liq_in_2,Delta_p_threshold)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a node with 2 apertures\n" "% * \n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter: Threshold Equality Input/Outpu" "t Pressures\n" "% *\n" "% *\n" "% * Relevant input variables of Node_2D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *\n" "% * Relevant output variables of Node_2D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Definition state variables.\n" "% * 3. Redefinition of the input variables.\n" "% * 4. Consistency check.\n" "% * 5. Operation mode: Determination of the pressure\n" "% * 5.1. Calculation pressure\n" "% * 5.2. Calculation temperature, water " "vapor content, \n" "% * CO2-content, water content\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog).\n" "% * 4. Consistency Check:\n" "% * check = 1: Operation mode \n" "% * check = 0: Standby mode \n" "% * Conditions for the standby mode:\n" "% * a) All mass flows are incoming mass flows (sign: plu" "s)\n" "% * b) All mass flows are outgoing mass flows (sign: min" "us)\n" "% * c) All mass flows are equal zero\n" "% * 5. Operation mode:\n" "% * 5.1. Calculation pressure \n" "% *\n" "% * Linearization: For each time step the following" " equations will\n" "% * be resolved for the constants K_" "1 and K_2. \n" "% * K_1 and K_2 are time dependant.\n" "% *\n" "% * m_dot_1 = K_1*(p_in_1-p)\n" "% * m_dot_2 = K_2*(p_in_2-p)\n" "% *\n" "% * Calculation pressure: Assuming that the constan" "ts are fixed within \n" "% * one time step, a estimati" "on for the pressure \n" "% * can be made. the sum of t" "he incoming and the \n" "% * outgoing mass flows has t" "o be zero.\n" "% * (m_dot_1+m_dot_2 = 0)\n" "% *\n" "% * m_dot_1+m_dot_2 = 0\n" "% * => K_1*(p_in_1-p)+K_2*(p_" "in_2-p) = 0\n" "% * => p = (K_1*p_in_1+K_2*p_" "in_2)/(K_1+K_2)\n" "% * \n" "% * In the case that one mass" " flow is constant.\n" "% * e.g. m_dot_1 = const. The" " pressure has to be\n" "% * calculated by the followi" "ng equation.\n" "% * \n" "% * p= (m_dot_1+K_2*p_in_2)/K" "_2\n" "% * \n" "% * For stability reasons p_i" "n_1 or p_in_2 and\n" "% * p will be assumed as equa" "l, then e.g. \n" "% * (p_in_1-p) < Delta_p_thre" "shold\n" "% *\n" "% * 5.2. Calculation temperature, water vapor content, C" "O2-content, water content\n" "% *\n" "% * The state variables of incoming mass flows cont" "ibute to the \n" "% * calculation of the temperature, the water vapor" " content, \n" "% * the CO2-content and the water content of the no" "de. The values\n" "% * will be calculated by a weighted average. The s" "tate variables \n" "% * of the outgoing mass flows will be determined b" "y the node. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Definition state variables\n" "p = p_old;\n" "rho = rho_old;\n" "T = T_old;\n" "x_H2O_gas = x_H2O_gas_old;\n" "x_CO2 = x_CO2_old;\n" "x_H2O_liq = x_H2O_liq_old;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation incoming and outgoing mass flows\n" "m_dot_1 = m_dot_air_in_1+m_dot_air_in_1*x_H2O_gas" "_in_1+m_dot_air_in_1*x_CO2_in_1;\n" "m_dot_2 = m_dot_air_in_2+m_dot_air_in_2*x_H2O_gas" "_in_2+m_dot_air_in_2*x_CO2_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Consistency check\n" "check = 1;\n" "\n" "if m_dot_1 > 0\n" " if m_dot_2 > 0\n" " check = 0;\n" " end\n" "end\n" "\n" "if m_dot_1 < 0\n" " if m_dot_2 < 0\n" " check = 0;\n" " end\n" "end\n" "\n" "if abs(m_dot_1)+abs(m_dot_2) == 0\n" " check = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Operation mode: \n" "% * 5.1. Calculation pressure\n" "if check == 1\n" " Numerator = 0;\n" " Denominator = 0;\n" " \n" " if p_in_1 == 0\n" " Numerator = Numerator+m_dot_1;\n" " else\n" " if abs(p_in_1-p) < Delta_p_threshold\n" " K_1 = 0;\n" " else\n" " K_1 = abs(m_dot_1)/abs(p_in_1-p);\n" " end\n" " \n" " Numerator = Numerator+K_1*p_in_1;\n" " Denominator = Denominator+K_1;\n" " end\n" " \n" " if p_in_2 == 0\n" " Numerator = Numerator+m_dot_2;\n" " else\n" " if abs(p_in_2-p) < Delta_p_threshold\n" " K_2 = 0;\n" " else\n" " K_2 = abs(m_dot_2)/abs(p_in_2-p);\n" " end\n" " \n" " Numerator = Numerator+K_2*p_in_2;\n" " Denominator = Denominator+K_2;\n" " end\n" " \n" " if Denominator > 0\n" " p = Numerator/Denominator;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5.2. Calculation temperature, water vapor content, CO2-" "content, \n" "% * water content\n" "if check == 1\n" " Denominator = 0;\n" " T = 0;\n" " x_H2O_gas = 0;\n" " x_CO2 = 0;\n" " x_H2O_liq = 0;\n" " \n" " if m_dot_1 > 0\n" " T = T+m_dot_1*T_in_1;\n" " x_H2O_gas = x_H2O_gas+m_dot_1*x_H2O_gas_in_1;\n" " x_CO2 = x_CO2+m_dot_1*x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq+m_dot_1*x_H2O_liq_in_1;\n" " Denominator = Denominator+m_dot_1;\n" " end\n" " \n" " if m_dot_2 > 0\n" " T = T+m_dot_2*T_in_2;\n" " x_H2O_gas = x_H2O_gas+m_dot_2*x_H2O_gas_in_2;\n" " x_CO2 = x_CO2+m_dot_2*x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq+m_dot_2*x_H2O_liq_in_2;\n" " Denominator = Denominator+m_dot_2;\n" " end\n" " \n" " if abs(Denominator) > 0\n" " T = T/Denominator;\n" " x_H2O_gas = x_H2O_gas/Denominator;\n" " x_CO2 = x_CO2/Denominator;\n" " x_H2O_liq = x_H2O_liq/Denominator;\n" " R_avg = (R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2)" "/(1+x_H2O_gas+x_CO2);\n" " rho = p/(R_avg*T);\n" " else\n" " T = T_old;\n" " rho = rho_old;\n" " x_H2O_gas = x_H2O_gas_old;\n" " x_CO2 = x_CO2_old;\n" " x_H2O_liq = x_H2O_liq_old;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 82 position [23.5747 49.5747 7] chart 80 linkNode [80 0 0] subviewer 80 type CONNECTIVE_JUNCTION } transition { id 83 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 82 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 80 linkNode [80 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 80 drawStyle SMART executionOrder 1 } data { id 84 name "p_old" linkNode [80 0 85] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 85 name "rho_old" linkNode [80 84 86] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 86 name "T_old" linkNode [80 85 87] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 87 name "x_H2O_gas_old" linkNode [80 86 88] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 88 name "x_CO2_old" linkNode [80 87 89] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 89 name "x_H2O_liq_old" linkNode [80 88 90] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 90 name "p_in_1" linkNode [80 89 91] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 91 name "rho_in_1" linkNode [80 90 92] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 92 name "T_in_1" linkNode [80 91 93] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 93 name "m_dot_air_in_1" linkNode [80 92 94] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 94 name "x_H2O_gas_in_1" linkNode [80 93 95] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 95 name "x_CO2_in_1" linkNode [80 94 96] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 96 name "x_H2O_liq_in_1" linkNode [80 95 97] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 97 name "p_in_2" linkNode [80 96 98] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 98 name "rho_in_2" linkNode [80 97 99] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 99 name "T_in_2" linkNode [80 98 100] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 100 name "m_dot_air_in_2" linkNode [80 99 101] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 101 name "x_H2O_gas_in_2" linkNode [80 100 102] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 102 name "x_CO2_in_2" linkNode [80 101 103] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 103 name "x_H2O_liq_in_2" linkNode [80 102 104] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 104 name "p" linkNode [80 103 105] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 105 name "rho" linkNode [80 104 106] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 106 name "T" linkNode [80 105 107] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 107 name "x_H2O_gas" linkNode [80 106 108] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 108 name "x_CO2" linkNode [80 107 109] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 109 name "x_H2O_liq" linkNode [80 108 110] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 110 name "Delta_p_threshold" linkNode [80 109 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 111 name "Node_2D_/Embedded_MATLAB_Function" machine 1 chart 80 } chart { id 112 name "Node_4D_/Embedded\n" "MATLA Function1" windowPosition [542.088 73.219 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 113 0 0] firstTransition 115 firstJunction 114 viewObj 112 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 116 chartFileNumber 6 disableImplicitCasting 1 eml { name "Cal" } } state { id 113 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 112 treeNode [112 0 0 0] superState SUBCHART subviewer 112 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,T,x_H2O_gas,x_CO2,x_H2O_liq] = Cal(p_old,rh" "o_old,T_old,x_H2O_gas_old,x_CO2_old,x_H2O_liq_old,p_in_1,rh" "o_in_1,T_in_1,m_dot_air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2" "O_liq_in_1,p_in_2,rho_in_2,T_in_2,m_dot_air_in_2,x_H2O_gas_" "in_2,x_CO2_in_2,x_H2O_liq_in_2,p_in_3,rho_in_3,T_in_3,m_dot" "_air_in_3,x_H2O_gas_in_3,x_CO2_in_3,x_H2O_liq_in_3,p_in_4,r" "ho_in_4,T_in_4,m_dot_air_in_4,x_H2O_gas_in_4,x_CO2_in_4,x_H" "2O_liq_in_4,Delta_p_threshold)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a node with 4 apertures\n" "% * \n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter: Threshold Equality Input/Outpu" "t Pressures\n" "% *\n" "% *\n" "% * Relevant input variables of Node_4D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *\n" "% * Relevant output variables of Node_4D\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Definition state variables.\n" "% * 3. Redefinition of the input variables.\n" "% * 4. Consistency check.\n" "% * 5. Operation mode: Determination of the pressure\n" "% * 5.1. Calculation pressure\n" "% * 5.2. Calculation temperature, water " "vapor content, \n" "% * CO2-content, water content\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog).\n" "% * 4. Consistency Check:\n" "% * check = 1: Operation mode \n" "% * check = 0: Standby mode \n" "% * Conditions for the standby mode:\n" "% * a) All mass flows are incoming mass flows (sign: plu" "s)\n" "% * b) All mass flows are outgoing mass flows (sign: min" "us)\n" "% * c) All mass flows are equal zero\n" "% * 5. Operation mode:\n" "% * 5.1. Calculation pressure \n" "% *\n" "% * Linearization: For each time step the following" " equations will\n" "% * be resolved for the constants K_" "1, K_2, K_3 and K_4. \n" "% * K_1, K_2, K_3 and K_4 are time d" "ependant.\n" "% *\n" "% * m_dot_1 = K_1*(p_in_1-p)\n" "% * m_dot_2 = K_2*(p_in_2-p)\n" "% * m_dot_3 = K_3*(p_in_3-p)\n" "% * m_dot_4 = K_4*(p_in_4-p)\n" "% *\n" "% * Calculation pressure: Assuming that the constan" "ts are fixed within \n" "% * one time step, a estimati" "on for the pressure \n" "% * can be made. the sum of t" "he incoming and the \n" "% * outgoing mass flows has t" "o be zero.\n" "% * (m_dot_1+m_dot_2+m_dot_3+" "m_dot_4 = 0)\n" "% *\n" "% * m_dot_1+m_dot_2+m_dot_3+m" "_dot_4 = 0\n" "% * => K_1*(p_in_1-p)+K_2*(p_" "in_2-p)+K_3*(p_in_3-p)+K_4*(p_in_4-p) = 0\n" "% * => p = (K_1*p_in_1+K_2*p_" "in_2+K_3*p_in_3+K_4*p_in_4)/(K_1+K_2+K_3+K_4)\n" "% * \n" "% * In the case that one mass" " flow is constant.\n" "% * e.g. m_dot_1 = const. The" " pressure has to be\n" "% * calculated by the followi" "ng equation.\n" "% * \n" "% * p = (m_dot_1+K_2*p_in_2+K" "_3*p_in_3+K_4*p_in_4)/(K_2+K_3+K_4)\n" "% * \n" "% * For stability reasons p_i" "n_1, p_in_2, p_in_3 or p_in_4 and\n" "% * p will be assumed as equa" "l, then e.g. \n" "% * (p_in_1-p) < Delta_p_thre" "shold\n" "% *\n" "% * 5.2. Calculation temperature, water vapor content, C" "O2-content, water content\n" "% *\n" "% * The state variables of incoming mass flows cont" "ibute to the \n" "% * calculation of the temperature, the water vapor" " content, \n" "% * the CO2-content and the water content of the no" "de. The values\n" "% * will be calculated by a weighted average. The s" "tate variables \n" "% * of the outgoing mass flows will be determined b" "y the node. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Definition state variables\n" "p = p_old;\n" "rho = rho_old;\n" "T = T_old;\n" "x_H2O_gas = x_H2O_gas_old;\n" "x_CO2 = x_CO2_old;\n" "x_H2O_liq = x_H2O_liq_old;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation incoming and outgoing mass flows\n" "m_dot_1 = m_dot_air_in_1+m_dot_air_in_1*x_H2O_gas" "_in_1+m_dot_air_in_1*x_CO2_in_1;\n" "m_dot_2 = m_dot_air_in_2+m_dot_air_in_2*x_H2O_gas" "_in_2+m_dot_air_in_2*x_CO2_in_2;\n" "m_dot_3 = m_dot_air_in_3+m_dot_air_in_3*x_H2O_gas" "_in_3+m_dot_air_in_3*x_CO2_in_3;\n" "m_dot_4 = m_dot_air_in_4+m_dot_air_in_4*x_H2O_gas" "_in_4+m_dot_air_in_4*x_CO2_in_4;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Consistency check\n" "check = 1;\n" "\n" "if m_dot_1 > 0\n" " if m_dot_2 > 0\n" " if m_dot_3 > 0\n" " if m_dot_4 > 0\n" " check = 0;\n" " end\n" " end\n" " end\n" "end\n" "\n" "if m_dot_1 < 0\n" " if m_dot_2 < 0\n" " if m_dot_3 < 0\n" " if m_dot_4 < 0\n" " check = 0;\n" " end\n" " end\n" " end\n" "end\n" "\n" "if abs(m_dot_1)+abs(m_dot_2)+abs(m_dot_3)+abs(m_dot_4) == 0" "\n" " check = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Operation mode: \n" "% * 5.1. Calculation pressure\n" "if check == 1\n" " Numerator = 0;\n" " Denominator = 0;\n" " \n" " if p_in_1 == 0\n" " Numerator = Numerator+m_dot_1;\n" " else\n" " if abs(p_in_1-p) < Delta_p_threshold\n" " K_1 = 0;\n" " else\n" " K_1 = abs(m_dot_1)/abs(p_in_1-p);\n" " end\n" "\n" " Numerator = Numerator+K_1*p_in_1;\n" " Denominator = Denominator+K_1;\n" " end\n" " \n" " if p_in_2 == 0\n" " Numerator = Numerator+m_dot_2;\n" " else\n" " if abs(p_in_2-p) < Delta_p_threshold\n" " K_2 = 0;\n" " else\n" " K_2 = abs(m_dot_2)/abs(p_in_2-p);\n" " end\n" "\n" " Numerator = Numerator+K_2*p_in_2;\n" " Denominator = Denominator+K_2;\n" " end\n" " \n" " if p_in_3 == 0\n" " Numerator = Numerator+m_dot_3;\n" " else\n" " if abs(p_in_3-p) < Delta_p_threshold\n" " K_3 = 0;\n" " else\n" " K_3 = abs(m_dot_3)/abs(p_in_3-p);\n" " end\n" " \n" " Numerator = Numerator+K_3*p_in_3;\n" " Denominator = Denominator+K_3;\n" " end\n" " if p_in_4 == 0\n" " Numerator = Numerator+m_dot_4;\n" " else\n" " if abs(p_in_4-p) < Delta_p_threshold\n" " K_4 = 0;\n" " else\n" " K_4 = abs(m_dot_4)/abs(p_in_4-p);\n" " end\n" " \n" " Numerator = Numerator+K_4*p_in_4;\n" " Denominator = Denominator+K_4;\n" " end\n" " \n" " if Denominator > 0\n" " p = Numerator/Denominator;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5.2. Calculation temperature, water vapor content, CO2-" "content, \n" "% * water content\n" "if check==1\n" " Denominator = 0;\n" " T = 0;\n" " x_H2O_gas = 0;\n" " x_CO2 = 0;\n" " x_H2O_liq = 0;\n" " R_avg = 0;\n" " \n" " if m_dot_1 > 0\n" " T = T+m_dot_1*T_in_1;\n" " x_H2O_gas = x_H2O_gas+m_dot_1*x_H2O_gas_in_1;\n" " x_CO2 = x_CO2+m_dot_1*x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq+m_dot_1*x_H2O_liq_in_1;\n" " Denominator = Denominator+m_dot_1;\n" " end\n" " \n" " if m_dot_2 > 0\n" " T = T+m_dot_2*T_in_2;\n" " x_H2O_gas = x_H2O_gas+m_dot_2*x_H2O_gas_in_2;\n" " x_CO2 = x_CO2+m_dot_2*x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq+m_dot_2*x_H2O_liq_in_2;\n" " Denominator = Denominator+m_dot_2;\n" " end\n" " \n" " if m_dot_3 > 0\n" " T = T+m_dot_3*T_in_3;\n" " x_H2O_gas = x_H2O_gas+m_dot_3*x_H2O_gas_in_3;\n" " x_CO2 = x_CO2+m_dot_3*x_CO2_in_3;\n" " x_H2O_liq = x_H2O_liq+m_dot_3*x_H2O_liq_in_3;\n" " Denominator = Denominator+m_dot_3;\n" " end\n" " \n" " if m_dot_4 > 0\n" " T = T+m_dot_4*T_in_4;\n" " x_H2O_gas = x_H2O_gas+m_dot_4*x_H2O_gas_in_4;\n" " x_CO2 = x_CO2+m_dot_4*x_CO2_in_4;\n" " x_H2O_liq = x_H2O_liq+m_dot_4*x_H2O_liq_in_4;\n" " Denominator = Denominator+m_dot_4;\n" " end\n" " \n" " if abs(Denominator) > 0\n" " T = T/Denominator;\n" " x_H2O_gas = x_H2O_gas/Denominator;\n" " x_CO2 = x_CO2/Denominator;\n" " x_H2O_liq = x_H2O_liq/Denominator;\n" " R_avg = (R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2)" "/(1+x_H2O_gas+x_CO2);\n" " rho = p/(R_avg*T);\n" " else\n" " T = T_old;\n" " rho = rho_old;\n" " x_H2O_gas = x_H2O_gas_old;\n" " x_CO2 = x_CO2_old;\n" " x_H2O_liq = x_H2O_liq_old;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 114 position [23.5747 49.5747 7] chart 112 linkNode [112 0 0] subviewer 112 type CONNECTIVE_JUNCTION } transition { id 115 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 114 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 112 linkNode [112 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 112 drawStyle SMART executionOrder 1 } data { id 116 name "p_old" linkNode [112 0 117] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 117 name "rho_old" linkNode [112 116 118] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 118 name "T_old" linkNode [112 117 119] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 119 name "x_H2O_gas_old" linkNode [112 118 120] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 120 name "x_CO2_old" linkNode [112 119 121] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 121 name "x_H2O_liq_old" linkNode [112 120 122] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 122 name "p_in_1" linkNode [112 121 123] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 123 name "rho_in_1" linkNode [112 122 124] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 124 name "T_in_1" linkNode [112 123 125] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 125 name "m_dot_air_in_1" linkNode [112 124 126] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 126 name "x_H2O_gas_in_1" linkNode [112 125 127] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 127 name "x_CO2_in_1" linkNode [112 126 128] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 128 name "x_H2O_liq_in_1" linkNode [112 127 129] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 129 name "p_in_2" linkNode [112 128 130] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 130 name "rho_in_2" linkNode [112 129 131] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 131 name "T_in_2" linkNode [112 130 132] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 132 name "m_dot_air_in_2" linkNode [112 131 133] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 133 name "x_H2O_gas_in_2" linkNode [112 132 134] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 134 name "x_CO2_in_2" linkNode [112 133 135] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 135 name "x_H2O_liq_in_2" linkNode [112 134 136] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 136 name "p_in_3" linkNode [112 135 137] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 137 name "rho_in_3" linkNode [112 136 138] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 138 name "T_in_3" linkNode [112 137 139] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 139 name "p" linkNode [112 138 140] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 140 name "rho" linkNode [112 139 141] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 141 name "T" linkNode [112 140 142] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 142 name "m_dot_air_in_3" linkNode [112 141 143] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 143 name "x_H2O_gas_in_3" linkNode [112 142 144] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 144 name "x_CO2_in_3" linkNode [112 143 145] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 145 name "x_H2O_gas" linkNode [112 144 146] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" 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id 154 name "x_CO2_in_4" linkNode [112 153 155] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 155 name "x_H2O_liq_in_4" linkNode [112 154 156] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 156 name "Delta_p_threshold" linkNode [112 155 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 157 name "Node_4D_/Embedded\n" "MATLA Function1" machine 1 chart 112 } chart { id 158 name "Vol_1D_/Embedded_MATLAB_Function_2" windowPosition [360.36 237.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 159 0 0] firstTransition 161 firstJunction 160 viewObj 158 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 162 chartFileNumber 7 disableImplicitCasting 1 eml { name "p_rho" } } state { id 159 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 158 treeNode [158 0 0 0] superState SUBCHART subviewer 158 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 1 aperture\n" "% *\n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_1D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_1D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 164 name "rho" linkNode [158 163 165] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 165 name "m_air" linkNode [158 164 166] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 166 name "m_H2O_gas" linkNode [158 165 167] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 167 name "m_CO2" linkNode [158 166 168] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 168 name "m_H2O_liq" linkNode [158 167 169] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 169 name "V" linkNode [158 168 170] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 170 name "x_H2O_gas" linkNode [158 169 171] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 171 name "x_CO2" linkNode [158 170 172] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 172 name "x_H2O_liq" linkNode [158 171 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 173 name "Vol_1D_/Embedded_MATLAB_Function_2" machine 1 chart 158 } chart { id 174 name "Vol_3D_/Embedded_MATLAB_Function_1" windowPosition [465.45 108.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 175 0 0] firstTransition 177 firstJunction 176 viewObj 174 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 178 chartFileNumber 8 disableImplicitCasting 1 eml { name "T_m" } } state { id 175 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 174 treeNode [174 0 0 0] superState SUBCHART subviewer 174 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,T_in_" "3,m_dot_air_in_3,x_H2O_gas_in_3,x_CO2_in_3,x_H2O_liq_in_3,Q" "_dot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 3 apertures\n" "% *\n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_3D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_3D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog).\n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow. \n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2=T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_3 < 0\n" " T_in_3 = T;\n" " m_dot = m_dot_air_in_3*(1+x_H2O_gas_in_3+x_CO2_" "in_3);\n" " m_dot_air_in_3 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_3 = (m_H2O_gas/m_air);\n" " x_CO2_in_3 = (m_CO2/m_air);\n" " x_H2O_liq_in_3 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2+m_dot_air" "_in_3;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2+m_dot_air_in_3*x_H2O_gas_in_3;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2+m_dot_air_in_3*x_CO2_in_3;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2+m_dot_air_in_3*x_H2O_liq_in_3;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_3*(c_p_air*T_in_3-c_v_air*T)+m_dot_air_in_1*x_H2O_gas" "_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m_dot_air_in_2*x_H" "2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_gas*T)+m_dot_air_in" "_3*x_H2O_gas_in_3*(c_p_H2O_gas*T_in_3-c_v_H2O_gas*T)+m_dot_" "air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m_dot_air_in" "_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T)+m_dot_air_in_3*x_C" "O2_in_3*(c_p_CO2*T_in_3-c_v_CO2*T))/(c_v_air*m_air+c_v_H2O_" "gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[98 142 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 176 position [23.5747 49.5747 7] chart 174 linkNode [174 0 0] subviewer 174 type CONNECTIVE_JUNCTION } transition { id 177 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 176 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 174 linkNode [174 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 174 drawStyle SMART executionOrder 1 } data { id 178 name "T" linkNode [174 0 179] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 179 name "T_dot" linkNode [174 178 180] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 180 name "m_dot_air" linkNode [174 179 181] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 181 name "m_air" linkNode [174 180 182] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 182 name "m_H2O_gas" linkNode [174 181 183] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 183 name "m_CO2" linkNode [174 182 184] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 184 name "m_H2O_liq" linkNode [174 183 185] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 185 name "T_in_1" linkNode [174 184 186] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 186 name "m_dot_air_in_1" linkNode [174 185 187] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 187 name "x_H2O_gas_in_1" linkNode [174 186 188] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 188 name "x_CO2_in_1" linkNode [174 187 189] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 189 name "x_H2O_liq_in_1" linkNode [174 188 190] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 190 name "T_in_2" linkNode [174 189 191] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 191 name "m_dot_air_in_2" linkNode [174 190 192] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 192 name "x_H2O_gas_in_2" linkNode [174 191 193] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 193 name "x_CO2_in_2" linkNode [174 192 194] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 194 name "x_H2O_liq_in_2" linkNode [174 193 195] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 195 name "T_in_3" linkNode [174 194 196] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 196 name "m_dot_air_in_3" linkNode [174 195 197] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 197 name "x_H2O_gas_in_3" linkNode [174 196 198] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 198 name "x_CO2_in_3" linkNode [174 197 199] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 199 name "x_H2O_liq_in_3" linkNode [174 198 200] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 200 name "Q_dot" linkNode [174 199 201] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 201 name "m_dot_H2O_gas" linkNode [174 200 202] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 202 name "m_dot_CO2" linkNode [174 201 203] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 203 name "m_dot_H2O_liq" linkNode [174 202 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 204 name "Vol_3D_/Embedded_MATLAB_Function_1" machine 1 chart 174 } chart { id 205 name "Vol_3D_/Embedded_MATLAB_Function_2" windowPosition [390.36 207.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 206 0 0] firstTransition 208 firstJunction 207 viewObj 205 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 209 chartFileNumber 9 disableImplicitCasting 1 eml { name "p_rho" } } state { id 206 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 205 treeNode [205 0 0 0] superState SUBCHART subviewer 205 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 3 apertures\n" "% *\n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_3D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_3D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 207 position [23.5747 49.5747 7] chart 205 linkNode [205 0 0] subviewer 205 type CONNECTIVE_JUNCTION } transition { id 208 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 207 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 205 linkNode [205 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 205 drawStyle SMART executionOrder 1 } data { id 209 name "T" linkNode [205 0 210] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 210 name "p" linkNode [205 209 211] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 211 name "rho" linkNode [205 210 212] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 212 name "m_air" linkNode [205 211 213] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 213 name "m_H2O_gas" linkNode [205 212 214] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 214 name "m_CO2" linkNode [205 213 215] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 215 name "m_H2O_liq" linkNode [205 214 216] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 216 name "V" linkNode [205 215 217] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 217 name "x_H2O_gas" linkNode [205 216 218] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 218 name "x_CO2" linkNode [205 217 219] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 219 name "x_H2O_liq" linkNode [205 218 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 220 name "Vol_3D_/Embedded_MATLAB_Function_2" machine 1 chart 205 } chart { id 221 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_1/FR/Embedded" "\n" "MATLA Function" windowPosition [597.23 43.