Model { Name "detailed_components" Version 6.5 MdlSubVersion 0 GraphicalInterface { NumRootInports 0 NumRootOutports 0 ParameterArgumentNames "" ComputedModelVersion "1.1452" NumModelReferences 0 NumTestPointedSignals 28 TestPointedSignal { SignalName "" FullBlockPath "detailed_components/Dynamic_HX_/Integrator1" LogSignal 1 UseCustomName 1 LogName "T_wall_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "detailed_components/Mixing_Point_3D_/Unit Delay" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Mixing_Point_3D_/Unit Delay" "2" LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "detailed_components/Mixing_Unit_1D_/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Mixing_Unit_1D_/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "detailed_components/Mixing_Unit_1D_/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "detailed_components/Mixing_Unit_1D_/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "detailed_components/Mixing_Unit_1D_/Embedded_MA" "TLAB_Function_2" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "detailed_components/Mixing_Unit_2D_/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Mixing_Unit_2D_/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "detailed_components/Mixing_Unit_2D_/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "detailed_components/Mixing_Unit_2D_/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "detailed_components/Mixing_Unit_2D_/Embedded_MA" "TLAB_Function_2" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "detailed_components/Mixing_Unit_3D_/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Mixing_Unit_3D_/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "detailed_components/Mixing_Unit_3D_/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "detailed_components/Mixing_Unit_3D_/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "detailed_components/Mixing_Unit_3D_/Embedded_MA" "TLAB_Function_2" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "p" FullBlockPath "detailed_components/Mixing_Unit_4D_/Embedded_MA" "TLAB_Function_2" LogSignal 1 UseCustomName 1 LogName "p_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Mixing_Unit_4D_/Embedded_MA" "TLAB_Function_2" PortIndex 3 LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "detailed_components/Mixing_Unit_4D_/Embedded_MA" "TLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "detailed_components/Mixing_Unit_4D_/Embedded_MA" "TLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "detailed_components/Mixing_Unit_4D_/Embedded_MA" "TLAB_Function_2" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Turbine_/Unit Delay" LogSignal 1 UseCustomName 1 LogName "T_outlet_re_init" MaxPoints 5000 Decimation 2 } TestPointedSignal { SignalName "T" FullBlockPath "detailed_components/Vol_Isobaric_2D_/Embedded_M" "ATLAB_Function_2" PortIndex 2 LogSignal 1 UseCustomName 1 LogName "T_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_gas" FullBlockPath "detailed_components/Vol_Isobaric_2D_/Embedded_M" "ATLAB_Function_2" PortIndex 4 LogSignal 1 UseCustomName 1 LogName "x_H2O_gas_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_CO2" FullBlockPath "detailed_components/Vol_Isobaric_2D_/Embedded_M" "ATLAB_Function_2" PortIndex 5 LogSignal 1 UseCustomName 1 LogName "x_CO2_re_init" LimitDataPoints 1 MaxPoints 1 Decimation 2 } TestPointedSignal { SignalName "x_H2O_liq" FullBlockPath "detailed_components/Vol_Isobaric_2D_/Embedded_M" "ATLAB_Function_2" PortIndex 6 LogSignal 1 UseCustomName 1 LogName "x_H2O_liq_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 15:39:01 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 InitFltsAndDblsToZero on NoFixptDivByZeroProtection off EfficientFloat2IntCast off OptimizeModelRefInitCode off LifeSpan "inf" BufferReusableBoundary on } Simulink.DebuggingCC { $ObjectID 5 Version "1.2.0" RTPrefix "error" ConsistencyChecking "none" ArrayBoundsChecking "none" SignalInfNanChecking "none" ReadBeforeWriteMsg "UseLocalSettings" WriteAfterWriteMsg "UseLocalSettings" WriteAfterReadMsg "UseLocalSettings" AlgebraicLoopMsg "warning" ArtificialAlgebraicLoopMsg "warning" CheckSSInitialOutputMsg on CheckExecutionContextPreStartOutputMsg off CheckExecutionContextRuntimeOutputMsg off SignalResolutionControl "TryResolveAllWithWarning" BlockPriorityViolationMsg "warning" MinStepSizeMsg "warning" TimeAdjustmentMsg "none" MaxConsecutiveZCsMsg "error" SolverPrmCheckMsg "warning" InheritedTsInSrcMsg "warning" DiscreteInheritContinuousMsg "warning" MultiTaskDSMMsg "warning" MultiTaskCondExecSysMsg "none" MultiTaskRateTransMsg "error" SingleTaskRateTransMsg "none" TasksWithSamePriorityMsg "warning" SigSpecEnsureSampleTimeMsg "warning" CheckMatrixSingularityMsg "none" IntegerOverflowMsg "warning" Int32ToFloatConvMsg "warning" ParameterDowncastMsg "error" ParameterOverflowMsg "error" ParameterUnderflowMsg "none" ParameterPrecisionLossMsg "warning" UnderSpecifiedDataTypeMsg "none" UnnecessaryDatatypeConvMsg "none" VectorMatrixConversionMsg "none" InvalidFcnCallConnMsg "error" FcnCallInpInsideContextMsg "Use local settings" SignalLabelMismatchMsg "none" UnconnectedInputMsg "warning" UnconnectedOutputMsg "warning" UnconnectedLineMsg "warning" SFcnCompatibilityMsg "none" UniqueDataStoreMsg "none" BusObjectLabelMismatch "warning" RootOutportRequireBusObject "warning" AssertControl "UseLocalSettings" EnableOverflowDetection off ModelReferenceIOMsg "none" ModelReferenceVersionMismatchMessage "none" ModelReferenceIOMismatchMessage "none" ModelReferenceCSMismatchMessage "none" ModelReferenceSimTargetVerbose off UnknownTsInhSupMsg "warning" ModelReferenceDataLoggingMessage "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 off } Simulink.RTWCC { $BackupClass "Simulink.RTWCC" $ObjectID 8 Array { Type "Cell" Dimension 1 Cell "IncludeHyperlinkInReport" PropName "DisabledProps" } Version "1.2.0" SystemTargetFile "grt.tlc" GenCodeOnly off MakeCommand "make_rtw" GenerateMakefile on TemplateMakefile "grt_default_tmf" GenerateReport off SaveLog off RTWVerbose on RetainRTWFile off ProfileTLC off TLCDebug off TLCCoverage off TLCAssert off ProcessScriptMode "Default" ConfigurationMode "Optimized" ConfigAtBuild off IncludeHyperlinkInReport off LaunchReport off TargetLang "C" IncludeBusHierarchyInRTWFileBlockHierarchyMap off IncludeERTFirstTime on Array { Type "Handle" Dimension 2 Simulink.CodeAppCC { $ObjectID 9 Array { Type "Cell" Dimension 9 Cell "IgnoreCustomStorageClasses" Cell "InsertBlockDesc" Cell "SFDataObjDesc" Cell "SimulinkDataObjDesc" Cell "DefineNamingRule" Cell "SignalNamingRule" Cell "ParamNamingRule" Cell "InlinedPrmAccess" Cell "CustomSymbolStr" PropName "DisabledProps" } Version "1.2.0" ForceParamTrailComments off GenerateComments on IgnoreCustomStorageClasses on IncHierarchyInIds off MaxIdLength 31 PreserveName off PreserveNameWithParent off ShowEliminatedStatement off IncAutoGenComments off SimulinkDataObjDesc off SFDataObjDesc off IncDataTypeInIds off PrefixModelToSubsysFcnNames on MangleLength 1 CustomSymbolStrGlobalVar "$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 "PurelyIntegerCode" Cell "SupportNonFinite" Cell "SupportComplex" Cell "SupportAbsoluteTime" Cell "SupportContinuousTime" Cell "SupportNonInlinedSFcns" PropName "DisabledProps" } Version "1.2.0" TargetFcnLib "ansi_tfl_tmw.mat" TargetLibSuffix "" TargetPreCompLibLocation "" GenFloatMathFcnCalls "ANSI_C" UtilityFuncGeneration "Auto" GenerateFullHeader on GenerateSampleERTMain off GenerateTestInterfaces off IsPILTarget off ModelReferenceCompliant on IncludeMdlTerminateFcn on CombineOutputUpdateFcns off SuppressErrorStatus off IncludeFileDelimiter "Auto" ERTCustomFileBanners off SupportAbsoluteTime on LogVarNameModifier "rt_" MatFileLogging on MultiInstanceERTCode off SupportNonFinite on SupportComplex on PurelyIntegerCode off SupportContinuousTime on SupportNonInlinedSFcns on EnableShiftOperators on ParenthesesLevel "Nominal" ExtMode off ExtModeStaticAlloc off ExtModeTesting off ExtModeStaticAllocSize 1000000 ExtModeTransport 0 ExtModeMexFile "ext_comm" RTWCAPISignals off RTWCAPIParams 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 Constant } Block { BlockType Demux Outputs "4" DisplayOption "none" BusSelectionMode off } 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 Lookup2D RowIndex "[0 1]" ColumnIndex "[0 1]" OutputValues "[0 0;0 0]" LookUpMeth "Interpolation-Extrapolation" InputSameDT on OutDataTypeMode "Same as first input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Floor" SaturateOnIntegerOverflow on SampleTime "-1" LUTDesignTableMode "Redesign Table" LUTDesignDataSource "Block Dialog" LUTDesignFunctionName "sqrt(x)" LUTDesignUseExistingBP on LUTDesignRelError "0.01" LUTDesignAbsError "1e-6" } 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 Product Inputs "2" Multiplication "Element-wise(.