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 222 0 0] firstTransition 224 firstJunction 223 viewObj 221 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 225 chartFileNumber 10 disableImplicitCasting 1 eml { name "Cal" } } state { id 222 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 221 treeNode [221 0 0 0] superState SUBCHART subviewer 221 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2,Q_dot_fluid,T_dot_wall]=Cal(n_unit,D_major,D" "_minor,b_wall,b_isolation,rho_wall,rho_isolation,c_wall,c_i" "solation,lambda_wall,lambda_isolation,L,zeta,mode,p_in_1,rh" "o_in_1,T_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in" "_2,rho_in_2,T_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2" ",T_wall,T_ambient)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance with heat transfer via " "wall\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 223 position [23.5747 49.5747 7] chart 221 linkNode [221 0 0] subviewer 221 type CONNECTIVE_JUNCTION } transition { id 224 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 223 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 221 linkNode [221 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 221 drawStyle SMART executionOrder 1 } data { id 225 name "n_unit" linkNode [221 0 226] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 226 name "rho" linkNode [221 225 227] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 227 name "T" linkNode [221 226 228] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 228 name "x_H2O_gas" linkNode [221 227 229] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 229 name "x_CO2" linkNode [221 228 230] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 230 name "x_H2O_liq" linkNode [221 229 231] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 231 name "p_1" linkNode [221 230 232] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 232 name "m_dot_air_1" linkNode [221 231 233] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 233 name "p_2" linkNode [221 232 234] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 234 name "D_major" linkNode [221 233 235] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 235 name "D_minor" linkNode [221 234 236] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 236 name "b_wall" linkNode [221 235 237] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 237 name "b_isolation" linkNode [221 236 238] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 238 name "rho_wall" linkNode [221 237 239] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 239 name "rho_isolation" linkNode [221 238 240] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 240 name "c_wall" linkNode [221 239 241] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 241 name "c_isolation" linkNode [221 240 242] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 242 name "lambda_wall" linkNode [221 241 243] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 243 name "lambda_isolation" linkNode [221 242 244] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 244 name "L" linkNode [221 243 245] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 245 name "zeta" linkNode [221 244 246] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 246 name "mode" linkNode [221 245 247] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 247 name "p_in_1" linkNode [221 246 248] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 248 name "rho_in_1" linkNode [221 247 249] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 249 name "T_in_1" linkNode [221 248 250] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 250 name "x_H2O_gas_in_1" linkNode [221 249 251] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 251 name "x_CO2_in_1" linkNode [221 250 252] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 252 name "x_H2O_liq_in_1" linkNode [221 251 253] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 253 name "p_in_2" linkNode [221 252 254] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 254 name "rho_in_2" linkNode [221 253 255] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 255 name "T_in_2" linkNode [221 254 256] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 256 name "m_dot_air_2" linkNode [221 255 257] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 257 name "x_H2O_gas_in_2" linkNode [221 256 258] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 258 name "x_CO2_in_2" linkNode [221 257 259] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 259 name "x_H2O_liq_in_2" linkNode [221 258 260] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 260 name "T_wall" linkNode [221 259 261] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 261 name "T_ambient" linkNode [221 260 262] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 262 name "Q_dot_fluid" linkNode [221 261 263] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 263 name "T_dot_wall" linkNode [221 262 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 264 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_1/FR/Embedded" "\n" "MATLA Function" machine 1 chart 221 } chart { id 265 name "Duct_/FR_1/Embedded\n" "MATLA Function" windowPosition [390.288 225.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 266 0 0] firstTransition 268 firstJunction 267 viewObj 265 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 269 chartFileNumber 11 disableImplicitCasting 1 eml { name "Cal" } } state { id 266 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 265 treeNode [265 0 0 0] superState SUBCHART subviewer 265 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 125 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 267 position [23.5747 49.5747 7] chart 265 linkNode [265 0 0] subviewer 265 type CONNECTIVE_JUNCTION } transition { id 268 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 267 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 265 linkNode [265 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 265 drawStyle SMART executionOrder 1 } data { id 269 name "rho" linkNode [265 0 270] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 270 name "T" linkNode [265 269 271] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 271 name "x_H2O_gas" linkNode [265 270 272] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 272 name "x_CO2" linkNode [265 271 273] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 273 name "x_H2O_liq" linkNode [265 272 274] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 274 name "p_1" linkNode [265 273 275] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 275 name "m_dot_air_1" linkNode [265 274 276] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 276 name "p_2" linkNode [265 275 277] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 277 name "D" linkNode [265 276 278] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 278 name "L" linkNode [265 277 279] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 279 name "zeta" linkNode [265 278 280] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 280 name "mode" linkNode [265 279 281] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 281 name "p_in_1" linkNode [265 280 282] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 282 name "rho_in_1" linkNode [265 281 283] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 283 name "T_in_1" linkNode [265 282 284] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 284 name "x_H2O_gas_in_1" linkNode [265 283 285] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 285 name "x_CO2_in_1" linkNode [265 284 286] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 286 name "x_H2O_liq_in_1" linkNode [265 285 287] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 287 name "p_in_2" linkNode [265 286 288] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 288 name "rho_in_2" linkNode [265 287 289] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 289 name "T_in_2" linkNode [265 288 290] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 290 name "m_dot_air_2" linkNode [265 289 291] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 291 name "x_H2O_gas_in_2" linkNode [265 290 292] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 292 name "x_CO2_in_2" linkNode [265 291 293] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 293 name "x_H2O_liq_in_2" linkNode [265 292 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 294 name "Duct_/FR_1/Embedded\n" "MATLA Function" machine 1 chart 265 } chart { id 295 name "Vol_1D_/Embedded_MATLAB_Function_1" windowPosition [435.45 138.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 296 0 0] firstTransition 298 firstJunction 297 viewObj 295 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 299 chartFileNumber 12 disableImplicitCasting 1 eml { name "T_m" } } state { id 296 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 295 treeNode [295 0 0 0] superState SUBCHART subviewer 295 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in,m_dot_ai" "r_in,x_H2O_gas_in,x_CO2_in,x_H2O_liq_in,Q_dot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 1 aperture\n" "% *\n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_1D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_1D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow. \n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in < 0\n" " T_in = T;\n" " m_dot = m_dot_air_in*(1+x_H2O_gas_in+x_CO2_in);\n" " m_dot_air_in = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_ai" "r)));\n" " x_H2O_gas_in = (m_H2O_gas/m_air);\n" " x_CO2_in = (m_CO2/m_air);\n" " x_H2O_liq_in = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in;\n" "m_dot_H2O_gas = m_dot_air_in*x_H2O_gas_in;\n" "m_dot_CO2 = m_dot_air_in*x_CO2_in;\n" "m_dot_H2O_liq = m_dot_air_in*x_H2O_liq_in;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in*(c_p_air*T_in-c_v_air" "*T)+m_dot_air_in*x_H2O_gas_in*(c_p_H2O_gas*T_in-c_v_H2O_gas" "*T)+m_dot_air_in*x_CO2_in*(c_p_CO2*T_in-c_v_CO2*T))/(c_v_ai" "r*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 297 position [23.5747 49.5747 7] chart 295 linkNode [295 0 0] subviewer 295 type CONNECTIVE_JUNCTION } transition { id 298 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 297 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 295 linkNode [295 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 295 drawStyle SMART executionOrder 1 } data { id 299 name "T" linkNode [295 0 300] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 300 name "T_dot" linkNode [295 299 301] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 301 name "m_dot_air" linkNode [295 300 302] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 302 name "m_air" linkNode [295 301 303] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 303 name "m_H2O_gas" linkNode [295 302 304] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 304 name "m_CO2" linkNode [295 303 305] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 305 name "m_H2O_liq" linkNode [295 304 306] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 306 name "T_in" linkNode [295 305 307] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 307 name "m_dot_air_in" linkNode [295 306 308] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 308 name "x_H2O_gas_in" linkNode [295 307 309] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 309 name "x_CO2_in" linkNode [295 308 310] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 310 name "x_H2O_liq_in" linkNode [295 309 311] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 311 name "Q_dot" linkNode [295 310 312] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 312 name "m_dot_H2O_gas" linkNode [295 311 313] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 313 name "m_dot_CO2" linkNode [295 312 314] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 314 name "m_dot_H2O_liq" linkNode [295 313 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 315 name "Vol_1D_/Embedded_MATLAB_Function_1" machine 1 chart 295 } chart { id 316 name "Vol_4D_/Embedded\n" "MATLAB Function" windowPosition [300.36 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 317 0 0] firstTransition 319 firstJunction 318 viewObj 316 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 320 chartFileNumber 13 disableImplicitCasting 1 eml { name "Initial" } } state { id 317 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 316 treeNode [316 0 0 0] superState SUBCHART subviewer 316 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 4 apertures\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_4D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_4D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 318 position [23.5747 49.5747 7] chart 316 linkNode [316 0 0] subviewer 316 type CONNECTIVE_JUNCTION } transition { id 319 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 318 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 316 linkNode [316 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 316 drawStyle SMART executionOrder 1 } data { id 320 name "V" linkNode [316 0 321] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 321 name "p_init" linkNode [316 320 322] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 322 name "T_init" linkNode [316 321 323] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 323 name "x_H2O_gas_init" linkNode [316 322 324] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 324 name "x_CO2_init" linkNode [316 323 325] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 325 name "x_H2O_liq_init" linkNode [316 324 326] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 326 name "m_air_init" linkNode [316 325 327] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 327 name "m_H2O_gas_init" linkNode [316 326 328] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 328 name "m_CO2_init" linkNode [316 327 329] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 329 name "m_H2O_liq_init" linkNode [316 328 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 330 name "Vol_4D_/Embedded\n" "MATLAB Function" machine 1 chart 316 } chart { id 331 name "Vol_4D_/Embedded_MATLAB_Function_1" windowPosition [468.36 132.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 332 0 0] firstTransition 334 firstJunction 333 viewObj 331 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 335 chartFileNumber 14 disableImplicitCasting 1 eml { name "T_m" } } state { id 332 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 331 treeNode [331 0 0 0] superState SUBCHART subviewer 331 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,T_in_" "3,m_dot_air_in_3,x_H2O_gas_in_3,x_CO2_in_3,x_H2O_liq_in_3,T" "_in_4,m_dot_air_in_4,x_H2O_gas_in_4,x_CO2_in_4,x_H2O_liq_in" "_4,Q_dot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 4 apertures\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_4D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_4D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Modification of the mass inside the system.\n" "% * 3. Redefinition of the input variables.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog).\n" "% * 2. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow. \n" "% * 3. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_3 < 0\n" " T_in_3 = T;\n" " m_dot = m_dot_air_in_3*(1+x_H2O_gas_in_3+x_CO2_" "in_3);\n" " m_dot_air_in_3 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_3 = (m_H2O_gas/m_air);\n" " x_CO2_in_3 = (m_CO2/m_air);\n" " x_H2O_liq_in_3 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_4 < 0\n" " T_in_4 = T;\n" " m_dot = m_dot_air_in_4*(1+x_H2O_gas_in_4+x_CO2_" "in_4);\n" " m_dot_air_in_4 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_4 = (m_H2O_gas/m_air);\n" " x_CO2_in_4 = (m_CO2/m_air);\n" " x_H2O_liq_in_4 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2+m_dot_air" "_in_3+m_dot_air_in_4;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2+m_dot_air_in_3*x_H2O_gas_in_3+m_dot_ai" "r_in_4*x_H2O_gas_in_4;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2+m_dot_air_in_3*x_CO2_in_3+m_dot_air_in_4*x_CO2" "_in_4;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2+m_dot_air_in_3*x_H2O_liq_in_3+m_dot_ai" "r_in_4*x_H2O_liq_in_4;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_3*(c_p_air*T_in_3-c_v_air*T)+m_dot_air_in_4*(c_p_air*" "T_in_4-c_v_air*T)+m_dot_air_in_1*x_H2O_gas_in_1*(c_p_H2O_ga" "s*T_in_1-c_v_H2O_gas*T)+m_dot_air_in_2*x_H2O_gas_in_2*(c_p_" "H2O_gas*T_in_2-c_v_H2O_gas*T)+m_dot_air_in_3*x_H2O_gas_in_3" "*(c_p_H2O_gas*T_in_3-c_v_H2O_gas*T)+m_dot_air_in_4*x_H2O_ga" "s_in_4*(c_p_H2O_gas*T_in_4-c_v_H2O_gas*T)+m_dot_air_in_1*x_" "CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m_dot_air_in_2*x_CO2_in" "_2*(c_p_CO2*T_in_2-c_v_CO2*T)+m_dot_air_in_3*x_CO2_in_3*(c_" "p_CO2*T_in_3-c_v_CO2*T)+m_dot_air_in_4*x_CO2_in_4*(c_p_CO2*" "T_in_4-c_v_CO2*T))/(c_v_air*m_air+c_v_H2O_gas*m_H2O_gas+c_v" "_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1036 780]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 333 position [23.5747 49.5747 7] chart 331 linkNode [331 0 0] subviewer 331 type CONNECTIVE_JUNCTION } transition { id 334 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 333 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 331 linkNode [331 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 331 drawStyle SMART executionOrder 1 } data { id 335 name "T" linkNode [331 0 336] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 336 name "T_dot" linkNode [331 335 337] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 337 name "m_dot_air" linkNode [331 336 338] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 338 name "m_air" linkNode [331 337 339] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 339 name "m_H2O_gas" linkNode [331 338 340] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 340 name "m_CO2" linkNode [331 339 341] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 341 name "m_H2O_liq" linkNode [331 340 342] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 342 name "T_in_1" linkNode [331 341 343] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 343 name "m_dot_air_in_1" linkNode [331 342 344] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 344 name "x_H2O_gas_in_1" linkNode [331 343 345] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 345 name "x_CO2_in_1" linkNode [331 344 346] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 346 name "x_H2O_liq_in_1" linkNode [331 345 347] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 347 name "T_in_2" linkNode [331 346 348] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 348 name "m_dot_air_in_2" linkNode [331 347 349] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 349 name "x_H2O_gas_in_2" linkNode [331 348 350] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 350 name "x_CO2_in_2" linkNode [331 349 351] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 351 name "x_H2O_liq_in_2" linkNode [331 350 352] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 352 name "T_in_3" linkNode [331 351 353] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 353 name "m_dot_air_in_3" linkNode [331 352 354] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 354 name "x_H2O_gas_in_3" linkNode [331 353 355] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 355 name "x_CO2_in_3" linkNode [331 354 356] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 356 name "x_H2O_liq_in_3" linkNode [331 355 357] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 357 name "T_in_4" linkNode [331 356 358] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 358 name "m_dot_air_in_4" linkNode [331 357 359] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 359 name "x_H2O_gas_in_4" linkNode [331 358 360] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 360 name "x_CO2_in_4" linkNode [331 359 361] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 361 name "x_H2O_liq_in_4" linkNode [331 360 362] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 362 name "Q_dot" linkNode [331 361 363] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 363 name "m_dot_H2O_gas" linkNode [331 362 364] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 364 name "m_dot_CO2" linkNode [331 363 365] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 365 name "m_dot_H2O_liq" linkNode [331 364 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 366 name "Vol_4D_/Embedded_MATLAB_Function_1" machine 1 chart 331 } chart { id 367 name "Tee_/Embedded\n" "MATLA Function" windowPosition [465.23 167.133 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 368 0 0] firstTransition 370 firstJunction 369 viewObj 367 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 371 chartFileNumber 15 disableImplicitCasting 1 eml { name "Cal" } } state { id 368 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 367 treeNode [367 0 0 0] superState SUBCHART subviewer 367 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,T,m_air,m_dot_air,x_H2O_gas,x_CO2,x_H2O_liq" "]=Cal(p_in_1,rho_in_1,T_in_1,m_air_in_1,m_dot_air_in_1,x_H2" "O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in_2" ",m_air_in_2,m_dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_" "liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a tee\n" "% * \n" "% * Number of Inputs : 2\n" "% *\n" "% * Parameter : Threshold Equality Input/Output Pressures\n" "% *\n" "% *\n" "% * Relevant input variables of Tee\n" "% *\n" "% * pressure : p\n" "% * density : rho\n" "% * temperature : T\n" "% * mass dry air : m_air\n" "% * mass flow dry air : m_dot_air\n" "% * content water vapor : x_H2O_gas\n" "% * content CO2 : x_CO2\n" "% * content water : x_H2O_liq\n" "% *\n" "% *\n" "% * Relevant output variables of Tee\n" "% *\n" "% * pressure : p\n" "% * density : rho\n" "% * temperature : T\n" "% * mass dry air : m_air\n" "% * mass flow dry air : m_dot_air\n" "% * content water vapor : x_H2O_gas\n" "% * content CO2 : x_CO2\n" "% * content water : x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Initialization.\n" "% * 2. Mixing.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Initialization\n" "p =0;\n" "rho =0;\n" "T =0;\n" "m_air =0;\n" "m_dot_air =0;\n" "x_H2O_gas =0;\n" "x_CO2 =0;\n" "x_H2O_liq =0;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Mixing\n" "if abs(m_dot_air_in_1)+abs(m_dot_air_in_2)>0\n" " p =(p_in_1*m_dot_air_in_1+p_in_2*m_dot_air_in_2)" "/(m_dot_air_in_1+m_dot_air_in_2);\n" " rho =(rho_in_1*m_dot_air_in_1+rho_in_2*m_dot_air_i" "n_2)/(m_dot_air_in_1+m_dot_air_in_2);\n" " T =(T_in_1*m_dot_air_in_1+T_in_2*m_dot_air_in_2)" "/(m_dot_air_in_1+m_dot_air_in_2);\n" " m_air =(m_air_in_1*m_dot_air_in_1+m_air_in_2*m_dot_a" "ir_in_2)/(m_dot_air_in_1+m_dot_air_in_2);\n" " m_dot_air =(m_dot_air_in_1+m_dot_air_in_2);\n" " x_H2O_gas =(x_H2O_gas_in_1*m_dot_air_in_1+x_H2O_gas_in_2" "*m_dot_air_in_2)/(m_dot_air_in_1+m_dot_air_in_2);\n" " x_CO2 =(x_CO2_in_1*m_dot_air_in_1+x_CO2_in_2*m_dot_a" "ir_in_2)/(m_dot_air_in_1+m_dot_air_in_2);\n" " x_H2O_liq =(x_H2O_liq_in_1*m_dot_air_in_1+x_H2O_liq_in_2" "*m_dot_air_in_2)/(m_dot_air_in_1+m_dot_air_in_2);\n" "end\n" "\n" "if abs(m_dot_air_in_1)+abs(m_dot_air_in_2)==0\n" " p =(p_in_1+p_in_2)/2;\n" " rho =(rho_in_1+rho_in_2)/2;\n" " T =(T_in_1+T_in_2)/2;\n" " m_air =(m_air_in_1+m_air_in_2)/2;\n" " m_dot_air =(m_dot_air_in_1+m_dot_air_in_2);\n" " x_H2O_gas =(x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 =(x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq =(x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "% *********************************************************" "****************" editorLayout "100 M4x1[2 69 1036 780]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 369 position [23.5747 49.5747 7] chart 367 linkNode [367 0 0] subviewer 367 type CONNECTIVE_JUNCTION } transition { id 370 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 369 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 367 linkNode [367 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 367 drawStyle SMART executionOrder 1 } data { id 371 name "p_in_1" linkNode [367 0 372] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 372 name "rho_in_1" linkNode [367 371 373] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 373 name "T_in_1" linkNode [367 372 374] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 374 name "p" linkNode [367 373 375] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 375 name "m_air_in_1" linkNode [367 374 376] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 376 name "rho" linkNode [367 375 377] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 377 name "T" linkNode [367 376 378] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 378 name "m_air" linkNode [367 377 379] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 379 name "m_dot_air" linkNode [367 378 380] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 380 name "x_H2O_gas" linkNode [367 379 381] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 381 name "x_CO2" linkNode [367 380 382] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 382 name "x_H2O_liq" linkNode [367 381 383] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 383 name "m_dot_air_in_1" linkNode [367 382 384] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 384 name "x_H2O_gas_in_1" linkNode [367 383 385] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 385 name "x_CO2_in_1" linkNode [367 384 386] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 386 name "x_H2O_liq_in_1" linkNode [367 385 387] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 387 name "p_in_2" linkNode [367 386 388] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 388 name "rho_in_2" linkNode [367 387 389] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 389 name "T_in_2" linkNode [367 388 390] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 390 name "m_air_in_2" linkNode [367 389 391] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 391 name "m_dot_air_in_2" linkNode [367 390 392] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 392 name "x_H2O_gas_in_2" linkNode [367 391 393] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 393 name "x_CO2_in_2" linkNode [367 392 394] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 394 name "x_H2O_liq_in_2" linkNode [367 393 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 395 name "Tee_/Embedded\n" "MATLA Function" machine 1 chart 367 } chart { id 396 name "Duct_/FR_2/Embedded\n" "MATLA Function" windowPosition [405.288 210.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 397 0 0] firstTransition 399 firstJunction 398 viewObj 396 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 400 chartFileNumber 16 disableImplicitCasting 1 eml { name "Cal" } } state { id 397 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 396 treeNode [396 0 0 0] superState SUBCHART subviewer 396 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Block FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 1 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 398 position [23.5747 49.5747 7] chart 396 linkNode [396 0 0] subviewer 396 type CONNECTIVE_JUNCTION } transition { id 399 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 398 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 396 linkNode [396 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 396 drawStyle SMART executionOrder 1 } data { id 400 name "rho" linkNode [396 0 401] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 401 name "T" linkNode [396 400 402] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 402 name "x_H2O_gas" linkNode [396 401 403] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 403 name "x_CO2" linkNode [396 402 404] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 404 name "x_H2O_liq" linkNode [396 403 405] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 405 name "p_1" linkNode [396 404 406] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 406 name "m_dot_air_1" linkNode [396 405 407] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 407 name "p_2" linkNode [396 406 408] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 408 name "D" linkNode [396 407 409] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 409 name "L" linkNode [396 408 410] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 410 name "zeta" linkNode [396 409 411] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 411 name "mode" linkNode [396 410 412] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 412 name "p_in_1" linkNode [396 411 413] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 413 name "rho_in_1" linkNode [396 412 414] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 414 name "T_in_1" linkNode [396 413 415] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 415 name "x_H2O_gas_in_1" linkNode [396 414 416] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 416 name "x_CO2_in_1" linkNode [396 415 417] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 417 name "x_H2O_liq_in_1" linkNode [396 416 418] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 418 name "p_in_2" linkNode [396 417 419] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 419 name "rho_in_2" linkNode [396 418 420] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 420 name "T_in_2" linkNode [396 419 421] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 421 name "m_dot_air_2" linkNode [396 420 422] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 422 name "x_H2O_gas_in_2" linkNode [396 421 423] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 423 name "x_CO2_in_2" linkNode [396 422 424] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 424 name "x_H2O_liq_in_2" linkNode [396 423 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 425 name "Duct_/FR_2/Embedded\n" "MATLA Function" machine 1 chart 396 } chart { id 426 name "FR_/Embedded\n" "MATLA Function" windowPosition [375.288 240.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 427 0 0] firstTransition 429 firstJunction 428 viewObj 426 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 430 chartFileNumber 17 disableImplicitCasting 1 eml { name "Cal" } } state { id 427 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 426 treeNode [426 0 0 0] superState SUBCHART subviewer 426 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 36 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 428 position [23.5747 49.5747 7] chart 426 linkNode [426 0 0] subviewer 426 type CONNECTIVE_JUNCTION } transition { id 429 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 428 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 426 linkNode [426 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 426 drawStyle SMART executionOrder 1 } data { id 430 name "rho" linkNode [426 0 431] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 431 name "T" linkNode [426 430 432] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 432 name "x_H2O_gas" linkNode [426 431 433] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 433 name "x_CO2" linkNode [426 432 434] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 434 name "x_H2O_liq" linkNode [426 433 435] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 435 name "p_1" linkNode [426 434 436] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 436 name "m_dot_air_1" linkNode [426 435 437] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 437 name "p_2" linkNode [426 436 438] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 438 name "D" linkNode [426 437 439] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 439 name "L" linkNode [426 438 440] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 440 name "zeta" linkNode [426 439 441] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 441 name "mode" linkNode [426 440 442] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 442 name "p_in_1" linkNode [426 441 443] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 443 name "rho_in_1" linkNode [426 442 444] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 444 name "T_in_1" linkNode [426 443 445] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 445 name "x_H2O_gas_in_1" linkNode [426 444 446] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 446 name "x_CO2_in_1" linkNode [426 445 447] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 447 name "x_H2O_liq_in_1" linkNode [426 446 448] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 448 name "p_in_2" linkNode [426 447 449] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 449 name "rho_in_2" linkNode [426 448 450] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 450 name "T_in_2" linkNode [426 449 451] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 451 name "m_dot_air_2" linkNode [426 450 452] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 452 name "x_H2O_gas_in_2" linkNode [426 451 453] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 453 name "x_CO2_in_2" linkNode [426 452 454] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 454 name "x_H2O_liq_in_2" linkNode [426 453 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 455 name "FR_/Embedded\n" "MATLA Function" machine 1 chart 426 } chart { id 456 name "Duct_10x_/FR_1/Embedded\n" "MATLA Function" windowPosition [405.288 210.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 457 0 0] firstTransition 459 firstJunction 458 viewObj 456 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 460 chartFileNumber 18 disableImplicitCasting 1 eml { name "Cal" } } state { id 457 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 456 treeNode [456 0 0 0] superState SUBCHART subviewer 456 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 462 name "x_H2O_gas" linkNode [456 461 463] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 463 name "x_CO2" linkNode [456 462 464] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 464 name "x_H2O_liq" linkNode [456 463 465] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 465 name "p_1" linkNode [456 464 466] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 466 name "m_dot_air_1" linkNode [456 465 467] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 467 name "p_2" linkNode [456 466 468] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 468 name "D" linkNode [456 467 469] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 469 name "L" linkNode [456 468 470] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 470 name "zeta" linkNode [456 469 471] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } 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"inherited" complexity SF_COMPLEX_INHERITED } data { id 479 name "rho_in_2" linkNode [456 478 480] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 480 name "T_in_2" linkNode [456 479 481] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 481 name "m_dot_air_2" linkNode [456 480 482] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 482 name "x_H2O_gas_in_2" linkNode [456 481 483] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 483 name "x_CO2_in_2" linkNode [456 482 484] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 484 name "x_H2O_liq_in_2" linkNode [456 483 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 485 name "Duct_10x_/FR_1/Embedded\n" "MATLA Function" machine 1 chart 456 } chart { id 486 name "Valve_Comp_/Embedded\n" "MATLA Function1" windowPosition [435.288 180.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 487 0 0] firstTransition 489 firstJunction 488 viewObj 486 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 490 chartFileNumber 19 disableImplicitCasting 1 eml { name "Cal" } } state { id 487 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 486 treeNode [486 0 0 0] superState SUBCHART subviewer 486 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(A,beta,Ma_max,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a valve with compressible flow properties" "\n" "% *\n" "% * Number of inputs: 2\n" "% *\n" "% * Parameter: Surface: A\n" "% * opening factor: OF\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Valve_Comp\n" "% *\n" "% * Pressure : p_in\n" "% * Density : rho_in\n" "% * Temperature : T_in\n" "% * Content water vapor : x_H2O_gas_in\n" "% * Content CO2 : x_CO2_in\n" "% * Content water : x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Valve_Comp\n" "% *\n" "% * Temperature : T\n" "% * Mass flow dry air : m_dot_air\n" "% * Content water vapor : x_H2O_gas\n" "% * Content CO2 : x_CO2\n" "% * Content water : x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Definition of the specific gas constants.\n" "% * 3. Calculation of the state variables, Mach number and " "mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 3. Total values = Input variables higher pressure\n" "% *\n" "% * Ma = sqrt(2/(gamma-1))*sqrt(((p_total/p)^((gamma-" "1)/gamma))-1), gamma = c_p/c_v\n" "% * rho = rho_total*(1+((gamma_avg-1)/2)*Ma^2)^(-1/(ga" "mma_avg-1));\n" "% * T = T_total*(1+((gamma_avg-1)/2)*Ma^2)^(-1);\n" "% *\n" "% * The mass flow is calculated with a compressible mass" " flow equation.\n" "% * This equation is applicable for the whole range of p" "ossible flow velocities.\n" "% *\n" "% * m_dot = (A_eff*p_total/sqrt(T_total))*sqrt(gamma/R)*" "M*((1+((gamma-1)/2)*(M^2))^(-(gamma+1)/(2*(gamma-1))));\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A_eff = sin(pi*beta/180)*A;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Definition of the specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the state variables, Mach number and " "mass flow\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "m_dot_air_1 = 0;\n" "m_dot_air_2 = 0;\n" "\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "\n" "if p_in_1 >= p_in_2\n" " p_total = p_in_1;\n" " p = p_in_2;\n" " rho_total = rho_in_1;\n" " T_total = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1; \n" " \n" " R_avg = (R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2)" "/(1+x_H2O_gas+x_CO2);\n" " c_p_avg = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2*c_" "p_CO2)/(1+x_H2O_gas+x_CO2);\n" " c_v_avg = c_p_avg-R_avg;\n" " gamma_avg = c_p_avg/c_v_avg;\n" " \n" " Ma = sqrt(2/(gamma_avg-1))*sqrt(((p_total/p)" "^((gamma_avg-1)/gamma_avg))-1);\n" " \n" " if Ma > Ma_max\n" " Ma = Ma_max;\n" " end\n" " \n" " rho = rho_total*(1+((gamma_avg-1)/2)*Ma^2)^(-" "1/(gamma_avg-1));\n" " T = T_total*(1+((gamma_avg-1)/2)*Ma^2)^(-1)" ";\n" " \n" " m_dot = (A_eff*p_total/sqrt(T_total))*sqrt(gamm" "a_avg/R_avg)*Ma*((1+((gamma_avg-1)/2)*(Ma^2))^(-(gamma_avg+" "1)/(2*(gamma_avg-1))));\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " p_total = p_in_2;\n" " p = p_in_1;\n" " rho_total = rho_in_2;\n" " T_total = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2; \n" " \n" " R_avg = (R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2)" "/(1+x_H2O_gas+x_CO2);\n" " c_p_avg = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2*c_" "p_CO2)/(1+x_H2O_gas+x_CO2);\n" " c_v_avg = c_p_avg-R_avg;\n" " gamma_avg = c_p_avg/c_v_avg;\n" " \n" " Ma = sqrt(2/(gamma_avg-1))*sqrt(((p_total/p)" "^((gamma_avg-1)/gamma_avg))-1);\n" " \n" " if Ma > Ma_max\n" " Ma = Ma_max;\n" " end\n" " \n" " rho = rho*(1+((gamma_avg-1)/2)*Ma^2)^(-1/(gam" "ma_avg-1));\n" " T = T*(1+((gamma_avg-1)/2)*Ma^2)^(-1);\n" " \n" " m_dot = (A_eff*p_total/sqrt(T_total))*sqrt(gamm" "a_avg/R_avg)*Ma*((1+((gamma_avg-1)/2)*(Ma^2))^(-(gamma_avg+" "1)/(2*(gamma_avg-1))));\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 5 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 492 name "x_H2O_gas" linkNode [486 491 493] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 493 name "x_CO2" linkNode [486 492 494] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 494 name "x_H2O_liq" linkNode [486 493 495] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 495 name "p_1" linkNode [486 494 496] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 496 name "m_dot_air_1" linkNode [486 495 497] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 497 name "p_2" linkNode [486 496 498] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 498 name "A" linkNode [486 497 499] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 499 name "beta" linkNode [486 498 500] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 500 name "Ma_max" linkNode [486 499 501] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 501 name "p_in_1" linkNode [486 500 502] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 502 name "rho_in_1" linkNode [486 501 503] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 503 name "T_in_1" linkNode [486 502 504] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 504 name "x_H2O_gas_in_1" linkNode [486 503 505] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 505 name "x_CO2_in_1" linkNode [486 504 506] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 506 name "x_H2O_liq_in_1" linkNode [486 505 507] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 507 name "p_in_2" linkNode [486 506 508] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 508 name "rho_in_2" linkNode [486 507 509] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 509 name "T_in_2" linkNode [486 508 510] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 510 name "m_dot_air_2" linkNode [486 509 511] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 511 name "x_H2O_gas_in_2" linkNode [486 510 512] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 512 name "x_CO2_in_2" linkNode [486 511 513] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 513 name "x_H2O_liq_in_2" linkNode [486 512 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 514 name "Valve_Comp_/Embedded\n" "MATLA Function1" machine 1 chart 486 } chart { id 515 name "Duct_/Vol_2D/Embedded\n" "MATLAB Function" windowPosition [255.45 318.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 516 0 0] firstTransition 518 firstJunction 517 viewObj 515 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 519 chartFileNumber 20 disableImplicitCasting 1 eml { name "Initial" } } state { id 516 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 515 treeNode [515 0 0 0] superState SUBCHART subviewer 515 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 137 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 517 position [23.5747 49.5747 7] chart 515 linkNode [515 0 0] subviewer 515 type CONNECTIVE_JUNCTION } transition { id 518 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 517 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 515 linkNode [515 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 515 drawStyle SMART executionOrder 1 } data { id 519 name "V" linkNode [515 0 520] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 520 name "p_init" linkNode [515 519 521] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 521 name "T_init" linkNode [515 520 522] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 522 name "x_H2O_gas_init" linkNode [515 521 523] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 523 name "x_CO2_init" linkNode [515 522 524] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 524 name "x_H2O_liq_init" linkNode [515 523 525] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 525 name "m_air_init" linkNode [515 524 526] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 526 name "m_H2O_gas_init" linkNode [515 525 527] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 527 name "m_CO2_init" linkNode [515 526 528] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 528 name "m_H2O_liq_init" linkNode [515 527 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 529 name "Duct_/Vol_2D/Embedded\n" "MATLAB Function" machine 1 chart 515 } chart { id 530 name "Duct_10x_/Embedded\n" "MATLAB Function" windowPosition [297.45 324.15 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 531 0 0] firstTransition 533 firstJunction 532 viewObj 530 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 534 chartFileNumber 21 disableImplicitCasting 1 eml { name "Volume" } } state { id 531 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 530 treeNode [530 0 0 0] superState SUBCHART subviewer 530 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D)\n" "\n" "V=(pi*(D/2)^2)*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 532 position [23.5747 49.5747 7] chart 530 linkNode [530 0 0] subviewer 530 type CONNECTIVE_JUNCTION } transition { id 533 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 532 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 530 linkNode [530 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 530 drawStyle SMART executionOrder 1 } data { id 534 name "L" linkNode [530 0 535] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 535 name "D" linkNode [530 534 536] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 536 name "V" linkNode [530 535 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } instance { id 537 name "Duct_10x_/Embedded\n" "MATLAB Function" machine 1 chart 530 } chart { id 538 name "Duct_10x_/FR_2/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 539 0 0] firstTransition 541 firstJunction 540 viewObj 538 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 542 chartFileNumber 22 disableImplicitCasting 1 eml { name "Cal" } } state { id 539 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 538 treeNode [538 0 0 0] superState SUBCHART subviewer 538 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 540 position [23.5747 49.5747 7] chart 538 linkNode [538 0 0] subviewer 538 type CONNECTIVE_JUNCTION } transition { id 541 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 540 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 538 linkNode [538 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 538 drawStyle SMART executionOrder 1 } data { id 542 name "rho" linkNode [538 0 543] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 543 name "T" linkNode [538 542 544] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 544 name "x_H2O_gas" linkNode [538 543 545] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 545 name "x_CO2" linkNode [538 544 546] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 546 name "x_H2O_liq" linkNode [538 545 547] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 547 name "p_1" linkNode [538 546 548] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 548 name "m_dot_air_1" linkNode [538 547 549] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 549 name "p_2" linkNode [538 548 550] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 550 name "D" linkNode [538 549 551] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 551 name "L" linkNode [538 550 552] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 552 name "zeta" linkNode [538 551 553] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 553 name "mode" linkNode [538 552 554] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 554 name "p_in_1" linkNode [538 553 555] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 555 name "rho_in_1" linkNode [538 554 556] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 556 name "T_in_1" linkNode [538 555 557] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 557 name "x_H2O_gas_in_1" linkNode [538 556 558] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 558 name "x_CO2_in_1" linkNode [538 557 559] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 559 name "x_H2O_liq_in_1" linkNode [538 558 560] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 560 name "p_in_2" linkNode [538 559 561] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 561 name "rho_in_2" linkNode [538 560 562] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 562 name "T_in_2" linkNode [538 561 563] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 563 name "m_dot_air_2" linkNode [538 562 564] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 564 name "x_H2O_gas_in_2" linkNode [538 563 565] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 565 name "x_CO2_in_2" linkNode [538 564 566] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 566 name "x_H2O_liq_in_2" linkNode [538 565 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 567 name "Duct_10x_/FR_2/Embedded\n" "MATLA Function" machine 1 chart 538 } chart { id 568 name "Duct_/Embedded\n" "MATLAB Function" windowPosition [311.813 299.45 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 569 0 0] firstTransition 571 firstJunction 570 viewObj 568 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 572 chartFileNumber 23 disableImplicitCasting 1 eml { name "Volume" } } state { id 569 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 568 treeNode [568 0 0 0] superState SUBCHART subviewer 568 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D)\n" "\n" "V=(pi*(D/2)^2)*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 570 position [23.5747 49.5747 7] chart 568 linkNode [568 0 0] subviewer 568 type CONNECTIVE_JUNCTION } transition { id 571 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 570 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 568 linkNode [568 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 568 drawStyle SMART executionOrder 1 } data { id 572 name "L" linkNode [568 0 573] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 573 name "D" linkNode [568 572 574] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 574 name "V" linkNode [568 573 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } instance { id 575 name "Duct_/Embedded\n" "MATLAB Function" machine 1 chart 568 } chart { id 576 name "Duct_/Vol_2D/Embedded_MATLAB_Function_1" windowPosition [372.36 226.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 577 0 0] firstTransition 579 firstJunction 578 viewObj 576 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 580 chartFileNumber 24 disableImplicitCasting 1 eml { name "T_m" } } state { id 577 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 576 treeNode [576 0 0 0] superState SUBCHART subviewer 576 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 578 position [23.5747 49.5747 7] chart 576 linkNode [576 0 0] subviewer 576 type CONNECTIVE_JUNCTION } transition { id 579 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 578 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 576 linkNode [576 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 576 drawStyle SMART executionOrder 1 } data { id 580 name "T" linkNode [576 0 581] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 581 name "T_dot" linkNode [576 580 582] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 582 name "m_dot_air" linkNode [576 581 583] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 583 name "m_air" linkNode [576 582 584] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 584 name "m_H2O_gas" linkNode [576 583 585] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 585 name "m_CO2" linkNode [576 584 586] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 586 name "m_H2O_liq" linkNode [576 585 587] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 587 name "T_in_1" linkNode [576 586 588] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 588 name "m_dot_air_in_1" linkNode [576 587 589] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 589 name "x_H2O_gas_in_1" linkNode [576 588 590] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 590 name "x_CO2_in_1" linkNode [576 589 591] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 591 name "x_H2O_liq_in_1" linkNode [576 590 592] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 592 name "T_in_2" linkNode [576 591 593] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 593 name "m_dot_air_in_2" linkNode [576 592 594] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 594 name "x_H2O_gas_in_2" linkNode [576 593 595] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 595 name "x_CO2_in_2" linkNode [576 594 596] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 596 name "x_H2O_liq_in_2" linkNode [576 595 597] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 597 name "Q_dot" linkNode [576 596 598] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 598 name "m_dot_H2O_gas" linkNode [576 597 599] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 599 name "m_dot_CO2" linkNode [576 598 600] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 600 name "m_dot_H2O_liq" linkNode [576 599 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 601 name "Duct_/Vol_2D/Embedded_MATLAB_Function_1" machine 1 chart 576 } chart { id 602 name "Duct_/Vol_2D/Embedded_MATLAB_Function_2" windowPosition [312.288 300.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 603 0 0] firstTransition 605 firstJunction 604 viewObj 602 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 606 chartFileNumber 25 disableImplicitCasting 1 eml { name "p_rho" } } state { id 603 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 602 treeNode [602 0 0 0] superState SUBCHART subviewer 602 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 604 position [23.5747 49.5747 7] chart 602 linkNode [602 0 0] subviewer 602 type CONNECTIVE_JUNCTION } transition { id 605 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 604 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 602 linkNode [602 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 602 drawStyle SMART executionOrder 1 } data { id 606 name "T" linkNode [602 0 607] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 607 name "p" linkNode [602 606 608] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 608 name "rho" linkNode [602 607 609] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 609 name "m_air" linkNode [602 608 610] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 610 name "m_H2O_gas" linkNode [602 609 611] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 611 name "m_CO2" linkNode [602 610 612] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 612 name "m_H2O_liq" linkNode [602 611 613] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 613 name "V" linkNode [602 612 614] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 614 name "x_H2O_gas" linkNode [602 613 615] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 615 name "x_CO2" linkNode [602 614 616] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 616 name "x_H2O_liq" linkNode [602 615 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 617 name "Duct_/Vol_2D/Embedded_MATLAB_Function_2" machine 1 chart 602 } chart { id 618 name "Duct_10x_/FR_11/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 619 0 0] firstTransition 621 firstJunction 620 viewObj 618 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 622 chartFileNumber 26 disableImplicitCasting 1 eml { name "Cal" } } state { id 619 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 618 treeNode [618 0 0 0] superState SUBCHART subviewer 618 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 620 position [23.5747 49.5747 7] chart 618 linkNode [618 0 0] subviewer 618 type CONNECTIVE_JUNCTION } transition { id 621 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 620 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 618 linkNode [618 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 618 drawStyle SMART executionOrder 1 } data { id 622 name "rho" linkNode [618 0 623] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 623 name "T" linkNode [618 622 624] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 624 name "x_H2O_gas" linkNode [618 623 625] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 625 name "x_CO2" linkNode [618 624 626] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 626 name "x_H2O_liq" linkNode [618 625 627] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 627 name "p_1" linkNode [618 626 628] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 628 name "m_dot_air_1" linkNode [618 627 629] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 629 name "p_2" linkNode [618 628 630] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 630 name "D" linkNode [618 629 631] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 631 name "L" linkNode [618 630 632] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 632 name "zeta" linkNode [618 631 633] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 633 name "mode" linkNode [618 632 634] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 634 name "p_in_1" linkNode [618 633 635] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 635 name "rho_in_1" linkNode [618 634 636] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 636 name "T_in_1" linkNode [618 635 637] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 637 name "x_H2O_gas_in_1" linkNode [618 636 638] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 638 name "x_CO2_in_1" linkNode [618 637 639] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 639 name "x_H2O_liq_in_1" linkNode [618 638 640] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 640 name "p_in_2" linkNode [618 639 641] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 641 name "rho_in_2" linkNode [618 640 642] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 642 name "T_in_2" linkNode [618 641 643] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 643 name "m_dot_air_2" linkNode [618 642 644] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 644 name "x_H2O_gas_in_2" linkNode [618 643 645] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 645 name "x_CO2_in_2" linkNode [618 644 646] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 646 name "x_H2O_liq_in_2" linkNode [618 645 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 647 name "Duct_10x_/FR_11/Embedded\n" "MATLA Function" machine 1 chart 618 } chart { id 648 name "Duct_10x_/Vol_2D_2/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 649 0 0] firstTransition 651 firstJunction 650 viewObj 648 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 652 chartFileNumber 27 disableImplicitCasting 1 eml { name "Initial" } } state { id 649 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 648 treeNode [648 0 0 0] superState SUBCHART subviewer 648 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 650 position [23.5747 49.5747 7] chart 648 linkNode [648 0 0] subviewer 648 type CONNECTIVE_JUNCTION } transition { id 651 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 650 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 648 linkNode [648 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 648 drawStyle SMART executionOrder 1 } data { id 652 name "V" linkNode [648 0 653] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 653 name "p_init" linkNode [648 652 654] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 654 name "T_init" linkNode [648 653 655] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 655 name "x_H2O_gas_init" linkNode [648 654 656] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 656 name "x_CO2_init" linkNode [648 655 657] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 657 name "x_H2O_liq_init" linkNode [648 656 658] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 658 name "m_air_init" linkNode [648 657 659] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 659 name "m_H2O_gas_init" linkNode [648 658 660] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 660 name "m_CO2_init" linkNode [648 659 661] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 661 name "m_H2O_liq_init" linkNode [648 660 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 662 name "Duct_10x_/Vol_2D_2/Embedded\n" "MATLAB Function" machine 1 chart 648 } chart { id 663 name "Duct_10x_/Vol_2D_2/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 664 0 0] firstTransition 666 firstJunction 665 viewObj 663 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 667 chartFileNumber 28 disableImplicitCasting 1 eml { name "T_m" } } state { id 664 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 663 treeNode [663 0 0 0] superState SUBCHART subviewer 663 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 669 name "m_dot_air" linkNode [663 668 670] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 670 name "m_air" linkNode [663 669 671] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 671 name "m_H2O_gas" linkNode [663 670 672] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 672 name "m_CO2" linkNode [663 671 673] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 673 name "m_H2O_liq" linkNode [663 672 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"16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 686 name "m_dot_CO2" linkNode [663 685 687] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 687 name "m_dot_H2O_liq" linkNode [663 686 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 688 name "Duct_10x_/Vol_2D_2/Embedded_MATLAB_Function_1" machine 1 chart 663 } chart { id 689 name "Duct_10x_/Vol_2D_2/Embedded_MATLAB_Function_2" windowPosition [342.288 270.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 690 0 0] firstTransition 692 firstJunction 691 viewObj 689 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 693 chartFileNumber 29 disableImplicitCasting 1 eml { name "p_rho" } } state { id 690 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 689 treeNode [689 0 0 0] superState SUBCHART subviewer 689 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 37 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 691 position [23.5747 49.5747 7] chart 689 linkNode [689 0 0] subviewer 689 type CONNECTIVE_JUNCTION } transition { id 692 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 691 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 689 linkNode [689 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 689 drawStyle SMART executionOrder 1 } data { id 693 name "T" linkNode [689 0 694] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 694 name "p" linkNode [689 693 695] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 695 name "rho" linkNode [689 694 696] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 696 name "m_air" linkNode [689 695 697] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 697 name "m_H2O_gas" linkNode [689 696 698] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 698 name "m_CO2" linkNode [689 697 699] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 699 name "m_H2O_liq" linkNode [689 698 700] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 700 name "V" linkNode [689 699 701] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 701 name "x_H2O_gas" linkNode [689 700 702] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 702 name "x_CO2" linkNode [689 701 703] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 703 name "x_H2O_liq" linkNode [689 702 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 704 name "Duct_10x_/Vol_2D_2/Embedded_MATLAB_Function_2" machine 1 chart 689 } chart { id 705 name "Duct_10x_/FR_3/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 706 0 0] firstTransition 708 firstJunction 707 viewObj 705 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 709 chartFileNumber 30 disableImplicitCasting 1 eml { name "Cal" } } state { id 706 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 705 treeNode [705 0 0 0] superState SUBCHART subviewer 705 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 707 position [23.5747 49.5747 7] chart 705 linkNode [705 0 0] subviewer 705 type CONNECTIVE_JUNCTION } transition { id 708 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 707 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 705 linkNode [705 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 705 drawStyle SMART executionOrder 1 } data { id 709 name "rho" linkNode [705 0 710] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 710 name "T" linkNode [705 709 711] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 711 name "x_H2O_gas" linkNode [705 710 712] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 712 name "x_CO2" linkNode [705 711 713] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 713 name "x_H2O_liq" linkNode [705 712 714] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 714 name "p_1" linkNode [705 713 715] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 715 name "m_dot_air_1" linkNode [705 714 716] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 716 name "p_2" linkNode [705 715 717] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 717 name "D" linkNode [705 716 718] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 718 name "L" linkNode [705 717 719] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 719 name "zeta" linkNode [705 718 720] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 720 name "mode" linkNode [705 719 721] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 721 name "p_in_1" linkNode [705 720 722] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 722 name "rho_in_1" linkNode [705 721 723] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 723 name "T_in_1" linkNode [705 722 724] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 724 name "x_H2O_gas_in_1" linkNode [705 723 725] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 725 name "x_CO2_in_1" linkNode [705 724 726] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 726 name "x_H2O_liq_in_1" linkNode [705 725 727] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 727 name "p_in_2" linkNode [705 726 728] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 728 name "rho_in_2" linkNode [705 727 729] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 729 name "T_in_2" linkNode [705 728 730] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 730 name "m_dot_air_2" linkNode [705 729 731] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 731 name "x_H2O_gas_in_2" linkNode [705 730 732] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 732 name "x_CO2_in_2" linkNode [705 731 733] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 733 name "x_H2O_liq_in_2" linkNode [705 732 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 734 name "Duct_10x_/FR_3/Embedded\n" "MATLA Function" machine 1 chart 705 } chart { id 735 name "Duct_10x_/Vol_2D_3/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 736 0 0] firstTransition 738 firstJunction 737 viewObj 735 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 739 chartFileNumber 31 disableImplicitCasting 1 eml { name "Initial" } } state { id 736 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 735 treeNode [735 0 0 0] superState SUBCHART subviewer 735 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 737 position [23.5747 49.5747 7] chart 735 linkNode [735 0 0] subviewer 735 type CONNECTIVE_JUNCTION } transition { id 738 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 737 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 735 linkNode [735 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 735 drawStyle SMART executionOrder 1 } data { id 739 name "V" linkNode [735 0 740] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 740 name "p_init" linkNode [735 739 741] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 741 name "T_init" linkNode [735 740 742] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 742 name "x_H2O_gas_init" linkNode [735 741 743] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 743 name "x_CO2_init" linkNode [735 742 744] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 744 name "x_H2O_liq_init" linkNode [735 743 745] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 745 name "m_air_init" linkNode [735 744 746] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 746 name "m_H2O_gas_init" linkNode [735 745 747] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 747 name "m_CO2_init" linkNode [735 746 748] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 748 name "m_H2O_liq_init" linkNode [735 747 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 749 name "Duct_10x_/Vol_2D_3/Embedded\n" "MATLAB Function" machine 1 chart 735 } chart { id 750 name "Duct_10x_/Vol_2D_3/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 751 0 0] firstTransition 753 firstJunction 752 viewObj 750 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 754 chartFileNumber 32 disableImplicitCasting 1 eml { name "T_m" } } state { id 751 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 750 treeNode [750 0 0 0] superState SUBCHART subviewer 750 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 752 position [23.5747 49.5747 7] chart 750 linkNode [750 0 0] subviewer 750 type CONNECTIVE_JUNCTION } transition { id 753 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 752 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 750 linkNode [750 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 750 drawStyle SMART executionOrder 1 } data { id 754 name "T" linkNode [750 0 755] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 755 name "T_dot" linkNode [750 754 756] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 756 name "m_dot_air" linkNode [750 755 757] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 757 name "m_air" linkNode [750 756 758] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 758 name "m_H2O_gas" linkNode [750 757 759] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 759 name "m_CO2" linkNode [750 758 760] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 760 name "m_H2O_liq" linkNode [750 759 761] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 761 name "T_in_1" linkNode [750 760 762] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 762 name "m_dot_air_in_1" linkNode [750 761 763] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 763 name "x_H2O_gas_in_1" linkNode [750 762 764] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 764 name "x_CO2_in_1" linkNode [750 763 765] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 765 name "x_H2O_liq_in_1" linkNode [750 764 766] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 766 name "T_in_2" linkNode [750 765 767] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 767 name "m_dot_air_in_2" linkNode [750 766 768] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 768 name "x_H2O_gas_in_2" linkNode [750 767 769] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE 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"16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 773 name "m_dot_CO2" linkNode [750 772 774] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 774 name "m_dot_H2O_liq" linkNode [750 773 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 775 name "Duct_10x_/Vol_2D_3/Embedded_MATLAB_Function_1" machine 1 chart 750 } chart { id 776 name "Duct_10x_/Vol_2D_3/Embedded_MATLAB_Function_2" windowPosition [342.288 270.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 777 0 0] firstTransition 779 firstJunction 778 viewObj 776 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 780 chartFileNumber 33 disableImplicitCasting 1 eml { name "p_rho" } } state { id 777 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 776 treeNode [776 0 0 0] superState SUBCHART subviewer 776 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 37 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 778 position [23.5747 49.5747 7] chart 776 linkNode [776 0 0] subviewer 776 type CONNECTIVE_JUNCTION } transition { id 779 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 778 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 776 linkNode [776 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 776 drawStyle SMART executionOrder 1 } data { id 780 name "T" linkNode [776 0 781] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 781 name "p" linkNode [776 780 782] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 782 name "rho" linkNode [776 781 783] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 783 name "m_air" linkNode [776 782 784] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 784 name "m_H2O_gas" linkNode [776 783 785] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 785 name "m_CO2" linkNode [776 784 786] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 786 name "m_H2O_liq" linkNode [776 785 787] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 787 name "V" linkNode [776 786 788] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 788 name "x_H2O_gas" linkNode [776 787 789] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 789 name "x_CO2" linkNode [776 788 790] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 790 name "x_H2O_liq" linkNode [776 789 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 791 name "Duct_10x_/Vol_2D_3/Embedded_MATLAB_Function_2" machine 1 chart 776 } chart { id 792 name "Duct_10x_/FR_4/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 793 0 0] firstTransition 795 firstJunction 794 viewObj 792 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 796 chartFileNumber 34 disableImplicitCasting 1 eml { name "Cal" } } state { id 793 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 792 treeNode [792 0 0 0] superState SUBCHART subviewer 792 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 794 position [23.5747 49.5747 7] chart 792 linkNode [792 0 0] subviewer 792 type CONNECTIVE_JUNCTION } transition { id 795 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 794 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 792 linkNode [792 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 792 drawStyle SMART executionOrder 1 } data { id 796 name "rho" linkNode [792 0 797] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 797 name "T" linkNode [792 796 798] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 798 name "x_H2O_gas" linkNode [792 797 799] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 799 name "x_CO2" linkNode [792 798 800] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 800 name "x_H2O_liq" linkNode [792 799 801] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 801 name "p_1" linkNode [792 800 802] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 802 name "m_dot_air_1" linkNode [792 801 803] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 803 name "p_2" linkNode [792 802 804] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 804 name "D" linkNode [792 803 805] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 805 name "L" linkNode [792 804 806] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 806 name "zeta" linkNode [792 805 807] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 807 name "mode" linkNode [792 806 808] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 808 name "p_in_1" linkNode [792 807 809] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 809 name "rho_in_1" linkNode [792 808 810] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 810 name "T_in_1" linkNode [792 809 811] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 811 name "x_H2O_gas_in_1" linkNode [792 810 812] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 812 name "x_CO2_in_1" linkNode [792 811 813] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 813 name "x_H2O_liq_in_1" linkNode [792 812 814] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 814 name "p_in_2" linkNode [792 813 815] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 815 name "rho_in_2" linkNode [792 814 816] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 816 name "T_in_2" linkNode [792 815 817] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 817 name "m_dot_air_2" linkNode [792 816 818] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 818 name "x_H2O_gas_in_2" linkNode [792 817 819] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 819 name "x_CO2_in_2" linkNode [792 818 820] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 820 name "x_H2O_liq_in_2" linkNode [792 819 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 821 name "Duct_10x_/FR_4/Embedded\n" "MATLA Function" machine 1 chart 792 } chart { id 822 name "Duct_10x_/Vol_2D_4/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 823 0 0] firstTransition 825 firstJunction 824 viewObj 822 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 826 chartFileNumber 35 disableImplicitCasting 1 eml { name "Initial" } } state { id 823 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 822 treeNode [822 0 0 0] superState SUBCHART subviewer 822 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 824 position [23.5747 49.5747 7] chart 822 linkNode [822 0 0] subviewer 822 type CONNECTIVE_JUNCTION } transition { id 825 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 824 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 822 linkNode [822 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 822 drawStyle SMART executionOrder 1 } data { id 826 name "V" linkNode [822 0 827] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 827 name "p_init" linkNode [822 826 828] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 828 name "T_init" linkNode [822 827 829] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 829 name "x_H2O_gas_init" linkNode [822 828 830] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 830 name "x_CO2_init" linkNode [822 829 831] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 831 name "x_H2O_liq_init" linkNode [822 830 832] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 832 name "m_air_init" linkNode [822 831 833] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 833 name "m_H2O_gas_init" linkNode [822 832 834] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 834 name "m_CO2_init" linkNode [822 833 835] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 835 name "m_H2O_liq_init" linkNode [822 834 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 836 name "Duct_10x_/Vol_2D_4/Embedded\n" "MATLAB Function" machine 1 chart 822 } chart { id 837 name "Duct_10x_/Vol_2D_4/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 838 0 0] firstTransition 840 firstJunction 839 viewObj 837 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 841 chartFileNumber 36 disableImplicitCasting 1 eml { name "T_m" } } state { id 838 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 837 treeNode [837 0 0 0] superState SUBCHART subviewer 837 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 839 position [23.5747 49.5747 7] chart 837 linkNode [837 0 0] subviewer 837 type CONNECTIVE_JUNCTION } transition { id 840 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 839 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 837 linkNode [837 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 837 drawStyle SMART executionOrder 1 } data { id 841 name "T" linkNode [837 0 842] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 842 name "T_dot" linkNode [837 841 843] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 843 name "m_dot_air" linkNode [837 842 844] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 844 name "m_air" linkNode [837 843 845] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 845 name "m_H2O_gas" linkNode [837 844 846] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 846 name "m_CO2" linkNode [837 845 847] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 847 name "m_H2O_liq" linkNode [837 846 848] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 848 name "T_in_1" linkNode [837 847 849] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 849 name "m_dot_air_in_1" linkNode [837 848 850] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 850 name "x_H2O_gas_in_1" linkNode [837 849 851] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 851 name "x_CO2_in_1" linkNode [837 850 852] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 852 name "x_H2O_liq_in_1" linkNode [837 851 853] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 853 name "T_in_2" linkNode [837 852 854] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 854 name "m_dot_air_in_2" linkNode [837 853 855] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 855 name "x_H2O_gas_in_2" linkNode [837 854 856] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE 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"16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 860 name "m_dot_CO2" linkNode [837 859 861] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 861 name "m_dot_H2O_liq" linkNode [837 860 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 862 name "Duct_10x_/Vol_2D_4/Embedded_MATLAB_Function_1" machine 1 chart 837 } chart { id 863 name "Duct_10x_/Vol_2D_4/Embedded_MATLAB_Function_2" windowPosition [342.288 270.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 864 0 0] firstTransition 866 firstJunction 865 viewObj 863 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 867 chartFileNumber 37 disableImplicitCasting 1 eml { name "p_rho" } } state { id 864 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 863 treeNode [863 0 0 0] superState SUBCHART subviewer 863 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 37 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 865 position [23.5747 49.5747 7] chart 863 linkNode [863 0 0] subviewer 863 type CONNECTIVE_JUNCTION } transition { id 866 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 865 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 863 linkNode [863 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 863 drawStyle SMART executionOrder 1 } data { id 867 name "T" linkNode [863 0 868] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 868 name "p" linkNode [863 867 869] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 869 name "rho" linkNode [863 868 870] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 870 name "m_air" linkNode [863 869 871] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 871 name "m_H2O_gas" linkNode [863 870 872] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 872 name "m_CO2" linkNode [863 871 873] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 873 name "m_H2O_liq" linkNode [863 872 874] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 874 name "V" linkNode [863 873 875] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 875 name "x_H2O_gas" linkNode [863 874 876] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 876 name "x_CO2" linkNode [863 875 877] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 877 name "x_H2O_liq" linkNode [863 876 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 878 name "Duct_10x_/Vol_2D_4/Embedded_MATLAB_Function_2" machine 1 chart 863 } chart { id 879 name "Duct_10x_/FR_5/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 880 0 0] firstTransition 882 firstJunction 881 viewObj 879 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 883 chartFileNumber 38 disableImplicitCasting 1 eml { name "Cal" } } state { id 880 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 879 treeNode [879 0 0 0] superState SUBCHART subviewer 879 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 881 position [23.5747 49.5747 7] chart 879 linkNode [879 0 0] subviewer 879 type CONNECTIVE_JUNCTION } transition { id 882 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 881 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 879 linkNode [879 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 879 drawStyle SMART executionOrder 1 } data { id 883 name "rho" linkNode [879 0 884] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 884 name "T" linkNode [879 883 885] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 885 name "x_H2O_gas" linkNode [879 884 886] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 886 name "x_CO2" linkNode [879 885 887] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 887 name "x_H2O_liq" linkNode [879 886 888] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 888 name "p_1" linkNode [879 887 889] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 889 name "m_dot_air_1" linkNode [879 888 890] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 890 name "p_2" linkNode [879 889 891] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 891 name "D" linkNode [879 890 892] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 892 name "L" linkNode [879 891 893] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 893 name "zeta" linkNode [879 892 894] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 894 name "mode" linkNode [879 893 895] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 895 name "p_in_1" linkNode [879 894 896] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 896 name "rho_in_1" linkNode [879 895 897] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 897 name "T_in_1" linkNode [879 896 898] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 898 name "x_H2O_gas_in_1" linkNode [879 897 899] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 899 name "x_CO2_in_1" linkNode [879 898 900] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 900 name "x_H2O_liq_in_1" linkNode [879 899 901] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 901 name "p_in_2" linkNode [879 900 902] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 902 name "rho_in_2" linkNode [879 901 903] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 903 name "T_in_2" linkNode [879 902 904] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 904 name "m_dot_air_2" linkNode [879 903 905] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 905 name "x_H2O_gas_in_2" linkNode [879 904 906] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 906 name "x_CO2_in_2" linkNode [879 905 907] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 907 name "x_H2O_liq_in_2" linkNode [879 906 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 908 name "Duct_10x_/FR_5/Embedded\n" "MATLA Function" machine 1 chart 879 } chart { id 909 name "Duct_10x_/FR_6/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 910 0 0] firstTransition 912 firstJunction 911 viewObj 909 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 913 chartFileNumber 39 disableImplicitCasting 1 eml { name "Cal" } } state { id 910 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 909 treeNode [909 0 0 0] superState SUBCHART subviewer 909 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 911 position [23.5747 49.5747 7] chart 909 linkNode [909 0 0] subviewer 909 type CONNECTIVE_JUNCTION } transition { id 912 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 911 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 909 linkNode [909 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 909 drawStyle SMART executionOrder 1 } data { id 913 name "rho" linkNode [909 0 914] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 914 name "T" linkNode [909 913 915] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 915 name "x_H2O_gas" linkNode [909 914 916] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 916 name "x_CO2" linkNode [909 915 917] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 917 name "x_H2O_liq" linkNode [909 916 918] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 918 name "p_1" linkNode [909 917 919] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 919 name "m_dot_air_1" linkNode [909 918 920] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 920 name "p_2" linkNode [909 919 921] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 921 name "D" linkNode [909 920 922] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 922 name "L" linkNode [909 921 923] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 923 name "zeta" linkNode [909 922 924] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 924 name "mode" linkNode [909 923 925] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 925 name "p_in_1" linkNode [909 924 926] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 926 name "rho_in_1" linkNode [909 925 927] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 927 name "T_in_1" linkNode [909 926 928] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 928 name "x_H2O_gas_in_1" linkNode [909 927 929] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 929 name "x_CO2_in_1" linkNode [909 928 930] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 930 name "x_H2O_liq_in_1" linkNode [909 929 931] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 931 name "p_in_2" linkNode [909 930 932] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 932 name "rho_in_2" linkNode [909 931 933] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 933 name "T_in_2" linkNode [909 932 934] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 934 name "m_dot_air_2" linkNode [909 933 935] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 935 name "x_H2O_gas_in_2" linkNode [909 934 936] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 936 name "x_CO2_in_2" linkNode [909 935 937] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 937 name "x_H2O_liq_in_2" linkNode [909 936 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 938 name "Duct_10x_/FR_6/Embedded\n" "MATLA Function" machine 1 chart 909 } chart { id 939 name "Duct_10x_/FR_7/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 940 0 0] firstTransition 942 firstJunction 941 viewObj 939 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 943 chartFileNumber 40 disableImplicitCasting 1 eml { name "Cal" } } state { id 940 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 939 treeNode [939 0 0 0] superState SUBCHART subviewer 939 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 945 name "x_H2O_gas" linkNode [939 944 946] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 946 name "x_CO2" linkNode [939 945 947] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 947 name "x_H2O_liq" linkNode [939 946 948] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 948 name "p_1" linkNode [939 947 949] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 949 name "m_dot_air_1" linkNode [939 948 950] scope OUTPUT_DATA machine 1 props { array { size "-1" } 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"inherited" complexity SF_COMPLEX_INHERITED } data { id 962 name "rho_in_2" linkNode [939 961 963] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 963 name "T_in_2" linkNode [939 962 964] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 964 name "m_dot_air_2" linkNode [939 963 965] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 965 name "x_H2O_gas_in_2" linkNode [939 964 966] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 966 name "x_CO2_in_2" linkNode [939 965 967] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 967 name "x_H2O_liq_in_2" linkNode [939 966 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 968 name "Duct_10x_/FR_7/Embedded\n" "MATLA Function" machine 1 chart 939 } chart { id 969 name "Duct_10x_/Vol_2D_5/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 970 0 0] firstTransition 972 firstJunction 971 viewObj 969 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 973 chartFileNumber 41 disableImplicitCasting 1 eml { name "Initial" } } state { id 970 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 969 treeNode [969 0 0 0] superState SUBCHART subviewer 969 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1007 name "m_dot_CO2" linkNode [984 1006 1008] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1008 name "m_dot_H2O_liq" linkNode [984 1007 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1009 name "Duct_10x_/Vol_2D_5/Embedded_MATLAB_Function_1" machine 1 chart 984 } chart { id 1010 name "Duct_10x_/Vol_2D_6/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1011 0 0] firstTransition 1013 firstJunction 1012 viewObj 1010 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1014 chartFileNumber 43 disableImplicitCasting 1 eml { name "Initial" } } state { id 1011 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1010 treeNode [1010 0 0 0] superState SUBCHART subviewer 1010 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1012 position [23.5747 49.5747 7] chart 1010 linkNode [1010 0 0] subviewer 1010 type CONNECTIVE_JUNCTION } transition { id 1013 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1012 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1010 linkNode [1010 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1010 drawStyle SMART executionOrder 1 } data { id 1014 name "V" linkNode [1010 0 1015] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1015 name "p_init" linkNode [1010 1014 1016] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1016 name "T_init" linkNode [1010 1015 1017] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1017 name "x_H2O_gas_init" linkNode [1010 1016 1018] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1018 name "x_CO2_init" linkNode [1010 1017 1019] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1019 name "x_H2O_liq_init" linkNode [1010 1018 1020] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1020 name "m_air_init" linkNode [1010 1019 1021] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1021 name "m_H2O_gas_init" linkNode [1010 1020 1022] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1022 name "m_CO2_init" linkNode [1010 1021 1023] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1023 name "m_H2O_liq_init" linkNode [1010 1022 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1024 name "Duct_10x_/Vol_2D_6/Embedded\n" "MATLAB Function" machine 1 chart 1010 } chart { id 1025 name "Duct_10x_/Vol_2D_6/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1026 0 0] firstTransition 1028 firstJunction 1027 viewObj 1025 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1029 chartFileNumber 44 disableImplicitCasting 1 eml { name "T_m" } } state { id 1026 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1025 treeNode [1025 0 0 0] superState SUBCHART subviewer 1025 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1027 position [23.5747 49.5747 7] chart 1025 linkNode [1025 0 0] subviewer 1025 type CONNECTIVE_JUNCTION } transition { id 1028 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1027 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1025 linkNode [1025 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1025 drawStyle SMART executionOrder 1 } data { id 1029 name "T" linkNode [1025 0 1030] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1030 name "T_dot" linkNode [1025 1029 1031] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1031 name "m_dot_air" linkNode [1025 1030 1032] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1032 name "m_air" linkNode [1025 1031 1033] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1033 name "m_H2O_gas" linkNode [1025 1032 1034] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1034 name "m_CO2" linkNode [1025 1033 1035] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1035 name "m_H2O_liq" linkNode [1025 1034 1036] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1036 name "T_in_1" linkNode [1025 1035 1037] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1037 name "m_dot_air_in_1" linkNode [1025 1036 1038] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1038 name "x_H2O_gas_in_1" linkNode [1025 1037 1039] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1039 name "x_CO2_in_1" linkNode [1025 1038 1040] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1040 name "x_H2O_liq_in_1" linkNode [1025 1039 1041] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1041 name "T_in_2" linkNode [1025 1040 1042] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1042 name "m_dot_air_in_2" linkNode [1025 1041 1043] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1043 name "x_H2O_gas_in_2" linkNode [1025 1042 1044] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1044 name "x_CO2_in_2" linkNode [1025 1043 1045] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1045 name "x_H2O_liq_in_2" linkNode [1025 1044 1046] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1046 name "Q_dot" linkNode [1025 1045 1047] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1047 name "m_dot_H2O_gas" linkNode [1025 1046 1048] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1048 name "m_dot_CO2" linkNode [1025 1047 1049] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1049 name "m_dot_H2O_liq" linkNode [1025 1048 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1050 name "Duct_10x_/Vol_2D_6/Embedded_MATLAB_Function_1" machine 1 chart 1025 } chart { id 1051 name "Duct_10x_/FR_10/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1052 0 0] firstTransition 1054 firstJunction 1053 viewObj 1051 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1055 chartFileNumber 45 disableImplicitCasting 1 eml { name "Cal" } } state { id 1052 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1051 treeNode [1051 0 0 0] superState SUBCHART subviewer 1051 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1053 position [23.5747 49.5747 7] chart 1051 linkNode [1051 0 0] subviewer 1051 type CONNECTIVE_JUNCTION } transition { id 1054 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1053 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1051 linkNode [1051 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1051 drawStyle SMART executionOrder 1 } data { id 1055 name "rho" linkNode [1051 0 1056] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1056 name "T" linkNode [1051 1055 1057] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1057 name "x_H2O_gas" linkNode [1051 1056 1058] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1058 name "x_CO2" linkNode [1051 1057 1059] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1059 name "x_H2O_liq" linkNode [1051 1058 1060] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1060 name "p_1" linkNode [1051 1059 1061] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1061 name "m_dot_air_1" linkNode [1051 1060 1062] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1062 name "p_2" linkNode [1051 1061 1063] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1063 name "D" linkNode [1051 1062 1064] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1064 name "L" linkNode [1051 1063 1065] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1065 name "zeta" linkNode [1051 1064 1066] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1066 name "mode" linkNode [1051 1065 1067] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1067 name "p_in_1" linkNode [1051 1066 1068] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1068 name "rho_in_1" linkNode [1051 1067 1069] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1069 name "T_in_1" linkNode [1051 1068 1070] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1070 name "x_H2O_gas_in_1" linkNode [1051 1069 1071] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1071 name "x_CO2_in_1" linkNode [1051 1070 1072] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1072 name "x_H2O_liq_in_1" linkNode [1051 1071 1073] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1073 name "p_in_2" linkNode [1051 1072 1074] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1074 name "rho_in_2" linkNode [1051 1073 1075] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1075 name "T_in_2" linkNode [1051 1074 1076] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1076 name "m_dot_air_2" linkNode [1051 1075 1077] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1077 name "x_H2O_gas_in_2" linkNode [1051 1076 1078] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1078 name "x_CO2_in_2" linkNode [1051 1077 1079] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1079 name "x_H2O_liq_in_2" linkNode [1051 1078 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1080 name "Duct_10x_/FR_10/Embedded\n" "MATLA Function" machine 1 chart 1051 } chart { id 1081 name "Duct_10x_/FR_8/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1082 0 0] firstTransition 1084 firstJunction 1083 viewObj 1081 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1085 chartFileNumber 46 disableImplicitCasting 1 eml { name "Cal" } } state { id 1082 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1081 treeNode [1081 0 0 0] superState SUBCHART subviewer 1081 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1083 position [23.5747 49.5747 7] chart 1081 linkNode [1081 0 0] subviewer 1081 type CONNECTIVE_JUNCTION } transition { id 1084 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1083 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1081 linkNode [1081 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1081 drawStyle SMART executionOrder 1 } data { id 1085 name "rho" linkNode [1081 0 1086] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1086 name "T" linkNode [1081 1085 1087] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1087 name "x_H2O_gas" linkNode [1081 1086 1088] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1088 name "x_CO2" linkNode [1081 1087 1089] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1089 name "x_H2O_liq" linkNode [1081 1088 1090] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1090 name "p_1" linkNode [1081 1089 1091] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1091 name "m_dot_air_1" linkNode [1081 1090 1092] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1092 name "p_2" linkNode [1081 1091 1093] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1093 name "D" linkNode [1081 1092 1094] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1094 name "L" linkNode [1081 1093 1095] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1095 name "zeta" linkNode [1081 1094 1096] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1096 name "mode" linkNode [1081 1095 1097] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1097 name "p_in_1" linkNode [1081 1096 1098] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1098 name "rho_in_1" linkNode [1081 1097 1099] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1099 name "T_in_1" linkNode [1081 1098 1100] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1100 name "x_H2O_gas_in_1" linkNode [1081 1099 1101] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1101 name "x_CO2_in_1" linkNode [1081 1100 1102] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1102 name "x_H2O_liq_in_1" linkNode [1081 1101 1103] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1103 name "p_in_2" linkNode [1081 1102 1104] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1104 name "rho_in_2" linkNode [1081 1103 1105] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1105 name "T_in_2" linkNode [1081 1104 1106] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1106 name "m_dot_air_2" linkNode [1081 1105 1107] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1107 name "x_H2O_gas_in_2" linkNode [1081 1106 1108] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1108 name "x_CO2_in_2" linkNode [1081 1107 1109] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1109 name "x_H2O_liq_in_2" linkNode [1081 1108 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1110 name "Duct_10x_/FR_8/Embedded\n" "MATLA Function" machine 1 chart 1081 } chart { id 1111 name "Duct_10x_/FR_9/Embedded\n" "MATLA Function" windowPosition [420.288 195.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1112 0 0] firstTransition 1114 firstJunction 1113 viewObj 1111 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1115 chartFileNumber 47 disableImplicitCasting 1 eml { name "Cal" } } state { id 1112 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1111 treeNode [1111 0 0 0] superState SUBCHART subviewer 1111 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(D,L,zeta,mode,p_in_1,rho_in_1,T_in_1,x_" "H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in" "_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of FR\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of FR\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A = (pi*(D/2)^2);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2*" "eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L)" ";\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re < 1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_tot" "al));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = A*rho*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = m_dot/(1+x_H2O_gas+x_CO2);\n" "else\n" " m_dot_air_1 = m_dot/(1+x_H2O_gas+x_CO2);\n" " m_dot_air_2 = -m_dot/(1+x_H2O_gas+x_CO2);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[57 131 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1113 position [23.5747 49.5747 7] chart 1111 linkNode [1111 0 0] subviewer 1111 type CONNECTIVE_JUNCTION } transition { id 1114 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1113 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1111 linkNode [1111 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1111 drawStyle SMART executionOrder 1 } data { id 1115 name "rho" linkNode [1111 0 1116] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1116 name "T" linkNode [1111 1115 1117] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1117 name "x_H2O_gas" linkNode [1111 1116 1118] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1118 name "x_CO2" linkNode [1111 1117 1119] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1119 name "x_H2O_liq" linkNode [1111 1118 1120] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1120 name "p_1" linkNode [1111 1119 1121] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1121 name "m_dot_air_1" linkNode [1111 1120 1122] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1122 name "p_2" linkNode [1111 1121 1123] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1123 name "D" linkNode [1111 1122 1124] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1124 name "L" linkNode [1111 1123 1125] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1125 name "zeta" linkNode [1111 1124 1126] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1126 name "mode" linkNode [1111 1125 1127] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1127 name "p_in_1" linkNode [1111 1126 1128] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1128 name "rho_in_1" linkNode [1111 1127 1129] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1129 name "T_in_1" linkNode [1111 1128 1130] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1130 name "x_H2O_gas_in_1" linkNode [1111 1129 1131] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1131 name "x_CO2_in_1" linkNode [1111 1130 1132] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1132 name "x_H2O_liq_in_1" linkNode [1111 1131 1133] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1133 name "p_in_2" linkNode [1111 1132 1134] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1134 name "rho_in_2" linkNode [1111 1133 1135] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1135 name "T_in_2" linkNode [1111 1134 1136] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1136 name "m_dot_air_2" linkNode [1111 1135 1137] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1137 name "x_H2O_gas_in_2" linkNode [1111 1136 1138] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1138 name "x_CO2_in_2" linkNode [1111 1137 1139] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1139 name "x_H2O_liq_in_2" linkNode [1111 1138 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1140 name "Duct_10x_/FR_9/Embedded\n" "MATLA Function" machine 1 chart 1111 } chart { id 1141 name "Duct_10x_/Vol_2D_7/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1142 0 0] firstTransition 1144 firstJunction 1143 viewObj 1141 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1145 chartFileNumber 48 disableImplicitCasting 1 eml { name "Initial" } } state { id 1142 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1141 treeNode [1141 0 0 0] superState SUBCHART subviewer 1141 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1143 position [23.5747 49.5747 7] chart 1141 linkNode [1141 0 0] subviewer 1141 type CONNECTIVE_JUNCTION } transition { id 1144 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1143 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1141 linkNode [1141 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1141 drawStyle SMART executionOrder 1 } data { id 1145 name "V" linkNode [1141 0 1146] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1146 name "p_init" linkNode [1141 1145 1147] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1147 name "T_init" linkNode [1141 1146 1148] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1148 name "x_H2O_gas_init" linkNode [1141 1147 1149] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1149 name "x_CO2_init" linkNode [1141 1148 1150] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1150 name "x_H2O_liq_init" linkNode [1141 1149 1151] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1151 name "m_air_init" linkNode [1141 1150 1152] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1152 name "m_H2O_gas_init" linkNode [1141 1151 1153] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1153 name "m_CO2_init" linkNode [1141 1152 1154] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1154 name "m_H2O_liq_init" linkNode [1141 1153 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1155 name "Duct_10x_/Vol_2D_7/Embedded\n" "MATLAB Function" machine 1 chart 1141 } chart { id 1156 name "Duct_10x_/Vol_2D_7/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1157 0 0] firstTransition 1159 firstJunction 1158 viewObj 1156 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1160 chartFileNumber 49 disableImplicitCasting 1 eml { name "T_m" } } state { id 1157 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1156 treeNode [1156 0 0 0] superState SUBCHART subviewer 1156 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"16" } } dataType "inherited" } data { id 1162 name "m_dot_air" linkNode [1156 1161 1163] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1163 name "m_air" linkNode [1156 1162 1164] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1164 name "m_H2O_gas" linkNode [1156 1163 1165] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1165 name "m_CO2" linkNode [1156 1164 1166] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1166 name "m_H2O_liq" linkNode [1156 1165 1167] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1167 name "T_in_1" linkNode [1156 1166 1168] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1168 name "m_dot_air_in_1" linkNode [1156 1167 1169] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1169 name "x_H2O_gas_in_1" linkNode [1156 1168 1170] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1170 name "x_CO2_in_1" linkNode [1156 1169 1171] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1171 name "x_H2O_liq_in_1" linkNode [1156 1170 1172] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1172 name "T_in_2" linkNode [1156 1171 1173] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1173 name "m_dot_air_in_2" linkNode [1156 1172 1174] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1174 name "x_H2O_gas_in_2" linkNode [1156 1173 1175] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1175 name "x_CO2_in_2" linkNode [1156 1174 1176] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1176 name "x_H2O_liq_in_2" linkNode [1156 1175 1177] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1177 name "Q_dot" linkNode [1156 1176 1178] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1178 name "m_dot_H2O_gas" linkNode [1156 1177 1179] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1179 name "m_dot_CO2" linkNode [1156 1178 1180] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1180 name "m_dot_H2O_liq" linkNode [1156 1179 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1181 name "Duct_10x_/Vol_2D_7/Embedded_MATLAB_Function_1" machine 1 chart 1156 } chart { id 1182 name "Duct_10x_/Vol_2D_8/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1183 0 0] firstTransition 1185 firstJunction 1184 viewObj 1182 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1186 chartFileNumber 50 disableImplicitCasting 1 eml { name "Initial" } } state { id 1183 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1182 treeNode [1182 0 0 0] superState SUBCHART subviewer 1182 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1184 position [23.5747 49.5747 7] chart 1182 linkNode [1182 0 0] subviewer 1182 type CONNECTIVE_JUNCTION } transition { id 1185 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1184 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1182 linkNode [1182 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1182 drawStyle SMART executionOrder 1 } data { id 1186 name "V" linkNode [1182 0 1187] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1187 name "p_init" linkNode [1182 1186 1188] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1188 name "T_init" linkNode [1182 1187 1189] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1189 name "x_H2O_gas_init" linkNode [1182 1188 1190] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1190 name "x_CO2_init" linkNode [1182 1189 1191] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1191 name "x_H2O_liq_init" linkNode [1182 1190 1192] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1192 name "m_air_init" linkNode [1182 1191 1193] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1193 name "m_H2O_gas_init" linkNode [1182 1192 1194] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1194 name "m_CO2_init" linkNode [1182 1193 1195] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1195 name "m_H2O_liq_init" linkNode [1182 1194 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1196 name "Duct_10x_/Vol_2D_8/Embedded\n" "MATLAB Function" machine 1 chart 1182 } chart { id 1197 name "Duct_10x_/Vol_2D_8/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1198 0 0] firstTransition 1200 firstJunction 1199 viewObj 1197 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1201 chartFileNumber 51 disableImplicitCasting 1 eml { name "T_m" } } state { id 1198 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1197 treeNode [1197 0 0 0] superState SUBCHART subviewer 1197 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1199 position [23.5747 49.5747 7] chart 1197 linkNode [1197 0 0] subviewer 1197 type CONNECTIVE_JUNCTION } transition { id 1200 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1199 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1197 linkNode [1197 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1197 drawStyle SMART executionOrder 1 } data { id 1201 name "T" linkNode [1197 0 1202] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1202 name "T_dot" linkNode [1197 1201 1203] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1203 name "m_dot_air" linkNode [1197 1202 1204] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1204 name "m_air" linkNode [1197 1203 1205] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1205 name "m_H2O_gas" linkNode [1197 1204 1206] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1206 name "m_CO2" linkNode [1197 1205 1207] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1207 name "m_H2O_liq" linkNode [1197 1206 1208] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1208 name "T_in_1" linkNode [1197 1207 1209] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1209 name "m_dot_air_in_1" linkNode [1197 1208 1210] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1210 name "x_H2O_gas_in_1" linkNode [1197 1209 1211] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1211 name "x_CO2_in_1" linkNode [1197 1210 1212] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1212 name "x_H2O_liq_in_1" linkNode [1197 1211 1213] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1213 name "T_in_2" linkNode [1197 1212 1214] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1214 name "m_dot_air_in_2" linkNode [1197 1213 1215] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1215 name "x_H2O_gas_in_2" linkNode [1197 1214 1216] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1216 name "x_CO2_in_2" linkNode [1197 1215 1217] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1217 name "x_H2O_liq_in_2" linkNode [1197 1216 1218] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1218 name "Q_dot" linkNode [1197 1217 1219] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1219 name "m_dot_H2O_gas" linkNode [1197 1218 1220] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1220 name "m_dot_CO2" linkNode [1197 1219 1221] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1221 name "m_dot_H2O_liq" linkNode [1197 1220 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1222 name "Duct_10x_/Vol_2D_8/Embedded_MATLAB_Function_1" machine 1 chart 1197 } chart { id 1223 name "Duct_10x_/Vol_2D_9/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1224 0 0] firstTransition 1226 firstJunction 1225 viewObj 1223 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1227 chartFileNumber 52 disableImplicitCasting 1 eml { name "Initial" } } state { id 1224 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1223 treeNode [1223 0 0 0] superState SUBCHART subviewer 1223 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1225 position [23.5747 49.5747 7] chart 1223 linkNode [1223 0 0] subviewer 1223 type CONNECTIVE_JUNCTION } transition { id 1226 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1225 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1223 linkNode [1223 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1223 drawStyle SMART executionOrder 1 } data { id 1227 name "V" linkNode [1223 0 1228] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1228 name "p_init" linkNode [1223 1227 1229] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1229 name "T_init" linkNode [1223 1228 1230] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1230 name "x_H2O_gas_init" linkNode [1223 1229 1231] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1231 name "x_CO2_init" linkNode [1223 1230 1232] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1232 name "x_H2O_liq_init" linkNode [1223 1231 1233] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1233 name "m_air_init" linkNode [1223 1232 1234] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1234 name "m_H2O_gas_init" linkNode [1223 1233 1235] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1235 name "m_CO2_init" linkNode [1223 1234 1236] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1236 name "m_H2O_liq_init" linkNode [1223 1235 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1237 name "Duct_10x_/Vol_2D_9/Embedded\n" "MATLAB Function" machine 1 chart 1223 } chart { id 1238 name "Duct_10x_/Vol_2D_9/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1239 0 0] firstTransition 1241 firstJunction 1240 viewObj 1238 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1242 chartFileNumber 53 disableImplicitCasting 1 eml { name "T_m" } } state { id 1239 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1238 treeNode [1238 0 0 0] superState SUBCHART subviewer 1238 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1240 position [23.5747 49.5747 7] chart 1238 linkNode [1238 0 0] subviewer 1238 type CONNECTIVE_JUNCTION } transition { id 1241 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1240 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1238 linkNode [1238 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1238 drawStyle SMART executionOrder 1 } data { id 1242 name "T" linkNode [1238 0 1243] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1243 name "T_dot" linkNode [1238 1242 1244] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1244 name "m_dot_air" linkNode [1238 1243 1245] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1245 name "m_air" linkNode [1238 1244 1246] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1246 name "m_H2O_gas" linkNode [1238 1245 1247] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1247 name "m_CO2" linkNode [1238 1246 1248] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1248 name "m_H2O_liq" linkNode [1238 1247 1249] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1249 name "T_in_1" linkNode [1238 1248 1250] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1250 name "m_dot_air_in_1" linkNode [1238 1249 1251] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1251 name "x_H2O_gas_in_1" linkNode [1238 1250 1252] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1252 name "x_CO2_in_1" linkNode [1238 1251 1253] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1253 name "x_H2O_liq_in_1" linkNode [1238 1252 1254] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1254 name "T_in_2" linkNode [1238 1253 1255] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1255 name "m_dot_air_in_2" linkNode [1238 1254 1256] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1256 name "x_H2O_gas_in_2" linkNode [1238 1255 1257] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1257 name "x_CO2_in_2" linkNode [1238 1256 1258] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1258 name "x_H2O_liq_in_2" linkNode [1238 1257 1259] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1259 name "Q_dot" linkNode [1238 1258 1260] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1260 name "m_dot_H2O_gas" linkNode [1238 1259 1261] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1261 name "m_dot_CO2" linkNode [1238 1260 1262] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1262 name "m_dot_H2O_liq" linkNode [1238 1261 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1263 name "Duct_10x_/Vol_2D_9/Embedded_MATLAB_Function_1" machine 1 chart 1238 } chart { id 1264 name "Duct_Heat_Transfer_Wall_/Vol_2D/Embedded\n" "MATLAB Function" windowPosition [270.45 303.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1265 0 0] firstTransition 1267 firstJunction 1266 viewObj 1264 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1268 chartFileNumber 54 disableImplicitCasting 1 eml { name "Initial" } } state { id 1265 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1264 treeNode [1264 0 0 0] superState SUBCHART subviewer 1264 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 130 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1266 position [23.5747 49.5747 7] chart 1264 linkNode [1264 0 0] subviewer 1264 type CONNECTIVE_JUNCTION } transition { id 1267 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1266 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1264 linkNode [1264 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1264 drawStyle SMART executionOrder 1 } data { id 1268 name "V" linkNode [1264 0 1269] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1269 name "p_init" linkNode [1264 1268 1270] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1270 name "T_init" linkNode [1264 1269 1271] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1271 name "x_H2O_gas_init" linkNode [1264 1270 1272] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1272 name "x_CO2_init" linkNode [1264 1271 1273] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1273 name "x_H2O_liq_init" linkNode [1264 1272 1274] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1274 name "m_air_init" linkNode [1264 1273 1275] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1275 name "m_H2O_gas_init" linkNode [1264 1274 1276] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1276 name "m_CO2_init" linkNode [1264 1275 1277] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1277 name "m_H2O_liq_init" linkNode [1264 1276 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1278 name "Duct_Heat_Transfer_Wall_/Vol_2D/Embedded\n" "MATLAB Function" machine 1 chart 1264 } chart { id 1279 name "Duct_Heat_Transfer_Wall_/Vol_2D/Embedded_MATLAB_Function_1" windowPosition [387.36 211.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1280 0 0] firstTransition 1282 firstJunction 1281 viewObj 1279 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1283 chartFileNumber 55 disableImplicitCasting 1 eml { name "T_m" } } state { id 1280 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1279 treeNode [1279 0 0 0] superState SUBCHART subviewer 1279 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"16" } } dataType "inherited" } data { id 1285 name "m_dot_air" linkNode [1279 1284 1286] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1286 name "m_air" linkNode [1279 1285 1287] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1287 name "m_H2O_gas" linkNode [1279 1286 1288] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1288 name "m_CO2" linkNode [1279 1287 1289] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1289 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1292 1294] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1294 name "x_H2O_liq_in_1" linkNode [1279 1293 1295] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1295 name "T_in_2" linkNode [1279 1294 1296] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1296 name "m_dot_air_in_2" linkNode [1279 1295 1297] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1297 name "x_H2O_gas_in_2" linkNode [1279 1296 1298] scope INPUT_DATA 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"-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1302 name "m_dot_CO2" linkNode [1279 1301 1303] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1303 name "m_dot_H2O_liq" linkNode [1279 1302 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1304 name "Duct_Heat_Transfer_Wall_/Vol_2D/Embedded_MATLAB_Function_1" machine 1 chart 1279 } chart { id 1305 name "p_Ext_T_Const_/Embedded\n" "MATLAB Function" windowPosition [311.813 299.45 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1306 0 0] firstTransition 1308 firstJunction 1307 viewObj 1305 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1309 chartFileNumber 56 disableImplicitCasting 1 eml { name "Cal" } } state { id 1306 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1305 treeNode [1305 0 0 0] superState SUBCHART subviewer 1305 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function rho = Cal(p,T,x_H2O_gas,x_CO2)\n" "\n" "rho = (p/T)*(1/((1/(1+x_H2O_gas+x_CO2))*287.058+(x_H2O_gas/" "(1+x_H2O_gas+x_CO2))*461.523+(x_CO2/(1+x_H2O_gas+x_CO2))*18" "8.924));" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1317 position [23.5747 49.5747 7] chart 1315 linkNode [1315 0 0] subviewer 1315 type CONNECTIVE_JUNCTION } transition { id 1318 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1317 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1315 linkNode [1315 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1315 drawStyle SMART executionOrder 1 } data { id 1319 name "p" linkNode [1315 0 1320] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1320 name "rho" linkNode [1315 1319 1321] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1321 name "x_H2O_gas" linkNode [1315 1320 1322] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1322 name "x_CO2" linkNode [1315 1321 1323] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1323 name "T" linkNode [1315 1322 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1324 name "p_Ext_rho_Const_/Embedded\n" "MATLAB Function" machine 1 chart 1315 } chart { id 1325 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Embedded\n" "MATLAB Function" windowPosition [468.45 162.9 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1326 0 0] firstTransition 1328 firstJunction 1327 viewObj 1325 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1329 chartFileNumber 58 disableImplicitCasting 1 eml { name "Volume" } } state { id 1326 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1325 treeNode [1325 0 0 0] superState SUBCHART subviewer 1325 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D_major,D_minor)\n" "\n" "V=(pi/4)*D_major*D_minor*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1327 position [23.5747 49.5747 7] chart 1325 linkNode [1325 0 0] subviewer 1325 type CONNECTIVE_JUNCTION } transition { id 1328 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1327 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1325 linkNode [1325 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1325 drawStyle SMART executionOrder 1 } data { id 1329 name "L" linkNode [1325 0 1330] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1330 name "D_major" linkNode [1325 1329 1331] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1331 name "V" linkNode [1325 1330 1332] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1332 name "D_minor" linkNode [1325 1331 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1333 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Embedded\n" "MATLAB Function" machine 1 chart 1325 } chart { id 1334 name "Duct_10x_/Vol_2D_1/Embedded\n" "MATLAB Function" windowPosition [270.45 303.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1335 0 0] firstTransition 1337 firstJunction 1336 viewObj 1334 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1338 chartFileNumber 59 disableImplicitCasting 1 eml { name "Initial" } } state { id 1335 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1334 treeNode [1334 0 0 0] superState SUBCHART subviewer 1334 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1336 position [23.5747 49.5747 7] chart 1334 linkNode [1334 0 0] subviewer 1334 type CONNECTIVE_JUNCTION } transition { id 1337 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1336 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1334 linkNode [1334 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1334 drawStyle SMART executionOrder 1 } data { id 1338 name "V" linkNode [1334 0 1339] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1339 name "p_init" linkNode [1334 1338 1340] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1340 name "T_init" linkNode [1334 1339 1341] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1341 name "x_H2O_gas_init" linkNode [1334 1340 1342] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1342 name "x_CO2_init" linkNode [1334 1341 1343] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1343 name "x_H2O_liq_init" linkNode [1334 1342 1344] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1344 name "m_air_init" linkNode [1334 1343 1345] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1345 name "m_H2O_gas_init" linkNode [1334 1344 1346] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1346 name "m_CO2_init" linkNode [1334 1345 1347] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1347 name "m_H2O_liq_init" linkNode [1334 1346 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1348 name "Duct_10x_/Vol_2D_1/Embedded\n" "MATLAB Function" machine 1 chart 1334 } chart { id 1349 name "Duct_10x_/Vol_2D_1/Embedded_MATLAB_Function_1" windowPosition [387.36 211.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1350 0 0] firstTransition 1352 firstJunction 1351 viewObj 1349 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1353 chartFileNumber 60 disableImplicitCasting 1 eml { name "T_m" } } state { id 1350 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1349 treeNode [1349 0 0 0] superState SUBCHART subviewer 1349 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"16" } } dataType "inherited" } data { id 1355 name "m_dot_air" linkNode [1349 1354 1356] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1356 name "m_air" linkNode [1349 1355 1357] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1357 name "m_H2O_gas" linkNode [1349 1356 1358] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1358 name "m_CO2" linkNode [1349 1357 1359] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1359 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1362 1364] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1364 name "x_H2O_liq_in_1" linkNode [1349 1363 1365] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1365 name "T_in_2" linkNode [1349 1364 1366] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1366 name "m_dot_air_in_2" linkNode [1349 1365 1367] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1367 name "x_H2O_gas_in_2" linkNode [1349 1366 1368] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1368 name "x_CO2_in_2" linkNode [1349 1367 1369] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1369 name "x_H2O_liq_in_2" linkNode [1349 1368 1370] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1370 name "Q_dot" linkNode [1349 1369 1371] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1371 name "m_dot_H2O_gas" linkNode [1349 1370 1372] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1372 name "m_dot_CO2" linkNode [1349 1371 1373] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1373 name "m_dot_H2O_liq" linkNode [1349 1372 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1374 name "Duct_10x_/Vol_2D_1/Embedded_MATLAB_Function_1" machine 1 chart 1349 } chart { id 1375 name "Duct_10x_/Vol_2D_1/Embedded_MATLAB_Function_2" windowPosition [327.288 285.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1376 0 0] firstTransition 1378 firstJunction 1377 viewObj 1375 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1379 chartFileNumber 61 disableImplicitCasting 1 eml { name "p_rho" } } state { id 1376 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1375 treeNode [1375 0 0 0] superState SUBCHART subviewer 1375 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 37 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1457 position [23.5747 49.5747 7] chart 1455 linkNode [1455 0 0] subviewer 1455 type CONNECTIVE_JUNCTION } transition { id 1458 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1457 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1455 linkNode [1455 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1455 drawStyle SMART executionOrder 1 } data { id 1459 name "T" linkNode [1455 0 1460] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1460 name "p" linkNode [1455 1459 1461] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1461 name "rho" linkNode [1455 1460 1462] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1462 name "m_air" linkNode [1455 1461 1463] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1463 name "m_H2O_gas" linkNode [1455 1462 1464] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1464 name "m_CO2" linkNode [1455 1463 1465] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1465 name "m_H2O_liq" linkNode [1455 1464 1466] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1466 name "V" linkNode [1455 1465 1467] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1467 name "x_H2O_gas" linkNode [1455 1466 1468] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1468 name "x_CO2" linkNode [1455 1467 1469] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1469 name "x_H2O_liq" linkNode [1455 1468 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1470 name "Duct_10x_/Vol_2D_9/Embedded_MATLAB_Function_2" machine 1 chart 1455 } chart { id 1471 name "Duct_Heat_Transfer_Wall_/Vol_2D/Embedded_MATLAB_Function_2" windowPosition [327.288 285.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1472 0 0] firstTransition 1474 firstJunction 1473 viewObj 1471 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1475 chartFileNumber 67 disableImplicitCasting 1 eml { name "p_rho" } } state { id 1472 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1471 treeNode [1471 0 0 0] superState SUBCHART subviewer 1471 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 01.12.2007\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1489 position [23.5747 49.5747 7] chart 1487 linkNode [1487 0 0] subviewer 1487 type CONNECTIVE_JUNCTION } transition { id 1490 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1489 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1487 linkNode [1487 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1487 drawStyle SMART executionOrder 1 } data { id 1491 name "L" linkNode [1487 0 1492] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1492 name "D_major" linkNode [1487 1491 1493] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1493 name "V" linkNode [1487 1492 1494] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1494 name "D_minor" linkNode [1487 1493 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1495 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_1/Embedded\n" "MATLAB Function" machine 1 chart 1487 } chart { id 1496 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/FR/Embedded" "\n" "MATLA Function" windowPosition [612.23 28.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1497 0 0] firstTransition 1499 firstJunction 1498 viewObj 1496 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1500 chartFileNumber 69 disableImplicitCasting 1 eml { name "Cal" } } state { id 1497 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1496 treeNode [1496 0 0 0] superState SUBCHART subviewer 1496 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2,Q_dot_fluid,T_dot_wall]=Cal(n_unit,D_major,D" "_minor,b_wall,b_isolation,rho_wall,rho_isolation,c_wall,c_i" "solation,lambda_wall,lambda_isolation,L,zeta,mode,p_in_1,rh" "o_in_1,T_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in" "_2,rho_in_2,T_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2" ",T_wall,T_ambient)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance with heat transfer via " "wall\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_1/Vol_2D/Embe" "dded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1541 0 0] firstTransition 1543 firstJunction 1542 viewObj 1540 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1544 chartFileNumber 70 disableImplicitCasting 1 eml { name "Initial" } } state { id 1541 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1540 treeNode [1540 0 0 0] superState SUBCHART subviewer 1540 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 25 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1557 position [23.5747 49.5747 7] chart 1555 linkNode [1555 0 0] subviewer 1555 type CONNECTIVE_JUNCTION } transition { id 1558 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1557 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1555 linkNode [1555 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1555 drawStyle SMART executionOrder 1 } data { id 1559 name "T" linkNode [1555 0 1560] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1560 name "T_dot" linkNode [1555 1559 1561] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1561 name "m_dot_air" linkNode [1555 1560 1562] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1562 name "m_air" linkNode [1555 1561 1563] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1563 name "m_H2O_gas" linkNode [1555 1562 1564] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1564 name "m_CO2" linkNode [1555 1563 1565] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1565 name "m_H2O_liq" linkNode [1555 1564 1566] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1566 name "T_in_1" linkNode [1555 1565 1567] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1567 name "m_dot_air_in_1" linkNode [1555 1566 1568] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1568 name "x_H2O_gas_in_1" linkNode [1555 1567 1569] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1569 name "x_CO2_in_1" linkNode [1555 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m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"m_H2O_liq" linkNode [1581 1590 1592] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1592 name "V" linkNode [1581 1591 1593] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1593 name "x_H2O_gas" linkNode [1581 1592 1594] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1594 name "x_CO2" linkNode [1581 1593 1595] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1595 name "x_H2O_liq" linkNode [1581 1594 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1596 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_1/Vol_2D/Embe" "dded_MATLAB_Function_2" machine 1 chart 1581 } chart { id 1597 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Vol_2D/Embe" "dded\n" "MATLAB Function" windowPosition [300.45 273.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1598 0 0] firstTransition 1600 firstJunction 1599 viewObj 1597 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1601 chartFileNumber 73 disableImplicitCasting 1 eml { name "Initial" } } state { id 1598 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1597 treeNode [1597 0 0 0] superState SUBCHART subviewer 1597 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 25 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1599 position [23.5747 49.5747 7] chart 1597 linkNode [1597 0 0] subviewer 1597 type CONNECTIVE_JUNCTION } transition { id 1600 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1599 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1597 linkNode [1597 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1597 drawStyle SMART executionOrder 1 } data { id 1601 name "V" linkNode [1597 0 1602] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1602 name "p_init" linkNode [1597 1601 1603] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1603 name "T_init" linkNode [1597 1602 1604] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1604 name "x_H2O_gas_init" linkNode [1597 1603 1605] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1605 name "x_CO2_init" linkNode [1597 1604 1606] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1606 name "x_H2O_liq_init" linkNode [1597 1605 1607] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1607 name "m_air_init" linkNode [1597 1606 1608] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1608 name "m_H2O_gas_init" linkNode [1597 1607 1609] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1609 name "m_CO2_init" linkNode [1597 1608 1610] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1610 name "m_H2O_liq_init" linkNode [1597 1609 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1611 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Vol_2D/Embe" "dded\n" "MATLAB Function" machine 1 chart 1597 } chart { id 1612 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Vol_2D/Embe" "dded_MATLAB_Function_1" windowPosition [417.36 181.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1613 0 0] firstTransition 1615 firstJunction 1614 viewObj 1612 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1616 chartFileNumber 74 disableImplicitCasting 1 eml { name "T_m" } } state { id 1613 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1612 treeNode [1612 0 0 0] superState SUBCHART subviewer 1612 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1614 position [23.5747 49.5747 7] chart 1612 linkNode [1612 0 0] subviewer 1612 type CONNECTIVE_JUNCTION } transition { id 1615 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1614 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1612 linkNode [1612 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1612 drawStyle SMART executionOrder 1 } data { id 1616 name "T" linkNode [1612 0 1617] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1617 name "T_dot" linkNode [1612 1616 1618] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1618 name "m_dot_air" linkNode [1612 1617 1619] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1619 name "m_air" linkNode [1612 1618 1620] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1620 name "m_H2O_gas" linkNode [1612 1619 1621] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1621 name "m_CO2" linkNode [1612 1620 1622] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1622 name "m_H2O_liq" linkNode [1612 1621 1623] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1623 name "T_in_1" linkNode [1612 1622 1624] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1624 name "m_dot_air_in_1" linkNode [1612 1623 1625] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1625 name "x_H2O_gas_in_1" linkNode [1612 1624 1626] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1626 name "x_CO2_in_1" linkNode [1612 1625 1627] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1627 name "x_H2O_liq_in_1" linkNode [1612 1626 1628] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1628 name "T_in_2" linkNode [1612 1627 1629] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1629 name "m_dot_air_in_2" linkNode [1612 1628 1630] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1630 name "x_H2O_gas_in_2" linkNode [1612 1629 1631] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1631 name "x_CO2_in_2" linkNode [1612 1630 1632] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1632 name "x_H2O_liq_in_2" linkNode [1612 1631 1633] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1633 name "Q_dot" linkNode [1612 1632 1634] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1634 name "m_dot_H2O_gas" linkNode [1612 1633 1635] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1635 name "m_dot_CO2" linkNode [1612 1634 1636] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1636 name "m_dot_H2O_liq" linkNode [1612 1635 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1637 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Vol_2D/Embe" "dded_MATLAB_Function_1" machine 1 chart 1612 } chart { id 1638 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_2/Vol_2D/Embe" "dded_MATLAB_Function_2" windowPosition [357.288 255.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1639 0 0] firstTransition 1641 firstJunction 1640 viewObj 1638 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1642 chartFileNumber 75 disableImplicitCasting 1 eml { name "p_rho" } } state { id 1639 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1638 treeNode [1638 0 0 0] superState SUBCHART subviewer 1638 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1687 position [23.5747 49.5747 7] chart 1685 linkNode [1685 0 0] subviewer 1685 type CONNECTIVE_JUNCTION } transition { id 1688 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1687 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1685 linkNode [1685 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1685 drawStyle SMART executionOrder 1 } data { id 1689 name "V" linkNode [1685 0 1690] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1690 name "p_init" linkNode [1685 1689 1691] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1691 name "T_init" linkNode [1685 1690 1692] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1692 name "x_H2O_gas_init" linkNode [1685 1691 1693] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1693 name "x_CO2_init" linkNode [1685 1692 1694] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1694 name "x_H2O_liq_init" linkNode [1685 1693 1695] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1695 name "m_air_init" linkNode [1685 1694 1696] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1696 name "m_H2O_gas_init" linkNode [1685 1695 1697] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1697 name "m_CO2_init" linkNode [1685 1696 1698] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1698 name "m_H2O_liq_init" linkNode [1685 1697 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1699 name "Vol_3D_/Embedded\n" "MATLAB Function" machine 1 chart 1685 } chart { id 1700 name "Duct_10x_/Vol_2D_10/Embedded\n" "MATLAB Function" windowPosition [285.45 288.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1701 0 0] firstTransition 1703 firstJunction 1702 viewObj 1700 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 1704 chartFileNumber 79 disableImplicitCasting 1 eml { name "Initial" } } state { id 1701 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1700 treeNode [1700 0 0 0] superState SUBCHART subviewer 1700 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 144 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1702 position [23.5747 49.5747 7] chart 1700 linkNode [1700 0 0] subviewer 1700 type CONNECTIVE_JUNCTION } transition { id 1703 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1702 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1700 linkNode [1700 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 1700 drawStyle SMART executionOrder 1 } data { id 1704 name "V" linkNode [1700 0 1705] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1705 name "p_init" linkNode [1700 1704 1706] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1706 name "T_init" linkNode [1700 1705 1707] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1707 name "x_H2O_gas_init" linkNode [1700 1706 1708] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1708 name "x_CO2_init" linkNode [1700 1707 1709] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1709 name "x_H2O_liq_init" linkNode [1700 1708 1710] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1710 name "m_air_init" linkNode [1700 1709 1711] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1711 name "m_H2O_gas_init" linkNode [1700 1710 1712] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1712 name "m_CO2_init" linkNode [1700 1711 1713] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1713 name "m_H2O_liq_init" linkNode [1700 1712 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1714 name "Duct_10x_/Vol_2D_10/Embedded\n" "MATLAB Function" machine 1 chart 1700 } chart { id 1715 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Embedded\n" "MATLAB Function" windowPosition [468.45 162.9 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1716 0 0] firstTransition 1718 firstJunction 1717 viewObj 1715 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1719 chartFileNumber 80 disableImplicitCasting 1 eml { name "Volume" } } state { id 1716 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1715 treeNode [1715 0 0 0] superState SUBCHART subviewer 1715 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D_major,D_minor)\n" "\n" "V=(pi/4)*D_major*D_minor*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1717 position [23.5747 49.5747 7] chart 1715 linkNode [1715 0 0] subviewer 1715 type CONNECTIVE_JUNCTION } transition { id 1718 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1717 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1715 linkNode [1715 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1715 drawStyle SMART executionOrder 1 } data { id 1719 name "L" linkNode [1715 0 1720] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1720 name "D_major" linkNode [1715 1719 1721] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1721 name "V" linkNode [1715 1720 1722] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1722 name "D_minor" linkNode [1715 1721 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1723 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Embedded\n" "MATLAB Function" machine 1 chart 1715 } chart { id 1724 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/FR/Embedded" "\n" "MATLA Function" windowPosition [612.23 28.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1725 0 0] firstTransition 1727 firstJunction 1726 viewObj 1724 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1728 chartFileNumber 81 disableImplicitCasting 1 eml { name "Cal" } } state { id 1725 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1724 treeNode [1724 0 0 0] superState SUBCHART subviewer 1724 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2,Q_dot_fluid,T_dot_wall]=Cal(n_unit,D_major,D" "_minor,b_wall,b_isolation,rho_wall,rho_isolation,c_wall,c_i" "solation,lambda_wall,lambda_isolation,L,zeta,mode,p_in_1,rh" "o_in_1,T_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in" "_2,rho_in_2,T_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2" ",T_wall,T_ambient)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance with heat transfer via " "wall\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Vol_2D/Embe" "dded\n" "MATLAB Function" windowPosition [300.45 273.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1769 0 0] firstTransition 1771 firstJunction 1770 viewObj 1768 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1772 chartFileNumber 82 disableImplicitCasting 1 eml { name "Initial" } } state { id 1769 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1768 treeNode [1768 0 0 0] superState SUBCHART subviewer 1768 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 25 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1770 position [23.5747 49.5747 7] chart 1768 linkNode [1768 0 0] subviewer 1768 type CONNECTIVE_JUNCTION } transition { id 1771 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1770 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1768 linkNode [1768 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1768 drawStyle SMART executionOrder 1 } data { id 1772 name "V" linkNode [1768 0 1773] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1773 name "p_init" linkNode [1768 1772 1774] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1774 name "T_init" linkNode [1768 1773 1775] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1775 name "x_H2O_gas_init" linkNode [1768 1774 1776] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1776 name "x_CO2_init" linkNode [1768 1775 1777] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1777 name "x_H2O_liq_init" linkNode [1768 1776 1778] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1778 name "m_air_init" linkNode [1768 1777 1779] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1779 name "m_H2O_gas_init" linkNode [1768 1778 1780] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1780 name "m_CO2_init" linkNode [1768 1779 1781] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1781 name "m_H2O_liq_init" linkNode [1768 1780 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1782 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Vol_2D/Embe" "dded\n" "MATLAB Function" machine 1 chart 1768 } chart { id 1783 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Vol_2D/Embe" "dded_MATLAB_Function_1" windowPosition [417.36 181.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1784 0 0] firstTransition 1786 firstJunction 1785 viewObj 1783 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1787 chartFileNumber 83 disableImplicitCasting 1 eml { name "T_m" } } state { id 1784 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1783 treeNode [1783 0 0 0] superState SUBCHART subviewer 1783 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1785 position [23.5747 49.5747 7] chart 1783 linkNode [1783 0 0] subviewer 1783 type CONNECTIVE_JUNCTION } transition { id 1786 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1785 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1783 linkNode [1783 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1783 drawStyle SMART executionOrder 1 } data { id 1787 name "T" linkNode [1783 0 1788] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1788 name "T_dot" linkNode [1783 1787 1789] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1789 name "m_dot_air" linkNode [1783 1788 1790] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1790 name "m_air" linkNode [1783 1789 1791] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1791 name "m_H2O_gas" linkNode [1783 1790 1792] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1792 name "m_CO2" linkNode [1783 1791 1793] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1793 name "m_H2O_liq" linkNode [1783 1792 1794] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1794 name "T_in_1" linkNode [1783 1793 1795] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1795 name "m_dot_air_in_1" linkNode [1783 1794 1796] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1796 name "x_H2O_gas_in_1" linkNode [1783 1795 1797] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1797 name "x_CO2_in_1" linkNode [1783 1796 1798] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1798 name "x_H2O_liq_in_1" linkNode [1783 1797 1799] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1799 name "T_in_2" linkNode [1783 1798 1800] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1800 name "m_dot_air_in_2" linkNode [1783 1799 1801] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1801 name "x_H2O_gas_in_2" linkNode [1783 1800 1802] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1802 name "x_CO2_in_2" linkNode [1783 1801 1803] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1803 name "x_H2O_liq_in_2" linkNode [1783 1802 1804] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1804 name "Q_dot" linkNode [1783 1803 1805] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1805 name "m_dot_H2O_gas" linkNode [1783 1804 1806] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1806 name "m_dot_CO2" linkNode [1783 1805 1807] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1807 name "m_dot_H2O_liq" linkNode [1783 1806 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1808 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Vol_2D/Embe" "dded_MATLAB_Function_1" machine 1 chart 1783 } chart { id 1809 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_3/Vol_2D/Embe" "dded_MATLAB_Function_2" windowPosition [357.288 255.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1810 0 0] firstTransition 1812 firstJunction 1811 viewObj 1809 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1813 chartFileNumber 84 disableImplicitCasting 1 eml { name "p_rho" } } state { id 1810 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1809 treeNode [1809 0 0 0] superState SUBCHART subviewer 1809 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1862 name "T_in_1" linkNode [1834 1861 1863] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1863 name "x_H2O_gas_in_1" linkNode [1834 1862 1864] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1864 name "x_CO2_in_1" linkNode [1834 1863 1865] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1865 name "x_H2O_liq_in_1" linkNode [1834 1864 1866] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1866 name "p_in_2" linkNode [1834 1865 1867] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1867 name "rho_in_2" linkNode [1834 1866 1868] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1868 name "T_in_2" linkNode [1834 1867 1869] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1869 name "m_dot_air_2" linkNode [1834 1868 1870] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1870 name "x_H2O_gas_in_2" linkNode [1834 1869 1871] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1871 name "x_CO2_in_2" linkNode [1834 1870 1872] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1872 name "x_H2O_liq_in_2" linkNode [1834 1871 1873] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1873 name "T_wall" linkNode [1834 1872 1874] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1874 name "T_ambient" linkNode [1834 1873 1875] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1875 name "Q_dot_fluid" linkNode [1834 1874 1876] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1876 name "T_dot_wall" linkNode [1834 1875 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1877 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/FR/Embedded" "\n" "MATLA Function" machine 1 chart 1834 } chart { id 1878 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded\n" "MATLAB Function" windowPosition [300.45 273.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1879 0 0] firstTransition 1881 firstJunction 1880 viewObj 1878 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1882 chartFileNumber 87 disableImplicitCasting 1 eml { name "Initial" } } state { id 1879 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1878 treeNode [1878 0 0 0] superState SUBCHART subviewer 1878 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 25 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1880 position [23.5747 49.5747 7] chart 1878 linkNode [1878 0 0] subviewer 1878 type CONNECTIVE_JUNCTION } transition { id 1881 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1880 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1878 linkNode [1878 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1878 drawStyle SMART executionOrder 1 } data { id 1882 name "V" linkNode [1878 0 1883] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1883 name "p_init" linkNode [1878 1882 1884] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1884 name "T_init" linkNode [1878 1883 1885] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1885 name "x_H2O_gas_init" linkNode [1878 1884 1886] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1886 name "x_CO2_init" linkNode [1878 1885 1887] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1887 name "x_H2O_liq_init" linkNode [1878 1886 1888] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1888 name "m_air_init" linkNode [1878 1887 1889] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1889 name "m_H2O_gas_init" linkNode [1878 1888 1890] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1890 name "m_CO2_init" linkNode [1878 1889 1891] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1891 name "m_H2O_liq_init" linkNode [1878 1890 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1892 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded\n" "MATLAB Function" machine 1 chart 1878 } chart { id 1893 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded_MATLAB_Function_1" windowPosition [417.36 181.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1894 0 0] firstTransition 1896 firstJunction 1895 viewObj 1893 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1897 chartFileNumber 88 disableImplicitCasting 1 eml { name "T_m" } } state { id 1894 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1893 treeNode [1893 0 0 0] superState SUBCHART subviewer 1893 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1895 position [23.5747 49.5747 7] chart 1893 linkNode [1893 0 0] subviewer 1893 type CONNECTIVE_JUNCTION } transition { id 1896 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1895 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1893 linkNode [1893 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1893 drawStyle SMART executionOrder 1 } data { id 1897 name "T" linkNode [1893 0 1898] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1898 name "T_dot" linkNode [1893 1897 1899] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1899 name "m_dot_air" linkNode [1893 1898 1900] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1900 name "m_air" linkNode [1893 1899 1901] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1901 name "m_H2O_gas" linkNode [1893 1900 1902] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1902 name "m_CO2" linkNode [1893 1901 1903] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1903 name "m_H2O_liq" linkNode [1893 1902 1904] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1904 name "T_in_1" linkNode [1893 1903 1905] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1905 name "m_dot_air_in_1" linkNode [1893 1904 1906] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1906 name "x_H2O_gas_in_1" linkNode [1893 1905 1907] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1907 name "x_CO2_in_1" linkNode [1893 1906 1908] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1908 name "x_H2O_liq_in_1" linkNode [1893 1907 1909] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1909 name "T_in_2" linkNode [1893 1908 1910] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1910 name "m_dot_air_in_2" linkNode [1893 1909 1911] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1911 name "x_H2O_gas_in_2" linkNode [1893 1910 1912] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1912 name "x_CO2_in_2" linkNode [1893 1911 1913] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1913 name "x_H2O_liq_in_2" linkNode [1893 1912 1914] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1914 name "Q_dot" linkNode [1893 1913 1915] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1915 name "m_dot_H2O_gas" linkNode [1893 1914 1916] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1916 name "m_dot_CO2" linkNode [1893 1915 1917] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1917 name "m_dot_H2O_liq" linkNode [1893 1916 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1918 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded_MATLAB_Function_1" machine 1 chart 1893 } chart { id 1919 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded_MATLAB_Function_2" windowPosition [357.288 255.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1920 0 0] firstTransition 1922 firstJunction 1921 viewObj 1919 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1923 chartFileNumber 89 disableImplicitCasting 1 eml { name "p_rho" } } state { id 1920 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1919 treeNode [1919 0 0 0] superState SUBCHART subviewer 1919 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1921 position [23.5747 49.5747 7] chart 1919 linkNode [1919 0 0] subviewer 1919 type CONNECTIVE_JUNCTION } transition { id 1922 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1921 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1919 linkNode [1919 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1919 drawStyle SMART executionOrder 1 } data { id 1923 name "T" linkNode [1919 0 1924] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1924 name "p" linkNode [1919 1923 1925] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1925 name "rho" linkNode [1919 1924 1926] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1926 name "m_air" linkNode [1919 1925 1927] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1927 name "m_H2O_gas" linkNode [1919 1926 1928] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1928 name "m_CO2" linkNode [1919 1927 1929] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1929 name "m_H2O_liq" linkNode [1919 1928 1930] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1930 name "V" linkNode [1919 1929 1931] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1931 name "x_H2O_gas" linkNode [1919 1930 1932] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1932 name "x_CO2" linkNode [1919 1931 1933] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1933 name "x_H2O_liq" linkNode [1919 1932 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 1934 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_4/Vol_2D/Embe" "dded_MATLAB_Function_2" machine 1 chart 1919 } chart { id 1935 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Embedded\n" "MATLAB Function" windowPosition [468.45 162.9 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1936 0 0] firstTransition 1938 firstJunction 1937 viewObj 1935 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1939 chartFileNumber 90 disableImplicitCasting 1 eml { name "Volume" } } state { id 1936 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1935 treeNode [1935 0 0 0] superState SUBCHART subviewer 1935 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D_major,D_minor)\n" "\n" "V=(pi/4)*D_major*D_minor*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1937 position [23.5747 49.5747 7] chart 1935 linkNode [1935 0 0] subviewer 1935 type CONNECTIVE_JUNCTION } transition { id 1938 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1937 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1935 linkNode [1935 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1935 drawStyle SMART executionOrder 1 } data { id 1939 name "L" linkNode [1935 0 1940] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1940 name "D_major" linkNode [1935 1939 1941] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1941 name "V" linkNode [1935 1940 1942] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1942 name "D_minor" linkNode [1935 1941 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1943 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Embedded\n" "MATLAB Function" machine 1 chart 1935 } chart { id 1944 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/FR/Embedded" "\n" "MATLA Function" windowPosition [612.23 28.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1945 0 0] firstTransition 1947 firstJunction 1946 viewObj 1944 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1948 chartFileNumber 91 disableImplicitCasting 1 eml { name "Cal" } } state { id 1945 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1944 treeNode [1944 0 0 0] superState SUBCHART subviewer 1944 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2,Q_dot_fluid,T_dot_wall]=Cal(n_unit,D_major,D" "_minor,b_wall,b_isolation,rho_wall,rho_isolation,c_wall,c_i" "solation,lambda_wall,lambda_isolation,L,zeta,mode,p_in_1,rh" "o_in_1,T_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in" "_2,rho_in_2,T_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2" ",T_wall,T_ambient)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance with heat transfer via " "wall\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1946 position [23.5747 49.5747 7] chart 1944 linkNode [1944 0 0] subviewer 1944 type CONNECTIVE_JUNCTION } transition { id 1947 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1946 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1944 linkNode [1944 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1944 drawStyle SMART executionOrder 1 } data { id 1948 name "n_unit" linkNode [1944 0 1949] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1949 name "rho" linkNode [1944 1948 1950] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1950 name "T" linkNode [1944 1949 1951] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1951 name "x_H2O_gas" linkNode [1944 1950 1952] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1952 name "x_CO2" linkNode [1944 1951 1953] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1953 name "x_H2O_liq" linkNode [1944 1952 1954] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1954 name "p_1" linkNode [1944 1953 1955] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1955 name "m_dot_air_1" linkNode [1944 1954 1956] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1956 name "p_2" linkNode [1944 1955 1957] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1957 name "D_major" linkNode [1944 1956 1958] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1958 name "D_minor" linkNode [1944 1957 1959] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1959 name "b_wall" linkNode [1944 1958 1960] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1960 name "b_isolation" linkNode [1944 1959 1961] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1961 name "rho_wall" linkNode [1944 1960 1962] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1962 name "rho_isolation" linkNode [1944 1961 1963] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1963 name "c_wall" linkNode [1944 1962 1964] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1964 name "c_isolation" linkNode [1944 1963 1965] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1965 name "lambda_wall" linkNode [1944 1964 1966] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1966 name "lambda_isolation" linkNode [1944 1965 1967] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1967 name "L" linkNode [1944 1966 1968] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1968 name "zeta" linkNode [1944 1967 1969] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1969 name "mode" linkNode [1944 1968 1970] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1970 name "p_in_1" linkNode [1944 1969 1971] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1971 name "rho_in_1" linkNode [1944 1970 1972] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1972 name "T_in_1" linkNode [1944 1971 1973] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1973 name "x_H2O_gas_in_1" linkNode [1944 1972 1974] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1974 name "x_CO2_in_1" linkNode [1944 1973 1975] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1975 name "x_H2O_liq_in_1" linkNode [1944 1974 1976] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1976 name "p_in_2" linkNode [1944 1975 1977] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1977 name "rho_in_2" linkNode [1944 1976 1978] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1978 name "T_in_2" linkNode [1944 1977 1979] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1979 name "m_dot_air_2" linkNode [1944 1978 1980] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 1980 name "x_H2O_gas_in_2" linkNode [1944 1979 1981] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1981 name "x_CO2_in_2" linkNode [1944 1980 1982] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1982 name "x_H2O_liq_in_2" linkNode [1944 1981 1983] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1983 name "T_wall" linkNode [1944 1982 1984] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1984 name "T_ambient" linkNode [1944 1983 1985] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1985 name "Q_dot_fluid" linkNode [1944 1984 1986] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1986 name "T_dot_wall" linkNode [1944 1985 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 1987 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/FR/Embedded" "\n" "MATLA Function" machine 1 chart 1944 } chart { id 1988 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded\n" "MATLAB Function" windowPosition [300.45 273.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 1989 0 0] firstTransition 1991 firstJunction 1990 viewObj 1988 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 1992 chartFileNumber 92 disableImplicitCasting 1 eml { name "Initial" } } state { id 1989 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 1988 treeNode [1988 0 0 0] superState SUBCHART subviewer 1988 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[35 25 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 1990 position [23.5747 49.5747 7] chart 1988 linkNode [1988 0 0] subviewer 1988 type CONNECTIVE_JUNCTION } transition { id 1991 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 1990 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 1988 linkNode [1988 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 1988 drawStyle SMART executionOrder 1 } data { id 1992 name "V" linkNode [1988 0 1993] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 1993 name "p_init" linkNode [1988 1992 1994] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1994 name "T_init" linkNode [1988 1993 1995] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1995 name "x_H2O_gas_init" linkNode [1988 1994 1996] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1996 name "x_CO2_init" linkNode [1988 1995 1997] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1997 name "x_H2O_liq_init" linkNode [1988 1996 1998] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1998 name "m_air_init" linkNode [1988 1997 1999] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 1999 name "m_H2O_gas_init" linkNode [1988 1998 2000] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2000 name "m_CO2_init" linkNode [1988 1999 2001] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2001 name "m_H2O_liq_init" linkNode [1988 2000 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 2002 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded\n" "MATLAB Function" machine 1 chart 1988 } chart { id 2003 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded_MATLAB_Function_1" windowPosition [417.36 181.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2004 0 0] firstTransition 2006 firstJunction 2005 viewObj 2003 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 2007 chartFileNumber 93 disableImplicitCasting 1 eml { name "T_m" } } state { id 2004 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2003 treeNode [2003 0 0 0] superState SUBCHART subviewer 2003 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2005 position [23.5747 49.5747 7] chart 2003 linkNode [2003 0 0] subviewer 2003 type CONNECTIVE_JUNCTION } transition { id 2006 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2005 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2003 linkNode [2003 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2003 drawStyle SMART executionOrder 1 } data { id 2007 name "T" linkNode [2003 0 2008] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2008 name "T_dot" linkNode [2003 2007 2009] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2009 name "m_dot_air" linkNode [2003 2008 2010] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2010 name "m_air" linkNode [2003 2009 2011] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2011 name "m_H2O_gas" linkNode [2003 2010 2012] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2012 name "m_CO2" linkNode [2003 2011 2013] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2013 name "m_H2O_liq" linkNode [2003 2012 2014] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2014 name "T_in_1" linkNode [2003 2013 2015] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2015 name "m_dot_air_in_1" linkNode [2003 2014 2016] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2016 name "x_H2O_gas_in_1" linkNode [2003 2015 2017] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2017 name "x_CO2_in_1" linkNode [2003 2016 2018] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2018 name "x_H2O_liq_in_1" linkNode [2003 2017 2019] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2019 name "T_in_2" linkNode [2003 2018 2020] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2020 name "m_dot_air_in_2" linkNode [2003 2019 2021] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2021 name "x_H2O_gas_in_2" linkNode [2003 2020 2022] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2022 name "x_CO2_in_2" linkNode [2003 2021 2023] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2023 name "x_H2O_liq_in_2" linkNode [2003 2022 2024] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2024 name "Q_dot" linkNode [2003 2023 2025] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2025 name "m_dot_H2O_gas" linkNode [2003 2024 2026] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2026 name "m_dot_CO2" linkNode [2003 2025 2027] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2027 name "m_dot_H2O_liq" linkNode [2003 2026 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2028 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded_MATLAB_Function_1" machine 1 chart 2003 } chart { id 2029 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded_MATLAB_Function_2" windowPosition [357.288 255.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2030 0 0] firstTransition 2032 firstJunction 2031 viewObj 2029 machine 1 subviewS { } decomposition CLUSTER_CHART type EML_CHART firstData 2033 chartFileNumber 94 disableImplicitCasting 1 eml { name "p_rho" } } state { id 2030 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2029 treeNode [2029 0 0 0] superState SUBCHART subviewer 2029 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2031 position [23.5747 49.5747 7] chart 2029 linkNode [2029 0 0] subviewer 2029 type CONNECTIVE_JUNCTION } transition { id 2032 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2031 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2029 linkNode [2029 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2029 drawStyle SMART executionOrder 1 } data { id 2033 name "T" linkNode [2029 0 2034] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2034 name "p" linkNode [2029 2033 2035] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2035 name "rho" linkNode [2029 2034 2036] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2036 name "m_air" linkNode [2029 2035 2037] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2037 name "m_H2O_gas" linkNode [2029 2036 2038] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2038 name "m_CO2" linkNode [2029 2037 2039] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2039 name "m_H2O_liq" linkNode [2029 2038 2040] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2040 name "V" linkNode [2029 2039 2041] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2041 name "x_H2O_gas" linkNode [2029 2040 2042] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2042 name "x_CO2" linkNode [2029 2041 2043] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2043 name "x_H2O_liq" linkNode [2029 2042 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2044 name "Duct_Heat_Transfer_Wall_5x_/Duct_Heat_Transfer_Wall_5/Vol_2D/Embe" "dded_MATLAB_Function_2" machine 1 chart 2029 } chart { id 2045 name "HR_Conv_/Embedded\n" "MATLA Function" windowPosition [435.36 162.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2046 0 0] firstTransition 2048 firstJunction 2047 viewObj 2045 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2049 chartFileNumber 96 disableImplicitCasting 1 eml { name "Cal" } } state { id 2046 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2045 treeNode [2045 0 0 0] superState SUBCHART subviewer 2045 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [Q_dot_1,Q_dot_2] = Cal(A,alpha,T_1,T_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Heat Resistance\n" "% *\n" "% * Number of inputs: " " 2\n" "% *\n" "% * Parameter: Surface: " " A\n" "% * Convection heat transfer coefficient via sur" "face: alpha\n" "% *\n" "% *\n" "% * Relevant input variables of HR\n" "% *\n" "% * Temperature: " " T_in\n" "% *\n" "% *\n" "% * Relevant output variables of HR\n" "% *\n" "% * Heat flow: " " Q_dot\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation heat flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. Heat Transfer process = convection \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation heat flow\n" "Q_dot_1 = -alpha*A*(T_1-T_2);\n" "Q_dot_2 = -alpha*A*(T_2-T_1);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[116 197 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2047 position [23.5747 49.5747 7] chart 2045 linkNode [2045 0 0] subviewer 2045 type CONNECTIVE_JUNCTION } transition { id 2048 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2047 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2045 linkNode [2045 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 2045 drawStyle SMART executionOrder 1 } data { id 2049 name "A" linkNode [2045 0 2050] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2050 name "alpha" linkNode [2045 2049 2051] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2051 name "Q_dot_1" linkNode [2045 2050 2052] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2052 name "Q_dot_2" linkNode [2045 2051 2053] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2053 name "T_1" linkNode [2045 2052 2054] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2054 name "T_2" linkNode [2045 2053 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2055 name "HR_Conv_/Embedded\n" "MATLA Function" machine 1 chart 2045 } chart { id 2056 name "Duct_10x_/Vol_2D_10/Embedded_MATLAB_Function_1" windowPosition [402.36 196.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2057 0 0] firstTransition 2059 firstJunction 2058 viewObj 2056 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2060 chartFileNumber 97 disableImplicitCasting 1 eml { name "T_m" } } state { id 2057 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2056 treeNode [2056 0 0 0] superState SUBCHART subviewer 2056 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"16" } } dataType "inherited" } data { id 2062 name "m_dot_air" linkNode [2056 2061 2063] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2063 name "m_air" linkNode [2056 2062 2064] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2064 name "m_H2O_gas" linkNode [2056 2063 2065] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2065 name "m_CO2" linkNode [2056 2064 2066] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2066 name "m_H2O_liq" linkNode [2056 2065 2067] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2067 name "T_in_1" linkNode [2056 2066 2068] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2068 name "m_dot_air_in_1" linkNode [2056 2067 2069] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2069 name "x_H2O_gas_in_1" linkNode [2056 2068 2070] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2070 name "x_CO2_in_1" linkNode [2056 2069 2071] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2071 name "x_H2O_liq_in_1" linkNode [2056 2070 2072] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2072 name "T_in_2" linkNode [2056 2071 2073] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2073 name "m_dot_air_in_2" linkNode [2056 2072 2074] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2074 name "x_H2O_gas_in_2" linkNode [2056 2073 2075] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2075 name "x_CO2_in_2" linkNode [2056 2074 2076] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2076 name "x_H2O_liq_in_2" linkNode [2056 2075 2077] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2077 name "Q_dot" linkNode [2056 2076 2078] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2078 name "m_dot_H2O_gas" linkNode [2056 2077 2079] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2079 name "m_dot_CO2" linkNode [2056 2078 2080] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2080 name "m_dot_H2O_liq" linkNode [2056 2079 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2081 name "Duct_10x_/Vol_2D_10/Embedded_MATLAB_Function_1" machine 1 chart 2056 } chart { id 2082 name "Thermal_Capacity_/Embedded\n" "MATLA Function" windowPosition [435.36 162.375 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2083 0 0] firstTransition 2085 firstJunction 2084 viewObj 2082 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2086 chartFileNumber 98 disableImplicitCasting 1 eml { name "Cal" } } state { id 2083 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2082 treeNode [2082 0 0 0] superState SUBCHART subviewer 2082 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function d_T = Cal(m,c,Q_dot_in_1,Q_dot_in_2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Thermal Capacity\n" "% *\n" "% * Number of inputs: 2\n" "% *\n" "% * Parameter: Mass: m\n" "% * Specific heat capacity: c\n" "% *\n" "% *\n" "% * Relevant input variables of TC\n" "% *\n" "% * heat flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of TC\n" "% *\n" "% * Temperature: T\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Modification of the temperature.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Modification of the temperature\n" "d_T = (Q_dot_1+Q_dot_2)/(m*c)\n" "% *********************************************************" "***************" editorLayout "100 M4x1[145 152 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2084 position [23.5747 49.5747 7] chart 2082 linkNode [2082 0 0] subviewer 2082 type CONNECTIVE_JUNCTION } transition { id 2085 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2084 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2082 linkNode [2082 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 2082 drawStyle SMART executionOrder 1 } data { id 2086 name "m" linkNode [2082 0 2087] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2087 name "c" linkNode [2082 2086 2088] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2088 name "Q_dot_in_1" linkNode [2082 2087 2089] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2089 name "Q_dot_in_2" linkNode [2082 2088 2090] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 2090 name "d_T" linkNode [2082 2089 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2091 name "Thermal_Capacity_/Embedded\n" "MATLA Function" machine 1 chart 2082 } chart { id 2092 name "Vol_2D_/Embedded\n" "MATLAB Function" windowPosition [345.45 228.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2093 0 0] firstTransition 2095 firstJunction 2094 viewObj 2092 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2096 chartFileNumber 99 disableImplicitCasting 1 eml { name "Initial" } } state { id 2093 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2092 treeNode [2092 0 0 0] superState SUBCHART subviewer 2092 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_air_init,m_H2O_gas_init,m_CO2_init,m_H2O_liq_in" "it] = Initial(V,p_init,T_init,x_H2O_gas_init,x_CO2_init,x_H" "2O_liq_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function Initial:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the saturation density by a given tem" "perature.\n" "% * 3. Calculation of the saturation mass.\n" "% * 4. Initialisation. \n" "% * \n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. The saturation density is a function of the temperat" "ure. The used\n" "% * function is described in literature. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the saturation density by a given tem" "perature\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_init-273.15)/(2" "08.07254+(T_init-273.15)))/1000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the saturation mass\n" "m_H2O_gas_sat = V*rho_H2O_gas_sat;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Initialisation\n" "m_air_init = p_init*V/(T_init*(R_air+x_H2O_gas_init*" "R_H2O_gas+x_CO2_init*R_CO2));\n" "m_H2O_gas_init = m_air_init*x_H2O_gas_init;\n" "\n" "if m_H2O_gas_init > m_H2O_gas_sat\n" " m_H2O_gas_init = m_H2O_gas_sat;\n" " m_air_init = ((p_init*V/T_init)-(m_H2O_gas_init*R_H2" "O_gas))/(R_air+x_CO2_init*R_CO2);\n" "end\n" "\n" "m_CO2_init = m_air_init*x_CO2_init;\n" "m_H2O_liq_init = m_air_init*x_H2O_liq_init;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2094 position [23.5747 49.5747 7] chart 2092 linkNode [2092 0 0] subviewer 2092 type CONNECTIVE_JUNCTION } transition { id 2095 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2094 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2092 linkNode [2092 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 2092 drawStyle SMART executionOrder 1 } data { id 2096 name "V" linkNode [2092 0 2097] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 2097 name "p_init" linkNode [2092 2096 2098] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2098 name "T_init" linkNode [2092 2097 2099] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2099 name "x_H2O_gas_init" linkNode [2092 2098 2100] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2100 name "x_CO2_init" linkNode [2092 2099 2101] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2101 name "x_H2O_liq_init" linkNode [2092 2100 2102] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2102 name "m_air_init" linkNode [2092 2101 2103] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2103 name "m_H2O_gas_init" linkNode [2092 2102 2104] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2104 name "m_CO2_init" linkNode [2092 2103 2105] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2105 name "m_H2O_liq_init" linkNode [2092 2104 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 2106 name "Vol_2D_/Embedded\n" "MATLAB Function" machine 1 chart 2092 } chart { id 2107 name "Vol_2D_/Embedded_MATLAB_Function_1" windowPosition [462.36 136.125 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2108 0 0] firstTransition 2110 firstJunction 2109 viewObj 2107 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2111 chartFileNumber 100 disableImplicitCasting 1 eml { name "T_m" } } state { id 2108 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2107 treeNode [2107 0 0 0] superState SUBCHART subviewer 2107 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_dot,m_dot_air,m_dot_H2O_gas,m_dot_CO2,m_dot_H2O" "_liq] = T_m(T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,T_in_1,m_dot_" "air_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,T_in_2,m_" "dot_air_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Q_dot" ")\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function T_m:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Redefinition of the input variables.\n" "% * 3. Modification of the mass inside the system.\n" "% * 4. Modification of the temperature inside the system.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 2. In the case of outgoing mass flow, the characteristi" "c variables of \n" "% * the mass flow are defined by the state variables of " "the volume. \n" "% * 3. The increase or decrease of the mass inside the volu" "me is defined \n" "% * by the incoming (sign: plus) or outgoing (sign: minu" "s) mass flow.\n" "% * 4. The Enthalpy equation of the gas inside the volume i" "s used. the \n" "% * enthalpy of the liquid water inside the volume is ne" "glected. \n" "% * Assuming that the liquid water is always in thermal " "equilibrium with \n" "% * the gas.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_v_air = c_p_air-R_air;\n" "c_v_H2O_gas = c_p_H2O_gas-R_H2O_gas;\n" "c_v_CO2 = c_p_CO2-R_CO2;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Redefinition of the input variables\n" "if m_dot_air_in_1 < 0\n" " T_in_1 = T;\n" " m_dot = m_dot_air_in_1*(1+x_H2O_gas_in_1+x_CO2_" "in_1);\n" " m_dot_air_in_1 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_1 = (m_H2O_gas/m_air);\n" " x_CO2_in_1 = (m_CO2/m_air);\n" " x_H2O_liq_in_1 = (m_H2O_liq/m_air);\n" "end\n" "\n" "if m_dot_air_in_2 < 0\n" " T_in_2 = T;\n" " m_dot = m_dot_air_in_2*(1+x_H2O_gas_in_2+x_CO2_" "in_2);\n" " m_dot_air_in_2 = m_dot*(1/(1+(m_H2O_gas/m_air)+(m_CO2/m_" "air)));\n" " x_H2O_gas_in_2 = (m_H2O_gas/m_air);\n" " x_CO2_in_2 = (m_CO2/m_air);\n" " x_H2O_liq_in_2 = (m_H2O_liq/m_air);\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in_1+m_dot_air_in_2;\n" "m_dot_H2O_gas = m_dot_air_in_1*x_H2O_gas_in_1+m_dot_air" "_in_2*x_H2O_gas_in_2;\n" "m_dot_CO2 = m_dot_air_in_1*x_CO2_in_1+m_dot_air_in_" "2*x_CO2_in_2;\n" "m_dot_H2O_liq = m_dot_air_in_1*x_H2O_liq_in_1+m_dot_air" "_in_2*x_H2O_liq_in_2;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "T_dot = (Q_dot+m_dot_air_in_1*(c_p_air*T_in_1-c" "_v_air*T)+m_dot_air_in_2*(c_p_air*T_in_2-c_v_air*T)+m_dot_a" "ir_in_1*x_H2O_gas_in_1*(c_p_H2O_gas*T_in_1-c_v_H2O_gas*T)+m" "_dot_air_in_2*x_H2O_gas_in_2*(c_p_H2O_gas*T_in_2-c_v_H2O_ga" "s*T)+m_dot_air_in_1*x_CO2_in_1*(c_p_CO2*T_in_1-c_v_CO2*T)+m" "_dot_air_in_2*x_CO2_in_2*(c_p_CO2*T_in_2-c_v_CO2*T))/(c_v_a" "ir*m_air+c_v_H2O_gas*m_H2O_gas+c_v_CO2*m_CO2);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2109 position [23.5747 49.5747 7] chart 2107 linkNode [2107 0 0] subviewer 2107 type CONNECTIVE_JUNCTION } transition { id 2110 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2109 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2107 linkNode [2107 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2107 drawStyle SMART executionOrder 1 } data { id 2111 name "T" linkNode [2107 0 2112] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2112 name "T_dot" linkNode [2107 2111 2113] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2113 name "m_dot_air" linkNode [2107 2112 2114] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2114 name "m_air" linkNode [2107 2113 2115] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2115 name "m_H2O_gas" linkNode [2107 2114 2116] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2116 name "m_CO2" linkNode [2107 2115 2117] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2117 name "m_H2O_liq" linkNode [2107 2116 2118] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2118 name "T_in_1" linkNode [2107 2117 2119] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2119 name "m_dot_air_in_1" linkNode [2107 2118 2120] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2120 name "x_H2O_gas_in_1" linkNode [2107 2119 2121] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2121 name "x_CO2_in_1" linkNode [2107 2120 2122] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2122 name "x_H2O_liq_in_1" linkNode [2107 2121 2123] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2123 name "T_in_2" linkNode [2107 2122 2124] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2124 name "m_dot_air_in_2" linkNode [2107 2123 2125] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2125 name "x_H2O_gas_in_2" linkNode [2107 2124 2126] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2126 name "x_CO2_in_2" linkNode [2107 2125 2127] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2127 name "x_H2O_liq_in_2" linkNode [2107 2126 2128] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2128 name "Q_dot" linkNode [2107 2127 2129] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2129 name "m_dot_H2O_gas" linkNode [2107 2128 2130] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2130 name "m_dot_CO2" linkNode [2107 2129 2131] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2131 name "m_dot_H2O_liq" linkNode [2107 2130 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2132 name "Vol_2D_/Embedded_MATLAB_Function_1" machine 1 chart 2107 } chart { id 2133 name "Vol_2D_/Embedded_MATLAB_Function_2" windowPosition [402.288 210.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2134 0 0] firstTransition 2136 firstJunction 2135 viewObj 2133 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2137 chartFileNumber 101 disableImplicitCasting 1 eml { name "p_rho" } } state { id 2134 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2133 treeNode [2133 0 0 0] superState SUBCHART subviewer 2133 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 33 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2135 position [23.5747 49.5747 7] chart 2133 linkNode [2133 0 0] subviewer 2133 type CONNECTIVE_JUNCTION } transition { id 2136 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2135 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2133 linkNode [2133 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2133 drawStyle SMART executionOrder 1 } data { id 2137 name "T" linkNode [2133 0 2138] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2138 name "p" linkNode [2133 2137 2139] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2139 name "rho" linkNode [2133 2138 2140] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2140 name "m_air" linkNode [2133 2139 2141] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2141 name "m_H2O_gas" linkNode [2133 2140 2142] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2142 name "m_CO2" linkNode [2133 2141 2143] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2143 name "m_H2O_liq" linkNode [2133 2142 2144] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2144 name "V" linkNode [2133 2143 2145] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2145 name "x_H2O_gas" linkNode [2133 2144 2146] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2146 name "x_CO2" linkNode [2133 2145 2147] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2147 name "x_H2O_liq" linkNode [2133 2146 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2148 name "Vol_2D_/Embedded_MATLAB_Function_2" machine 1 chart 2133 } chart { id 2149 name "Duct_10x_/Vol_2D_10/Embedded_MATLAB_Function_2" windowPosition [342.288 270.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2150 0 0] firstTransition 2152 firstJunction 2151 viewObj 2149 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2153 chartFileNumber 102 disableImplicitCasting 1 eml { name "p_rho" } } state { id 2150 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2149 treeNode [2149 0 0 0] superState SUBCHART subviewer 2149 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,x_H2O_gas,x_CO2,x_H2O_liq] = p_rho(T,m_air," "m_H2O_gas,m_CO2,m_H2O_liq,V)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a volume with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_2D:\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% * External Heat Flow: Q_dot\n" "% *\n" "% *\n" "% * Relevant output variables of Vol_2D:\n" "% *\n" "% * Pressure: p\n" "% * Density: rho\n" "% * Temperature: T\n" "% * Mass dry air: m_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded MATLAB Function p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation of the density.\n" "% * 3. Calculation of the pressure.\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% *\n" "% *\n" "% * Assumptions:\n" "% * 1. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The differnt contents are defined in respect of the " "mass of the \n" "% * dry air. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Definition specific gas constants\n" "R_air = 287.058;\n" "R_H2O_gas = 461.523;\n" "R_CO2 = 188.924;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the pressure\n" "p = T*(m_air*R_air+m_H2O_gas*R_H2O_gas+m_CO2*R_CO2)" "/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the water vapor content, CO2 content " "and \n" "% * water content\n" "x_H2O_gas = m_H2O_gas/m_air;\n" "x_CO2 = m_CO2/m_air;\n" "x_H2O_liq = m_H2O_liq/m_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[7 37 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2151 position [23.5747 49.5747 7] chart 2149 linkNode [2149 0 0] subviewer 2149 type CONNECTIVE_JUNCTION } transition { id 2152 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2151 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2149 linkNode [2149 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 2149 drawStyle SMART executionOrder 1 } data { id 2153 name "T" linkNode [2149 0 2154] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2154 name "p" linkNode [2149 2153 2155] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2155 name "rho" linkNode [2149 2154 2156] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2156 name "m_air" linkNode [2149 2155 2157] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2157 name "m_H2O_gas" linkNode [2149 2156 2158] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2158 name "m_CO2" linkNode [2149 2157 2159] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2159 name "m_H2O_liq" linkNode [2149 2158 2160] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2160 name "V" linkNode [2149 2159 2161] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2161 name "x_H2O_gas" linkNode [2149 2160 2162] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2162 name "x_CO2" linkNode [2149 2161 2163] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2163 name "x_H2O_liq" linkNode [2149 2162 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } instance { id 2164 name "Duct_10x_/Vol_2D_10/Embedded_MATLAB_Function_2" machine 1 chart 2149 } chart { id 2165 name "Valve_/Embedded\n" "MATLA Function" windowPosition [495.288 120.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 2166 0 0] firstTransition 2168 firstJunction 2167 viewObj 2165 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2169 chartFileNumber 103 disableImplicitCasting 1 eml { name "Cal" } } state { id 2166 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2165 treeNode [2165 0 0 0] superState SUBCHART subviewer 2165 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2]=Cal(A,beta,zeta,p_in_1,rho_in_1,T_in_1,x_H2" "O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in_2,rho_in_2,T_in_2" ",x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2,Dir)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Valve (incompressible)\n" "% *\n" "% * Number of inputs: 2\n" "% *\n" "% * Parameter: Surface: A\n" "% * Opening factor : OF\n" "% * Minor loss coefficient: zeta \n" "% * Flow Direction: Dir \n" "% *\n" "% *\n" "% * Relevant input variables of Valve\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Valve\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation flow velocity.\n" "% * 4. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. State variables = input variables higher pressure\n" "% * 3. The overall pressure drop is transferred into kineti" "c energy.\n" "% * 4. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "A_eff = sin(pi*beta/180)*A;\n" "\n" "if Dir == 0\n" " if p_in_2 > p_in_1\n" " A_eff = 0;\n" " end\n" "end\n" "if Dir == 1\n" " if p_in_1 > p_in_2\n" " A_eff = 0;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1; \n" "else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2; \n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation flow velocity\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "rho_air = rho/(1+x_H2O_gas+x_CO2);\n" "\n" "if abs(Delta_p) < 1\n" " Delta_p = 0;\n" "end\n" "\n" "zeta_total = 1+zeta;\n" "v = sqrt(abs(Delta_p)*(2/rho_air)*(1/zeta_tota" "l));\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation mass flow\n" "m_dot_air = A_eff*rho_air*v;\n" "\n" "if Delta_p >= 0\n" " m_dot_air_1 = -m_dot_air;\n" " m_dot_air_2 = m_dot_air;\n" "else\n" " m_dot_air_1 = m_dot_air;\n" " m_dot_air_2 = -m_dot_air;\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[167 100 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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data { id 2183 name "x_H2O_gas_in_1" linkNode [2165 2182 2184] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2184 name "x_CO2_in_1" linkNode [2165 2183 2185] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2185 name "x_H2O_liq_in_1" linkNode [2165 2184 2186] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2186 name "p_in_2" linkNode [2165 2185 2187] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2187 name "rho_in_2" linkNode [2165 2186 2188] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2188 name "T_in_2" linkNode [2165 2187 2189] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2189 name "m_dot_air_2" linkNode [2165 2188 2190] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2190 name "x_H2O_gas_in_2" linkNode [2165 2189 2191] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2191 name "x_CO2_in_2" linkNode [2165 2190 2192] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2192 name "x_H2O_liq_in_2" linkNode [2165 2191 2193] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2193 name "Dir" linkNode [2165 2192 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 2194 name "Valve_/Embedded\n" "MATLA Function" machine 1 chart 2165 } chart { id 2195 name "Duct_Heat_Transfer_Wall_/Embedded\n" "MATLAB Function" windowPosition [483.45 147.9 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 2196 0 0] firstTransition 2198 firstJunction 2197 viewObj 2195 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2199 chartFileNumber 122 disableImplicitCasting 1 eml { name "Volume" } } state { id 2196 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2195 treeNode [2195 0 0 0] superState SUBCHART subviewer 2195 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function V = Volume(L,D_major,D_minor)\n" "\n" "V = (pi/4)*D_major*D_minor*L;" editorLayout "100 M4x1[146 214 671 364]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." "\n" "'SumMode', 'KeepLSB', 'SumWordLength', 32,...\n" "'CastBeforeSum', false)" treatIntsAsFixpt 0 } } junction { id 2197 position [23.5747 49.5747 7] chart 2195 linkNode [2195 0 0] subviewer 2195 type CONNECTIVE_JUNCTION } transition { id 2198 labelString "{eML_blk_kernel();}" labelPosition [32.125 19.875 102.544 14.964] fontSize 12 src { intersection [0 0 1 0 23.5747 14.625 0 0] } dst { id 2197 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 2195 linkNode [2195 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 2195 drawStyle SMART executionOrder 1 } data { id 2199 name "L" linkNode [2195 0 2200] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2200 name "D_major" linkNode [2195 2199 2201] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 2201 name "V" linkNode [2195 2200 2202] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE } complexity SF_COMPLEX_INHERITED } dataType "inherited" fixptType { slope 1 baseType SF_INT16_TYPE } complexity SF_COMPLEX_INHERITED } data { id 2202 name "D_minor" linkNode [2195 2201 0] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 2203 name "Duct_Heat_Transfer_Wall_/Embedded\n" "MATLAB Function" machine 1 chart 2195 } chart { id 2204 name "Duct_Heat_Transfer_Wall_/FR/Embedded\n" "MATLA Function" windowPosition [582.23 58.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1024 768 1.333333333333333] treeNode [0 2205 0 0] firstTransition 2207 firstJunction 2206 viewObj 2204 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 2208 chartFileNumber 123 disableImplicitCasting 1 eml { name "Cal" } } state { id 2205 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 2204 treeNode [2204 0 0 0] superState SUBCHART subviewer 2204 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho,T,x_H2O_gas,x_CO2,x_H2O_liq,p_1,m_dot_air_1,p" "_2,m_dot_air_2,Q_dot_fluid,T_dot_wall]=Cal(n_unit,D_major,D" "_minor,b_wall,b_isolation,rho_wall,rho_isolation,c_wall,c_i" "solation,lambda_wall,lambda_isolation,L,zeta,mode,p_in_1,rh" "o_in_1,T_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq_in_1,p_in" "_2,rho_in_2,T_in_2,x_H2O_gas_in_2,x_CO2_in_2,x_H2O_liq_in_2" ",T_wall,T_ambient)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a flow resistance with heat transfer via " "wall\n" "% *\n" "% * Number of inputs : 2\n" "% *\n" "% * Parameter: Diameter: D\n" "% * Length: L\n" "% * Minor loss coefficient: zeta \n" "% *\n" "% *\n" "% * Relevant input variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Content water vapor: x_H2O_gas_in\n" "% * Content CO2: x_CO2_in\n" "% * Content water: x_H2O_liq_in\n" "% *\n" "% *\n" "% * Relevant output variables of Duct_Heat_Transfer_Wall\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air\n" "% * Content water vapor: x_H2O_gas\n" "% * Content CO2: x_CO2\n" "% * Content water: x_H2O_liq\n" "% *\n" "% *********************************************************" "***************\n" "% * Embedded Matlab Function Cal:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation parameter.\n" "% * 2. Calculation of the state variables.\n" "% * 3. Calculation average viscosity.\n" "% * 4. Calculation flow velocity.\n" "% * 4.1 Initial value of the flow velocity.\n" "% * 5. Calculation mass flow.\n" "% * 6. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 2. Mode = 0: state variables = average input variables " "\n" "% * Mode = 1: state variables = input variables higher p" "ressure\n" "% * 3. The gas mixture inside the volume consists of water " "vapor (H2O_gas),\n" "% * CO2 and water (H2O_liq, state: fog). \n" "% * 4. The intial value of the flow velocity is estimated b" "y the law of \n" "% * Hagen-Poiseuille. Knowing the initial value of the v" "elocity, the \n" "% * initial value of the Reynolds number can be calculat" "ed. The iterative \n" "% * while loop has a break condition of |v_(i-1)-v_(i)| " "< 0.001*v_(i-1).\n" "% * The input pressures are cross linked. p_in_1 is tran" "sfered to the output\n" "% * p_1 and the other way around.\n" "% * 5. The mass flow is calculated with a incompressible ma" "ss flow equation.\n" "% * This equation is only applicable for systems with lo" "w flow velocities.\n" "% * 6. a) Heat transfer fluid/wall (convection)\n" "% * b) Heat transfer wall/isolation (conduction)\n" "% * c) Heat transfer isolation/enviroment (conduction)\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_major = abs(D_major);\n" "D_minor = abs(D_minor);\n" "\n" "if D_major == D_minor\n" " A = (pi/4)*D_major*D_minor;\n" " U_inner_duct = pi*D_major;\n" " U_outer_duct = pi*(D_major+b_wall);\n" " U_outer_isolation = pi*(D_major+b_wall+b_isolation);\n" " D = U_inner_duct/pi;\n" "else\n" " A = (pi/4)*D_major*D_minor;\n" " K = abs(D_major-D_minor)/(D_major+D_mino" "r);\n" " U_inner_duct = (D_major+D_minor)*pi*(1+(3*K^2)/(10+" "sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall)-(D_minor+b_wall" "))/((D_major+b_wall)+(D_minor+b_wall));\n" " U_outer_duct = ((D_major+b_wall)+(D_minor+b_wall))*" "pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " K = abs((D_major+b_wall+b_isolation)-(D_" "minor+b_wall+b_isolation))/((D_major+b_wall+b_isolation)+(D" "_minor+b_wall+b_isolation));\n" " U_outer_isolation = ((D_major+b_wall+b_isolation)+(D_min" "or+b_wall+b_isolation))*pi*(1+(3*K^2)/(10+sqrt(4-3*K^2)));\n" " D = U_inner_duct/pi;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "rho = 0;\n" "T = 0;\n" "x_H2O_gas = 0;\n" "x_CO2 = 0;\n" "x_H2O_liq = 0;\n" "\n" "if mode == 0\n" " rho = (rho_in_1+rho_in_2)/2;\n" " T = (T_in_1+T_in_2)/2;\n" " x_H2O_gas = (x_H2O_gas_in_1+x_H2O_gas_in_2)/2;\n" " x_CO2 = (x_CO2_in_1+x_CO2_in_2)/2;\n" " x_H2O_liq = (x_H2O_liq_in_1+x_H2O_liq_in_2)/2;\n" "end\n" "\n" "if mode == 1\n" " \n" " if p_in_1 >= p_in_2\n" " rho = rho_in_1;\n" " T = T_in_1;\n" " x_H2O_gas = x_H2O_gas_in_1;\n" " x_CO2 = x_CO2_in_1;\n" " x_H2O_liq = x_H2O_liq_in_1;\n" " else\n" " rho = rho_in_2;\n" " T = T_in_2;\n" " x_H2O_gas = x_H2O_gas_in_2;\n" " x_CO2 = x_CO2_in_2;\n" " x_H2O_liq = x_H2O_liq_in_2;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation average viscosity.\n" "eta_air = 0.0000182;\n" "eta_H2O_gas = 0.00000877;\n" "eta_CO2 = 0.0000149;\n" "eta = (eta_air+x_H2O_gas*eta_H2O_gas+x_CO2" "*eta_CO2)/(1+x_H2O_gas+x_CO2);\n" "eta_kin = eta/rho;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation flow velocity\n" "% * 4.1 Initial value of the flow velocity.\n" "p_1 = p_in_2;\n" "p_2 = p_in_1;\n" "Delta_p = p_in_1-p_in_2;\n" "V_dot = ((pi*(D/2)^4)*abs(Delta_p))/(8*eta*L" ");\n" "v = V_dot/A;\n" "Re = (v*D)/eta_kin;\n" "% *********************************************************" "***************\n" "\n" "% *********************************************************" "***************\n" "if Re < 1\n" " Re = 1;\n" "end\n" "\n" "check = 1;\n" "\n" "while check > 0\n" " \n" " if Re<1187.384382\n" " lambda = 64/Re;\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " \n" " if Re < 1\n" " Re = 1;\n" " end\n" " else\n" " lambda = 0.3164*((Re)^(-0.25));\n" " zeta_total = lambda*(L/D)+zeta;\n" " Z_v = sqrt(abs(Delta_p)*(2/rho)*(1/zeta_to" "tal));\n" " \n" " if abs(v-Z_v) > (0.001*v)\n" " check = 1;\n" " else\n" " check = 0;\n" " end\n" " \n" " v = Z_v;\n" " Re = (v*D)/eta_kin;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 5. Calculation mass flow\n" "m_dot = n_unit*A*rho*v;\n" "\n" "if Delta_p>=0\n" " m_dot_air_1 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "else\n" " m_dot_air_1 = m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" " m_dot_air_2 = -m_dot*(1-((x_H2O_gas+x_CO2)/(1+x_H2" "O_gas+x_CO2)));\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 6. Calculation heat transfer\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "c_p = (c_p_air+x_H2O_gas*c_p_H2O_gas+x_CO2" "*c_p_CO2)/(1+x_H2O_gas+x_CO2);\n" "\n" "% * Thermal conductivity dry air\n" "lambda_air = 0.00452+T*7.28282E-5;\n" "% *********************************************************" "***************\n" "\n" "Pr = eta*c_p/lambda_air;\n" "if Re < 1187.384382\n" " Nu = ((3.66^3)+(1.66^3)*Re*Pr*(U_inner_du" "ct/(pi*L)))^(1/3);\n" "else\n" " Nu = 0.012*(Re^(0.87)-280)*Pr^(0.4)*(1+(U" "_inner_duct/(pi*L))^(2/3));\n" "end\n" "\n" "% * Convection heat transfer coefficient dry air\n" "alpha_air = lambda_air*Nu/(U_inner_duct/pi);\n" "% *********************************************************" "***************\n" "\n" "Q_dot_fluid_wall = alpha_air*(U_inner_duct*L)*(T-T_wall" ");\n" "Q_dot_wall_ambient = 2*pi*L*(T_ambient-T_wall)/((log(U_ou" "ter_isolation/U_outer_duct)/lambda_isolation)+(log(U_outer_" "duct/U_inner_duct)/lambda_wall));\n" "Q_dot_wall = Q_dot_fluid_wall+Q_dot_wall_ambient;" "\n" "V_wall = L*U_inner_duct*b_wall;\n" "V_isolation = L*U_outer_duct*b_isolation;\n" "T_dot_wall = Q_dot_wall/(V_wall*rho_wall*c_wall+V" "_isolation*rho_isolation*c_isolation);\n" "Q_dot_fluid = -Q_dot_fluid_wall ;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[4 172 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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wordLength "16" } } dataType "inherited" } data { id 2210 name "T" linkNode [2204 2209 2211] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2211 name "x_H2O_gas" linkNode [2204 2210 2212] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2212 name "x_CO2" linkNode [2204 2211 2213] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2213 name "x_H2O_liq" linkNode [2204 2212 2214] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2214 name "p_1" linkNode [2204 2213 2215] scope OUTPUT_DATA 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"-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2228 name "zeta" linkNode [2204 2227 2229] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2229 name "mode" linkNode [2204 2228 2230] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2230 name "p_in_1" linkNode [2204 2229 2231] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2231 name "rho_in_1" linkNode [2204 2230 2232] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2232 name "T_in_1" linkNode [2204 2231 2233] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2233 name "x_H2O_gas_in_1" linkNode [2204 2232 2234] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2234 name "x_CO2_in_1" linkNode [2204 2233 2235] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2235 name "x_H2O_liq_in_1" linkNode [2204 2234 2236] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2236 name "p_in_2" linkNode [2204 2235 2237] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2237 name "rho_in_2" linkNode [2204 2236 2238] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2238 name "T_in_2" linkNode [2204 2237 2239] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2239 name "m_dot_air_2" linkNode [2204 2238 2240] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 2240 name "x_H2O_gas_in_2" linkNode [2204 2239 2241] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2241 name "x_CO2_in_2" linkNode [2204 2240 2242] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2242 name "x_H2O_liq_in_2" linkNode [2204 2241 2243] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2243 name "T_wall" linkNode [2204 2242 2244] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2244 name "T_ambient" linkNode [2204 2243 2245] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2245 name "Q_dot_fluid" linkNode [2204 2244 2246] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 2246 name "T_dot_wall" linkNode [2204 2245 0] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } instance { id 2247 name "Duct_Heat_Transfer_Wall_/FR/Embedded\n" "MATLA Function" machine 1 chart 2204 } target { id 2248 name "sfun" description "Default Simulink S-Function Target." machine 1 linkNode [1 0 0] } }