*)" InputSameDT on OutDataTypeMode "Same as first input" OutDataType "sfix(16)" OutScaling "2^0" LockScale off RndMeth "Zero" SaturateOnIntegerOverflow on SampleTime "-1" } Block { BlockType Saturate UpperLimit "0.5" LowerLimit "-0.5" LinearizeAsGain on ZeroCross on SampleTime "-1" } 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 Terminator } Block { BlockType TransferFcn Numerator "[1]" Denominator "[1 2 1]" AbsoluteTolerance "auto" Realization "auto" } 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" FontSize 9 FontWeight "normal" FontAngle "normal" } System { Name "detailed_components" Location [6, 82, 1274, 966] Open on 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" ReportName "simulink-default.rpt" Block { BlockType SubSystem Name "Compressor_" Ports [4, 4] Position [305, 20, 495, 85] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Range Rotation Speed [1/min]|Range Pressure Rat" "io: p_out/p_in|Map Mass Flow [kg/s]: Left Side|Map Mass Flow [kg/s]: Right Si" "de|Mass Flow for the Maximum Pressure Ratio [kg/s]|Map Efficiency|Map Efficie" "ncy: Range Mass Flow [kg/s]" MaskStyleString "edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on" MaskCallbackString "||||||" MaskEnableString "on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on" MaskVarAliasString ",,,,,," MaskVariables "Range_N=@1;Range_p_out_p_in=@2;Map_m_dot_left=@" "3;Map_m_dot_right=@4;Function_m_dot_N=@5;Map_eff=@6;Range_m_dot_eff=@7;" MaskDisplay "disp('COMP')\nport_label('input',1,'Inlet_in')" "\nport_label('input',2,'Outlet_in')\nport_label('input',3,'n')\nport_label('i" "nput',4,'m_dot_ref')\nport_label('output',1,'Inlet_out')\nport_label('output'" ",2,'Outlet_out')\nport_label('output',3,'P_comp')\nport_label('output',4,'eff" "_comp')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "Range_N_comp|Range_p_out_p_in_comp|M_m_dot_comp" "_left|M_m_dot_comp_right|Function_m_dot_N_comp|M_eff_comp|Range_m_dot_eff_com" "p" MaskTabNameString ",,,,,," System { Name "Compressor_" Location [0, 112, 996, 758] 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 "80" Block { BlockType Inport Name "Inlet_in" Position [35, 193, 65, 207] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Outlet_in" Position [35, 268, 65, 282] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" Position [35, 533, 65, 547] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_ref" Position [35, 618, 65, 632] ForegroundColor "green" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1662, 1065, 1783, 1070] 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 [1527, 1065, 1648, 1070] 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\nSelector" Ports [1, 1] Position [90, 256, 95, 294] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

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" 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 Product Name "Divide" Ports [2, 1] Position [507, 300, 538, 330] Orientation "down" NamePlacement "alternate" ShowName off Inputs "*/" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" RndMeth "Floor" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [7, 5] Position [999, 775, 1461, 945] 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_2');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" PropagatedSignals "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air" PropagatedSignals "m_dot_air_outlet" 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 "p_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_outlet" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "eff" Position [20, 316, 40, 334] Port "7" 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 detailed_component" "s 6" Ports [7, 6] Position [180, 104, 230, 266] FunctionName "sf_sfun" PortCounts "[7 6]" Port { PortNumber 2 Name "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "P_comp" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 291, 480, 309] } Block { BlockType Outport Name "rho_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_inlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_outlet" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_comp" Position [460, 246, 480, 264] Port "5" 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 "p_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_outlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "m_dot_air" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "eff" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { Name "rho_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_outlet" DstPort 1 } Line { Name "T_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T_outlet" DstPort 1 } Line { Name "m_dot_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_air_inlet" DstPort 1 } Line { Name "m_dot_air_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_air_outlet" DstPort 1 } Line { Name "P_comp" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "P_comp" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function2" Ports [8, 2] Position [685, 297, 840, 703] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_1');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function2" 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_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T_inlet" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "p_0" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_left" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_right" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_ref" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_max" 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 detailed_component" "s 2" Ports [8, 3] Position [180, 105, 230, 285] FunctionName "sf_sfun" PortCounts "[8 3]" Port { PortNumber 2 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air_corr" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 296, 480, 314] } Block { BlockType Outport Name "m_dot_air" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_corr" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 170] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_inlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 2 } Line { SrcBlock "p_0" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_0" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_dot_left" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "m_dot_right" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "m_dot_ref" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "m_dot_max" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_dot_air" DstPort 1 } Line { Name "m_dot_air_corr" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air_corr" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function3" Ports [3, 1] Position [425, 463, 505, 557] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_N');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function3" 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_air_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" 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 detailed_component" "s 22" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "N" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "N" 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 "T_air_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "n" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "N" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "N" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function4" Ports [3, 1] Position [205, 31, 360, 119] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_T_air');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function4" 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_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" 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 detailed_component" "s 15" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "T_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "T_air_inlet" 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 "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "x_H2O_gas" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "T_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_air_inlet" DstPort 1 } } } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)2" Position [575, 498, 630, 547] NamePlacement "alternate" ShowName off RowIndex "Range_N" ColumnIndex "Range_p_out_p_in" OutputValues "Map_m_dot_left" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)3" Position [575, 548, 630, 597] NamePlacement "alternate" ShowName off RowIndex "Range_N" ColumnIndex "Range_p_out_p_in" OutputValues "Map_m_dot_right" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)4" Position [870, 708, 925, 757] NamePlacement "alternate" ShowName off RowIndex "Range_N" ColumnIndex "Range_m_dot_eff" OutputValues "Map_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup Name "Lookup Table1" Position [575, 650, 630, 700] ShowName off InputValues "Range_N" OutputValues "Function_m_dot_N" 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 Saturate Name "Saturation1" Position [945, 720, 970, 750] NamePlacement "alternate" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Constant Name "T_0" Position [585, 459, 630, 491] ForegroundColor "green" ShowName off Value "288.15" VectorParams1D on 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 [1465, 1015, 1495, 1045] 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 Constant Name "p_0" Position [585, 409, 630, 441] ForegroundColor "green" ShowName off Value "101300" VectorParams1D on 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 "Cold_inlet_out" Position [1583, 1095, 1597, 1125] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [1718, 1095, 1732, 1125] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_comp" Position [1403, 1095, 1417, 1125] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "eff" Position [978, 1095, 992, 1125] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Cold_outlet_out" DstPort 1 } Line { SrcBlock "Inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector" SrcPort 1 Points [0, 0; 415, 0] Branch { DstBlock "Divide" DstPort 1 } Branch { Points [585, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 2 } Branch { Points [435, 0] DstBlock "Bus\nCreator2" DstPort 1 } } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Cold_inlet_out" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [0, 0; 430, 0] Branch { DstBlock "Divide" DstPort 2 } Branch { Points [125, 0] Branch { Points [380, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 1 } Branch { Points [635, 0] DstBlock "Bus\nCreator1" DstPort 1 } } Branch { Points [0, 165] DstBlock "Embedded\nMATLA Function2" DstPort 1 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [0, 0; 70, 0] Branch { Points [1060, 0] Branch { Points [380, 0; 0, 810] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 6 } } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 4 } } Branch { Points [0, -130] DstBlock "Embedded\nMATLA Function4" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [0, 0; 75, 0] Branch { Points [1120, 0] Branch { Points [330, 0; 0, 800] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 7 } } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 5 } } Branch { Points [0, -115] DstBlock "Embedded\nMATLA Function4" DstPort 3 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [0, 0; 65, 0] Branch { Points [0, -145] DstBlock "Embedded\nMATLA Function4" DstPort 1 } Branch { Points [480, 0] Branch { Points [520, 0] Branch { Points [400, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 3 } } Branch { Points [0, 185] DstBlock "Embedded\nMATLA Function2" DstPort 2 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [1450, 0] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [1540, 0; 0, 790] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 80, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { SrcBlock "Divide" SrcPort 1 Points [0, 0; 0, 200] Branch { DstBlock "Lookup\nTable (2-D)2" DstPort 2 } Branch { Points [0, 50] DstBlock "Lookup\nTable (2-D)3" DstPort 2 } } Line { SrcBlock "Lookup\nTable (2-D)2" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 5 } Line { SrcBlock "Lookup\nTable (2-D)3" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 6 } Line { SrcBlock "m_dot_ref" SrcPort 1 Points [0, 0] DstBlock "Embedded\nMATLA Function2" DstPort 7 } Line { SrcBlock "Embedded\nMATLA Function2" SrcPort 1 Points [515, 0] DstBlock "Embedded\nMATLA Function1" DstPort 6 } Line { SrcBlock "Lookup Table1" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 8 } Line { SrcBlock "Lookup\nTable (2-D)4" SrcPort 1 DstBlock "Saturation1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 60; 410, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 45; 365, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 50; 635, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 55; 560, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 5 DstBlock "P_comp" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function2" SrcPort 2 Points [10, 0] DstBlock "Lookup\nTable (2-D)4" DstPort 2 } Line { SrcBlock "p_0" SrcPort 1 Points [0, 0] DstBlock "Embedded\nMATLA Function2" DstPort 3 } Line { SrcBlock "T_0" SrcPort 1 Points [0, 0; 25, 0] Branch { DstBlock "Embedded\nMATLA Function2" DstPort 4 } Branch { Points [0, -75; -250, 0] DstBlock "Embedded\nMATLA Function3" DstPort 2 } } Line { SrcBlock "n" SrcPort 1 Points [0, 0] DstBlock "Embedded\nMATLA Function3" DstPort 3 } Line { SrcBlock "Embedded\nMATLA Function3" SrcPort 1 Points [0, 0; 25, 0] Branch { DstBlock "Lookup\nTable (2-D)2" DstPort 1 } Branch { Points [0, 50] Branch { DstBlock "Lookup\nTable (2-D)3" DstPort 1 } Branch { Points [0, 115] Branch { DstBlock "Lookup Table1" DstPort 1 } Branch { Points [0, 45] DstBlock "Lookup\nTable (2-D)4" DstPort 1 } } } } Line { SrcBlock "Saturation1" SrcPort 1 Points [0, 0; 10, 0] Branch { DstBlock "eff" DstPort 1 } Branch { Points [440, 0] DstBlock "Embedded\nMATLA Function1" DstPort 7 } } Line { SrcBlock "Embedded\nMATLA Function4" SrcPort 1 Points [35, 0; 0, 405] DstBlock "Embedded\nMATLA Function3" DstPort 1 } Annotation { Position [740, 966] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Dynamic_HX_" Ports [4, 4] Position [570, 240, 760, 305] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Hot Side: Pressure Drop Parameter: K_1|Hot Side" ": Pressure Drop Parameter:m_1|Cold Side: Pressure Drop Parameter: K_1|Cold Si" "de: Pressure Drop Parameter: m_1|Mass Transfer Surface|Specific Heat Capacity" " Transfer Surface|Temperature Wall|Effiency Map|Range Mass Flow Hot Side|Rang" "e Mass Flow Cold Side" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit,edit,ed" "it" MaskTunableValueString "on,on,on,on,on,on,on,on,on,on" MaskCallbackString "|||||||||" MaskEnableString "on,on,on,on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on,on,on" MaskVarAliasString ",,,,,,,,," MaskVariables "K_1_hot=@1;m_1_hot=@2;K_1_cold=@3;m_1_cold=@4;m" "_wall=@5;c_wall=@6;T_wall_init=@7;M_eff=@8;m_dot_hot=@9;m_dot_cold=@10;" MaskDisplay "disp('HX')\nport_label('input',1,'Cold_inlet_in" "')\nport_label('input',2,'Cold_outlet_in')\nport_label('input',3,'Hot_inlet_i" "n')\nport_label('input',4,'Hot_outlet_in')\nport_label('output',1,'Cold_inlet" "_out')\nport_label('output',2,'Cold_outlet_out')\nport_label('output',3,'Hot_" "inlet_out')\nport_label('output',4,'Hot_outlet_out')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN|NaN|M_eff|Range_m_dot_h" "ot_air|Range_m_dot_cold_air" MaskTabNameString ",,,,,,,,," System { Name "Dynamic_HX_" Location [2, 78, 1261, 957] 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 "Cold_inlet_in" Position [25, 88, 55, 102] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Cold_outlet_in" Position [25, 158, 55, 172] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_inlet_in" Position [25, 238, 55, 252] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_outlet_in" Position [25, 308, 55, 322] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1542, 1415, 1663, 1420] 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 [1407, 1415, 1528, 1420] 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\nCreator3" Ports [8, 1] Position [1812, 1415, 1933, 1420] 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 [1677, 1415, 1798, 1420] 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, 1] Position [80, 146, 85, 184] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 1] Position [80, 296, 85, 334] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [80, 42, 85, 143] 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 [80, 192, 85, 293] 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 Function" Ports [17, 6] Position [522, 1080, 1278, 1255] 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_2');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "T" PropagatedSignals "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho" PropagatedSignals "rho_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "rho" PropagatedSignals "rho_hot_outlet" 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 "m_wall" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "c_wall" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_cold" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_hot" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_cold_inlet" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_hot_inlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_outlet" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_outlet" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_cold" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_cold" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_hot" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_hot" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall_1" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "T_wall_2" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "eff" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "eff_HT_cold" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "eff_HT_hot" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 480, 320, 520] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 16" Ports [17, 7] Position [180, 120, 230, 480] FunctionName "sf_sfun" PortCounts "[17 7]" Port { PortNumber 2 Name "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "rho_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "rho_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "T_dot_wall_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "T_dot_wall_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 491, 480, 509] } Block { BlockType Outport Name "T_cold_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_hot_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_cold_outlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_hot_outlet" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall_1" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_dot_wall_2" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 350] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "m_wall" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "c_wall" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_dot_air_cold" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_dot_air_hot" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_cold_outlet" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "p_hot_outlet" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_H2O_gas_cold" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_CO2_cold" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_hot" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_hot" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_wall_1" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "T_wall_2" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "eff" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "eff_HT_cold" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "eff_HT_hot" SrcPort 1 DstBlock " SFunction " DstPort 17 } Line { Name "T_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_cold_outlet" DstPort 1 } Line { Name "T_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T_hot_outlet" DstPort 1 } Line { Name "rho_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "rho_cold_outlet" DstPort 1 } Line { Name "rho_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "rho_hot_outlet" DstPort 1 } Line { Name "T_dot_wall_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "T_dot_wall_1" DstPort 1 } Line { Name "T_dot_wall_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "T_dot_wall_2" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [16, 6] Position [232, 660, 698, 830] 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_1');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 2 Name "m_dot_air" PropagatedSignals "m_dot_air_cold_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" PropagatedSignals "m_dot_air_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air" PropagatedSignals "m_dot_air_hot_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air" PropagatedSignals "m_dot_air_hot_outlet" 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 "K_1_hot" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_1_hot" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "rho_hot_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "K_1_cold" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_1_cold" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_cold_inlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_inlet" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_outlet" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_inlet" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_outlet" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_cold" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_cold" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_hot" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_hot" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_0" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_0" 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 detailed_component" "s 33" Ports [16, 7] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 7]" Port { PortNumber 2 Name "m_dot_air_cold" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air_cold_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air_hot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air_hot_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "m_dot_air_cold" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_cold_inlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_cold_outlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot_inlet" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot_outlet" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 340] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "K_1_hot" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_1_hot" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "rho_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "K_1_cold" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_1_cold" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "p_cold_outlet" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "p_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "p_hot_outlet" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_cold" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_cold" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_hot" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_hot" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_0" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_0" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "m_dot_air_cold" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_dot_air_cold" DstPort 1 } Line { Name "m_dot_air_cold_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air_cold_inlet" DstPort 1 } Line { Name "m_dot_air_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_air_cold_outlet" DstPort 1 } Line { Name "m_dot_air_hot" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_air_hot" DstPort 1 } Line { Name "m_dot_air_hot_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_air_hot_inlet" DstPort 1 } Line { Name "m_dot_air_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "m_dot_air_hot_outlet" DstPort 1 } } } Block { BlockType Integrator Name "Integrator" Ports [1, 1] Position [1075, 1275, 1105, 1305] Orientation "down" NamePlacement "alternate" ShowName off InitialCondition "T_wall_init" IgnoreLimit off } Block { BlockType Integrator Name "Integrator1" Ports [1, 1] Position [1200, 1275, 1230, 1305] 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 "K_1_cold" Position [80, 425, 155, 455] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "K_1_cold" VectorParams1D on 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 "K_1_hot" Position [80, 365, 155, 395] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "K_1_hot" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)1" Position [1115, 962, 1155, 993] ShowName off RowIndex "m_dot_cold" ColumnIndex "m_dot_hot" OutputValues "M_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)2" Position [1115, 892, 1155, 923] ShowName off RowIndex "m_dot_cold" ColumnIndex "m_dot_hot" OutputValues "M_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)3" Position [1115, 927, 1155, 958] ShowName off RowIndex "m_dot_cold" ColumnIndex "m_dot_hot" OutputValues "M_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Saturate Name "Saturation1" Position [1155, 1015, 1185, 1040] Orientation "down" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Saturate Name "Saturation2" Position [1200, 1015, 1230, 1040] Orientation "down" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Saturate Name "Saturation3" Position [1245, 1015, 1275, 1040] Orientation "down" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Constant Name "T_0" Position [80, 524, 125, 556] ForegroundColor "green" ShowName off Value "288.15" VectorParams1D on 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 [380, 1020, 455, 1050] 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 "m_1_cold" Position [80, 455, 155, 485] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m_1_cold" VectorParams1D on 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_1_hot" Position [80, 395, 155, 425] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m_1_hot" VectorParams1D on 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 [1345, 1365, 1375, 1395] 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 Constant Name "m_wall" Position [380, 990, 455, 1020] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m_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 "p_0" Position [80, 489, 125, 521] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "101300" VectorParams1D on 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 "Cold_inlet_out" Position [1463, 1445, 1477, 1475] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [1598, 1445, 1612, 1475] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_inlet_out" Position [1733, 1445, 1747, 1475] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_outlet_out" Position [1868, 1445, 1882, 1475] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Cold_outlet_out" DstPort 1 } Line { SrcBlock "Cold_inlet_in" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Hot_inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [390, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 9 } Branch { Points [1340, 0] DstBlock "Bus\nCreator3" DstPort 1 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Cold_inlet_out" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [330, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 7 } Branch { Points [1130, 0] DstBlock "Bus\nCreator1" DstPort 1 } } Line { SrcBlock "Cold_outlet_in" SrcPort 1 DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [360, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 8 } Branch { Points [360, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 7 } Branch { Points [605, 0] DstBlock "Bus\nCreator2" DstPort 1 } } } Line { SrcBlock "Hot_outlet_in" SrcPort 1 DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [420, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 10 } Branch { Points [345, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 8 } Branch { Points [830, 0] DstBlock "Bus\nCreator4" DstPort 1 } } } Line { SrcBlock "Bus\nCreator3" SrcPort 1 Points [0, 0] DstBlock "Hot_outlet_out" DstPort 1 } Line { SrcBlock "Bus\nCreator4" SrcPort 1 Points [0, 0] DstBlock "Hot_inlet_out" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [450, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 11 } Branch { Points [360, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 9 } Branch { Points [590, 0; 0, 1260] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 6 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [510, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 13 } Branch { Points [390, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 11 } Branch { Points [770, 0; 0, 1100] Branch { DstBlock "Bus\nCreator4" DstPort 6 } Branch { Points [135, 0] DstBlock "Bus\nCreator3" DstPort 6 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [540, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 14 } Branch { Points [405, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 12 } Branch { Points [740, 0; 0, 1090] Branch { DstBlock "Bus\nCreator4" DstPort 7 } Branch { Points [135, 0] DstBlock "Bus\nCreator3" DstPort 7 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [480, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 12 } Branch { Points [375, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 10 } Branch { Points [560, 0; 0, 1250] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 7 } } } } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 150; 170, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 4 } Branch { Points [410, 0] Branch { DstBlock "Lookup\nTable (2-D)1" DstPort 2 } Branch { Points [0, -70] Branch { Points [0, -15] DstBlock "Lookup\nTable (2-D)2" DstPort 1 } Branch { DstBlock "Lookup\nTable (2-D)2" DstPort 2 } } } } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 135; 350, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 3 } Branch { Points [445, 0] Branch { DstBlock "Lookup\nTable (2-D)1" DstPort 1 } Branch { Points [0, -20; 0, 0] Branch { Points [0, -15] DstBlock "Lookup\nTable (2-D)3" DstPort 1 } Branch { DstBlock "Lookup\nTable (2-D)3" DstPort 2 } } } } Line { SrcBlock "Lookup\nTable (2-D)1" SrcPort 1 Points [10, 0] DstBlock "Saturation1" DstPort 1 } Line { SrcBlock "m_wall" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { SrcBlock "c_wall" SrcPort 1 Points [125, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [630, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 5 } Branch { Points [725, 0] DstBlock "Bus\nCreator2" DstPort 3 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [675, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 6 } Branch { Points [950, 0] DstBlock "Bus\nCreator4" DstPort 3 } } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 5 DstBlock "Integrator" DstPort 1 } Line { SrcBlock "Integrator" SrcPort 1 Points [0, 10; 200, 0; 0, -255] DstBlock "Embedded\nMATLA Function" DstPort 13 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 30; 1120, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 35; 1180, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [300, 0] Branch { Points [1040, 0] DstBlock "Bus\nCreator2" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 6 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [1430, 0; 0, 1240] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 90; 725, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 95; 990, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [210, 0] Branch { Points [1400, 0] DstBlock "Bus\nCreator4" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 3 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 5 Points [0, 40; 1165, 0] DstBlock "Bus\nCreator4" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [1700, 0; 0, 1080] Branch { DstBlock "Bus\nCreator4" DstPort 8 } Branch { Points [135, 0] DstBlock "Bus\nCreator3" DstPort 8 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 85; 1135, 0] DstBlock "Bus\nCreator3" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 80; 870, 0] DstBlock "Bus\nCreator3" DstPort 2 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 6 Points [0, 45; 1225, 0] DstBlock "Bus\nCreator3" DstPort 5 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 80, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [135, 0] Branch { DstBlock "Bus\nCreator1" DstPort 4 } Branch { Points [135, 0] Branch { DstBlock "Bus\nCreator4" DstPort 4 } Branch { Points [135, 0] DstBlock "Bus\nCreator3" DstPort 4 } } } } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 6 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Integrator1" SrcPort 1 Points [0, 15; 70, 0; 0, -265; -160, 0] DstBlock "Embedded\nMATLA Function" DstPort 14 } Line { SrcBlock "Saturation1" SrcPort 1 DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "Lookup\nTable (2-D)3" SrcPort 1 Points [55, 0] DstBlock "Saturation2" DstPort 1 } Line { SrcBlock "Saturation2" SrcPort 1 DstBlock "Embedded\nMATLA Function" DstPort 16 } Line { SrcBlock "Saturation3" SrcPort 1 DstBlock "Embedded\nMATLA Function" DstPort 17 } Line { SrcBlock "Lookup\nTable (2-D)2" SrcPort 1 Points [100, 0] DstBlock "Saturation3" DstPort 1 } Line { SrcBlock "K_1_hot" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function1" DstPort 1 } Line { SrcBlock "m_1_hot" SrcPort 1 Points [110, 0] DstBlock "Embedded\nMATLA Function1" DstPort 2 } Line { SrcBlock "K_1_cold" SrcPort 1 Points [170, 0] DstBlock "Embedded\nMATLA Function1" DstPort 4 } Line { SrcBlock "m_1_cold" SrcPort 1 Points [200, 0] DstBlock "Embedded\nMATLA Function1" DstPort 5 } Line { SrcBlock "p_0" SrcPort 1 Points [530, 0] DstBlock "Embedded\nMATLA Function1" DstPort 15 } Line { SrcBlock "T_0" SrcPort 1 Points [560, 0] DstBlock "Embedded\nMATLA Function1" DstPort 16 } Annotation { Position [425, 696] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Generalized_Fan_" Ports [3, 3] Position [335, 204, 460, 316] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Diameter [m]|Reference: Rotational Speed [1/min" "]|Lower Limit: Rotational Speed [1/min]|Reference: Density [kg/m³]|a3 [Pa/(kg" "/s)³]|a2 [Pa/(kg/s)²]|a1 [Pa/(kg/s)]|a0 [Pa]|V_dot_limit [m³/s]" 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;n_0=@2;n_min=@3;rho_0=@4;a_3=@5;a_2=@6;a_1" "=@7;a_0=@8;V_dot_limit=@9;" MaskDisplay "plot([.5],[.5],[1 2 1 2 1],[1 1 2 2 1],[2.5],[2" ".5])\nport_label('input',1,'Inlet_in')\nport_label('input',2,'Outlet_in')\npo" "rt_label('input',3,'n [1/min]')\nport_label('output',1,'Inlet_out')\nport_lab" "el('output',2,'Outlet_out')\nport_label('output',3,'m_dot_pol')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,,,,," System { Name "Generalized_Fan_" Location [6, 82, 1257, 970] 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 "Inlet_In" Position [40, 78, 70, 92] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Outlet_In" Position [40, 168, 70, 182] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" Position [40, 257, 70, 273] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Sum Name "Add" Ports [2, 1] Position [832, 325, 863, 355] Orientation "down" NamePlacement "alternate" ShowName off Inputs "-+" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [452, 1125, 573, 1130] 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 [182, 1125, 303, 1130] 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 [95, 32, 100, 133] 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, 1] Position [95, 138, 100, 212] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType SubSystem Name "Embedded\nMATLA Function" Ports [17, 5] Position [168, 690, 672, 820] 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 "m_dot_air" PropagatedSignals "m_dot_in" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air" PropagatedSignals "m_dot_out" 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" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "n_0" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n_min" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "rho_0" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "a_0" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "a_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "a_2" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "a_3" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "V_dot_limit" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "K" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "p_in" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "T_in" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "p_out" Position [20, 641, 40, 659] Port "16" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_pol" Position [20, 676, 40, 694] Port "17" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 480, 320, 520] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 12" Ports [17, 6] Position [180, 120, 230, 480] FunctionName "sf_sfun" PortCounts "[17 6]" Port { PortNumber 2 Name "rho" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_in" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_out" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "Delta_p_pol" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 491, 480, 509] } 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 "m_dot_in" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_out" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_p_pol" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 350] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "n" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "n_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "n_min" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "rho_0" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "a_0" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "a_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "a_2" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "a_3" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "V_dot_limit" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "K" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "p_in" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "rho_in" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "T_in" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_H2O_gas_in" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "x_CO2_in" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "p_out" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { SrcBlock "m_dot_pol" SrcPort 1 DstBlock " SFunction " DstPort 17 } 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 "m_dot_in" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_in" DstPort 1 } Line { Name "m_dot_out" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_out" DstPort 1 } Line { Name "Delta_p_pol" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "Delta_p_pol" DstPort 1 } } } Block { BlockType Gain Name "Gain" Position [850, 825, 880, 855] Gain "-1" ParameterDataTypeMode "Inherit via internal rule" OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Constant Name "K" Position [95, 607, 140, 643] ForegroundColor "green" ShowName off Value "0.1" 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 SubSystem Name "Revers_Function_PT1" Ports [2, 1] Position [905, 794, 985, 856] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Revers_Function_PT1" Location [38, 86, 445, 252] 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 "Delta_p" Position [25, 23, 55, 37] BackgroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_p_pol" Position [25, 43, 55, 57] BackgroundColor "green" Port "2" IconDisplay "Port number" } Block { BlockType Constant Name "Constant1" Position [25, 82, 110, 108] ShowName off Value "0.1" 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 "Constant2" Position [155, 79, 260, 111] ShowName off Value "100/(D^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 Integrator Name "Integrator" Ports [1, 1] Position [220, 40, 250, 70] ShowName off IgnoreLimit off Port { PortNumber 1 Name "x" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Product Name "Product1" Ports [2, 1] Position [140, 29, 160, 76] ShowName off Inputs "*/" InputSameDT off RndMeth "Floor" Port { PortNumber 1 Name "x_dot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Product Name "Product2" Ports [2, 1] Position [285, 44, 305, 91] ShowName off Inputs "*/" InputSameDT off RndMeth "Floor" } Block { BlockType Sum Name "Sum" Ports [2, 1] Position [75, 19, 90, 61] ShowName off Inputs "+-" InputSameDT off OutDataTypeMode "Inherit via internal rule" Port { PortNumber 1 Name "u - x" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Outport Name "m_dot_pol" Position [330, 63, 360, 77] BackgroundColor "red" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "u - x" Labels [0, 1] SrcBlock "Sum" SrcPort 1 DstBlock "Product1" DstPort 1 } Line { SrcBlock "Constant1" SrcPort 1 Points [10, 0] DstBlock "Product1" DstPort 2 } Line { Name "x_dot" Labels [1, 0] SrcBlock "Product1" SrcPort 1 DstBlock "Integrator" DstPort 1 } Line { Name "x" Labels [0, 1] SrcBlock "Integrator" SrcPort 1 Points [0, 0] DstBlock "Product2" DstPort 1 } Line { SrcBlock "Constant2" SrcPort 1 Points [0, -15] DstBlock "Product2" DstPort 2 } Line { SrcBlock "Delta_p" SrcPort 1 DstBlock "Sum" DstPort 1 } Line { SrcBlock "Delta_p_pol" SrcPort 1 DstBlock "Sum" DstPort 2 } Line { SrcBlock "Product2" SrcPort 1 Points [0, 0] DstBlock "m_dot_pol" DstPort 1 } } } Block { BlockType Constant Name "V_dot_limit" Position [95, 566, 165, 604] ForegroundColor "green" ShowName off Value "V_dot_limit" VectorParams1D on 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 "a_0" Position [95, 407, 140, 443] ForegroundColor "green" ShowName off Value "a_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 Constant Name "a_1" Position [95, 447, 140, 483] ForegroundColor "green" ShowName off Value "a_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 "a_2" Position [95, 487, 140, 523] ForegroundColor "green" ShowName off Value "a_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 "a_3" Position [95, 527, 140, 563] ForegroundColor "green" ShowName off Value "a_3" VectorParams1D on 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 [110, 1075, 140, 1105] 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 "n_0" Position [95, 287, 140, 323] ForegroundColor "green" ShowName off Value "n_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 Constant Name "n_min" Position [95, 327, 140, 363] ForegroundColor "green" ShowName off Value "n_min" VectorParams1D on 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_0" Position [95, 367, 140, 403] ForegroundColor "green" ShowName off Value "rho_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 "Inlet_Out" Position [238, 1155, 252, 1185] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Outlet_Out" Position [508, 1155, 522, 1185] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_pol" Position [1020, 818, 1050, 832] ForegroundColor "blue" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 130; 170, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 145; 255, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { SrcBlock "Gain" SrcPort 1 DstBlock "Revers_Function_PT1" DstPort 2 } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 15] DstBlock "Gain" DstPort 1 } Line { SrcBlock "Revers_Function_PT1" SrcPort 1 Points [5, 0] Branch { Points [0, -150] DstBlock "Embedded\nMATLA Function" DstPort 17 } Branch { DstBlock "m_dot_pol" DstPort 1 } } Line { SrcBlock "Add" SrcPort 1 Points [0, 450] DstBlock "Revers_Function_PT1" DstPort 1 } Line { SrcBlock "K" SrcPort 1 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { SrcBlock "V_dot_limit" SrcPort 1 Points [250, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 115; -170, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "a_0" SrcPort 1 Points [155, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { SrcBlock "a_1" SrcPort 1 Points [185, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { SrcBlock "a_2" SrcPort 1 Points [215, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { SrcBlock "a_3" SrcPort 1 Points [245, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [705, 0; 0, 955; -245, 0] Branch { Points [-270, 0] DstBlock "Bus\nCreator2" DstPort 8 } Branch { DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [495, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 15 } Branch { Points [190, 0; 0, 955; -240, 0] Branch { DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [-270, 0] DstBlock "Bus\nCreator2" DstPort 7 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [465, 0] Branch { Points [200, 0; 0, 955; -235, 0] Branch { DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [-270, 0] DstBlock "Bus\nCreator2" DstPort 6 } } Branch { DstBlock "Embedded\nMATLA Function" DstPort 14 } } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [525, 0] Branch { Points [60, 0] Branch { Points [0, 810; -500, 0] DstBlock "Bus\nCreator2" DstPort 1 } Branch { Points [150, 0] DstBlock "Add" DstPort 1 } } Branch { DstBlock "Embedded\nMATLA Function" DstPort 16 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [435, 0] Branch { Points [210, 0; 0, 955; -530, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { DstBlock "Embedded\nMATLA Function" DstPort 13 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [405, 0] Branch { Points [220, 0; 0, 955; -525, 0] DstBlock "Bus\nCreator2" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function" DstPort 12 } } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [375, 0] Branch { Points [230, 0] Branch { Points [0, 0; 0, 955; -250, 0] DstBlock "Bus\nCreator1" DstPort 1 } Branch { Points [145, 0] DstBlock "Add" DstPort 2 } } Branch { Points [0, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } } Line { SrcBlock "rho_0" SrcPort 1 Points [125, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Outlet_Out" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 90, 0] Branch { Points [270, 0] DstBlock "Bus\nCreator1" DstPort 4 } Branch { DstBlock "Bus\nCreator2" DstPort 4 } } Line { Labels [2, 0] SrcBlock "n" SrcPort 1 Points [105, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Labels [2, 0] SrcBlock "n_0" SrcPort 1 Points [65, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "Inlet_In" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "n_min" SrcPort 1 Points [95, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { SrcBlock "Outlet_In" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Inlet_Out" DstPort 1 } Annotation { Position [440, 821] UseDisplayTextAsClickCallback off } Annotation { Position [1255, 1532] UseDisplayTextAsClickCallback off } Annotation { Position [1250, 1302] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Heat_Mass_Exchange_" Ports [2, 2] Position [165, 72, 245, 128] NamePlacement "alternate" MinAlgLoopOccurrences on RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Exchange Surface [m²]|Exchange Length [m]|Ampli" "fication Gain" 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;L=@2;gain=@3;" MaskDisplay "plot([.5],[.5],[1 1 2 2 2 2.5 3 4 4.5 5],[1 2 1" " 2 1.5 1.5 2 1 1.5 1.5],[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" MaskTabNameString ",," System { Name "Heat_Mass_Exchange_" Location [-70, 182, 926, 751] 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, 755, 498, 760] 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 [152, 755, 273, 760] 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, 4] Position [85, 141, 90, 244] ShowName off OutputSignals "rho,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 BusSelector Name "Bus\nSelector3" Ports [1, 4] Position [85, 36, 90, 139] ShowName off OutputSignals "rho,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 Constant Name "Constant1" 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 "Constant2" Position [80, 665, 110, 695] 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 "Constant3" Position [80, 560, 110, 590] 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 "Constant4" Position [80, 595, 110, 625] 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 "Constant5" Position [85, 310, 125, 340] ForegroundColor "green" ShowName off Value "gain" VectorParams1D on 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 "Constant6" Position [80, 630, 110, 660] 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 "T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "Constant7" Position [85, 250, 115, 280] 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 [11, 5] Position [176, 360, 624, 485] 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 "m_dot_air" PropagatedSignals "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_CO2" PropagatedSignals "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 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 "L" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "gain" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_1" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_1" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_1" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_1" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "rho_in_2" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_in_2" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_in_2" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq_in_2" 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 detailed_component" "s 103" Ports [11, 6] Position [180, 114, 230, 356] FunctionName "sf_sfun" PortCounts "[11 6]" Port { PortNumber 2 Name "m_dot_air_1" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "x_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air_2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 366, 480, 384] } Block { BlockType Outport Name "m_dot_air_1" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_CO2" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_2" 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 "A" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "L" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "gain" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "rho_in_1" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_H2O_gas_in_1" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_CO2_in_1" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_H2O_liq_in_1" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "rho_in_2" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_H2O_gas_in_2" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_CO2_in_2" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_liq_in_2" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { Name "m_dot_air_1" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_dot_air_1" DstPort 1 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "x_H2O_gas" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_liq" DstPort 1 } Line { Name "m_dot_air_2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_air_2" DstPort 1 } } } Block { BlockType Outport Name "Out_1" Position [208, 785, 222, 815] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Out_2" Position [433, 785, 447, 815] Orientation "down" ForegroundColor "blue" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [425, 0] DstBlock "Embedded\nMATLA Function" DstPort 9 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [345, 0] DstBlock "Embedded\nMATLA Function" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [305, 0] DstBlock "Embedded\nMATLA Function" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [265, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [225, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "Constant5" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function" DstPort 3 } Line { Labels [2, 0] SrcBlock "Constant1" SrcPort 1 Points [120, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { Labels [2, 0] SrcBlock "Constant7" SrcPort 1 Points [80, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Name "m_air" Labels [0, 0] SrcBlock "Constant2" SrcPort 1 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [225, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 1 DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 65; -135, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" SrcPort 1 DstBlock "Out_2" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector3" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [385, 0] DstBlock "Embedded\nMATLA Function" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [465, 0] DstBlock "Embedded\nMATLA Function" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [505, 0] DstBlock "Embedded\nMATLA Function" DstPort 11 } Line { Name "p" Labels [0, 0] SrcBlock "Constant3" SrcPort 1 Points [0, 0; 45, 0] Branch { DstBlock "Bus\nCreator2" DstPort 1 } Branch { Points [225, 0] DstBlock "Bus\nCreator1" DstPort 1 } } Line { Name "rho" Labels [0, 0] SrcBlock "Constant4" SrcPort 1 Points [0, 0; 60, 0] Branch { DstBlock "Bus\nCreator2" DstPort 2 } Branch { Points [225, 0] DstBlock "Bus\nCreator1" DstPort 2 } } Line { Name "T" Labels [0, 0] SrcBlock "Constant6" SrcPort 1 Points [0, 0; 75, 0] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [225, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 20; 0, 0] Branch { Points [-75, 0] DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [150, 0] DstBlock "Bus\nCreator1" DstPort 6 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 35] Branch { Points [-150, 0] DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [75, 0] DstBlock "Bus\nCreator1" DstPort 7 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 50] Branch { DstBlock "Bus\nCreator1" DstPort 8 } Branch { Points [-225, 0] DstBlock "Bus\nCreator2" DstPort 8 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out_1" DstPort 1 } Annotation { Position [410, 616] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Hot_Bar_" Ports [4, 4] Position [570, 22, 745, 138] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Effiency Map|Range Mass Flow Hot Side|Range Mas" "s Flow Cold Side" MaskStyleString "edit,edit,edit" MaskTunableValueString "on,on,on" MaskCallbackString "||" MaskEnableString "on,on,on" MaskVisibilityString "on,on,on" MaskToolTipString "on,on,on" MaskVarAliasString ",," MaskVariables "M_eff=@1;m_dot_hot=@2;m_dot_cold=@3;" MaskDisplay "disp('Hot_Bar')\nport_label('input',1,'Cold_inl" "et_in')\nport_label('input',2,'Cold_outlet_in')\nport_label('input',3,'Hot_in" "let_in')\nport_label('input',4,'Hot_outlet_in')\nport_label('output',1,'Cold_" "inlet_out')\nport_label('output',2,'Cold_outlet_out')\nport_label('output',3," "'Hot_inlet_out')\nport_label('output',4,'Hot_outlet_out')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "M_eff_HOTBAR|Range_m_dot_hot_air|Range_m_dot_co" "ld_air" MaskTabNameString ",," System { Name "Hot_Bar_" Location [196, 113, 1209, 784] 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 "80" Block { BlockType Inport Name "Cold_inlet_in" Position [25, 223, 55, 237] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Cold_outlet_in" Position [25, 323, 55, 337] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_inlet_in" Position [25, 433, 55, 447] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_outlet_in" Position [25, 533, 55, 547] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [372, 965, 493, 970] 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 [242, 965, 363, 970] 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\nCreator3" Ports [8, 1] Position [632, 965, 753, 970] 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 [502, 965, 623, 970] 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, 8] Position [80, 279, 85, 381] 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\nSelector2" Ports [1, 6] Position [80, 386, 85, 489] ShowName off OutputSignals "p,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" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [80, 176, 85, 279] ShowName off OutputSignals "p,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" } } Block { BlockType BusSelector Name "Bus\nSelector4" Ports [1, 8] Position [80, 489, 85, 591] 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 Function1" Ports [11, 4] Position [875, 635, 1335, 805] 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_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" PropagatedSignals "T_hot_outlet" 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 "eff" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_cold" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_hot" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_cold_inlet" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_hot_inlet" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_outlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_outlet" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_cold" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_cold" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_hot" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_hot" 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 detailed_component" "s 1" Ports [11, 5] Position [180, 114, 230, 356] FunctionName "sf_sfun" PortCounts "[11 5]" Port { PortNumber 2 Name "rho_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "T_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 366, 480, 384] } Block { BlockType Outport Name "rho_cold_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_hot_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_cold_outlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_hot_outlet" Position [460, 206, 480, 224] Port "4" 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 "eff" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_dot_air_cold" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_dot_air_hot" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "p_cold_outlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_hot_outlet" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_cold" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_cold" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_gas_hot" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_CO2_hot" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { Name "rho_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_cold_outlet" DstPort 1 } Line { Name "rho_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_hot_outlet" DstPort 1 } Line { Name "T_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_cold_outlet" DstPort 1 } Line { Name "T_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "T_hot_outlet" DstPort 1 } } } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)1" Position [887, 560, 918, 600] Orientation "down" NamePlacement "alternate" ShowName off RowIndex "m_dot_cold" ColumnIndex "m_dot_hot" OutputValues "M_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Constant Name "m_air" Position [185, 895, 215, 925] 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 "Cold_inlet_out" Position [298, 995, 312, 1025] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [428, 995, 442, 1025] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_inlet_out" Position [558, 995, 572, 1025] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_outlet_out" Position [688, 995, 702, 1025] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Cold_outlet_out" DstPort 1 } Line { SrcBlock "Cold_inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Cold_inlet_out" DstPort 1 } Line { SrcBlock "Bus\nCreator3" SrcPort 1 Points [0, 0] DstBlock "Hot_outlet_out" DstPort 1 } Line { SrcBlock "Bus\nCreator4" SrcPort 1 Points [0, 0] DstBlock "Hot_inlet_out" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [160, 0] Branch { DstBlock "Bus\nCreator2" DstPort 1 } Branch { Points [855, 0] DstBlock "Embedded\nMATLA Function1" DstPort 6 } } Line { SrcBlock "Cold_outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [175, 0] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [190, 0] DstBlock "Bus\nCreator2" DstPort 3 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [205, 0] DstBlock "Bus\nCreator2" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [220, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 6 Points [235, 0] DstBlock "Bus\nCreator2" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 7 Points [250, 0] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 8 Points [265, 0] DstBlock "Bus\nCreator2" DstPort 8 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [290, 0] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [365, 0] Branch { DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [730, 0] DstBlock "Embedded\nMATLA Function1" DstPort 8 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [380, 0] Branch { DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [755, 0] DstBlock "Embedded\nMATLA Function1" DstPort 9 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [395, 0] DstBlock "Bus\nCreator1" DstPort 8 } Line { SrcBlock "Lookup\nTable (2-D)1" SrcPort 1 DstBlock "Embedded\nMATLA Function1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [350, 0] Branch { DstBlock "Bus\nCreator1" DstPort 5 } Branch { Points [455, 0] Branch { Points [50, 0] DstBlock "Embedded\nMATLA Function1" DstPort 2 } Branch { DstBlock "Lookup\nTable (2-D)1" DstPort 1 } } } Line { SrcBlock "Hot_inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Hot_outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [420, 0] Branch { DstBlock "Bus\nCreator4" DstPort 1 } Branch { Points [635, 0] DstBlock "Embedded\nMATLA Function1" DstPort 7 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [435, 0] DstBlock "Bus\nCreator4" DstPort 2 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [450, 0] DstBlock "Bus\nCreator4" DstPort 3 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [465, 0] DstBlock "Bus\nCreator4" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [480, 0] DstBlock "Bus\nCreator4" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [495, 0] DstBlock "Bus\nCreator4" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 7 Points [510, 0] DstBlock "Bus\nCreator4" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 8 Points [525, 0] DstBlock "Bus\nCreator4" DstPort 8 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [550, 0] DstBlock "Bus\nCreator3" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [625, 0] Branch { DstBlock "Bus\nCreator3" DstPort 6 } Branch { Points [550, 0] DstBlock "Embedded\nMATLA Function1" DstPort 10 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [640, 0] Branch { DstBlock "Bus\nCreator3" DstPort 7 } Branch { Points [575, 0] DstBlock "Embedded\nMATLA Function1" DstPort 11 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 6 Points [655, 0] DstBlock "Bus\nCreator3" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [610, 0] Branch { DstBlock "Bus\nCreator3" DstPort 5 } Branch { Points [210, 0] Branch { Points [75, 0] DstBlock "Embedded\nMATLA Function1" DstPort 3 } Branch { DstBlock "Lookup\nTable (2-D)1" DstPort 2 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [935, 0] DstBlock "Embedded\nMATLA Function1" DstPort 4 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [975, 0] DstBlock "Embedded\nMATLA Function1" DstPort 5 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 35; -540, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 50; -755, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 65; -395, 0] DstBlock "Bus\nCreator3" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 80; -610, 0] DstBlock "Bus\nCreator3" DstPort 3 } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 205, 0] Branch { DstBlock "Bus\nCreator1" DstPort 4 } Branch { Points [260, 0] DstBlock "Bus\nCreator3" DstPort 4 } } Annotation { Position [425, 826] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "ISA_" Ports [2, 1] Position [165, 22, 250, 53] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Temperature Bias [K]|Intrinsic Gas Constant [J/" "kg K]|Water Vapor Content|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 "Delta_T=@1;R_i=@2;x_WV=@3;x_CO2=@4;x_H2O=@5;" MaskDisplay "disp('ISA')\nport_label('input',2,'Ext')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "0|287.053|0|0|0" MaskTabNameString ",,,," System { Name "ISA_" Location [37, 278, 1049, 928] 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 [175, 53, 205, 67] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Ext" Position [175, 88, 205, 102] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [485, 218, 490, 372] 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 "Delta_T" Position [175, 119, 225, 151] ForegroundColor "green" ShowName off Value "Delta_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" } Block { BlockType SubSystem Name "Embedded\nMATLAB Function" Ports [3, 3] Position [270, 73, 380, 197] 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 "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" } 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 "h_flight" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "Delta_T" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "R" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 210, 320, 250] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 11" Ports [3, 4] Position [180, 102, 230, 203] FunctionName "sf_sfun" PortCounts "[3 4]" 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" } } Block { BlockType Terminator Name " Terminator " Position [460, 221, 480, 239] } 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 } Line { SrcBlock " SFunction " SrcPort 1 Points [20, 0] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "h_flight" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "Delta_T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "R" SrcPort 1 DstBlock " SFunction " DstPort 3 } 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 } } } Block { BlockType Constant Name "R" Position [175, 159, 225, 191] ForegroundColor "green" ShowName off Value "R" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Terminator Name "Terminator" Position [230, 50, 250, 70] ShowName off } Block { BlockType Constant Name "m_air" Position [270, 205, 300, 235] 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 [270, 240, 300, 270] 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 [270, 313, 330, 347] 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 [270, 278, 330, 312] 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 [270, 348, 330, 382] 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 [515, 288, 545, 302] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "In" SrcPort 1 Points [0, 0] DstBlock "Terminator" DstPort 1 } Line { SrcBlock "R" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 3 } Line { SrcBlock "Delta_T" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "Ext" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [105, 0; 0, 50] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator1" 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; 0, 30] DstBlock "Bus\nCreator1" DstPort 6 } Line { Name "x_CO2" Labels [0, 0] SrcBlock "x_CO2" SrcPort 1 Points [45, 0; 0, 15] DstBlock "Bus\nCreator1" DstPort 7 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "x_H2O_liq" SrcPort 1 DstBlock "Bus\nCreator1" DstPort 8 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [70, 0; 0, 110] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [55, 0; 0, 130] DstBlock "Bus\nCreator1" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [85, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "m_air" Labels [0, 1] SrcBlock "m_air" SrcPort 1 Points [120, 0; 0, 65] DstBlock "Bus\nCreator1" DstPort 4 } } } Block { BlockType SubSystem Name "Mixing_Point_3D_" Ports [3, 1] Position [25, 27, 105, 83] 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],[1.5 1.5],[1.5 2.5],[3.5],[3])\npl" "ot([0],[0],[0.5 2.5],[1.5 1.5],[3],[3])\ntext(2.15,.45,'Mixing')\nport_label(" "'input',1,'1')\nport_label('input',2,'2')\nport_label('input',3,'3')\nport_la" "bel('output',1,'3D')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN" MaskTabNameString ",," System { Name "Mixing_Point_3D_" Location [110, 174, 1106, 824] 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 detailed_component" "s 24" 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_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" 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_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" 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_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" 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 "Mixing_Unit_1D_" Ports [2, 1] Position [25, 138, 105, 202] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off 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([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "plot([0],[0],[1.5 1.5],[2 2.5],[3],[3])\nplot([0],[0],[0.5 1],[1.5 1.5],[3],[" "3])\nplot([0],[0],[2.0 2.5],[1.5 1.5],[3],[3])\ntext(1.88,.45,'Mixing')\ntext" "(2.5,2.7,'1D')\nport_label('input',1,'1')\nport_label('input',2,'Q_dot')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Mixing_Unit_1D_" Location [2, 82, 1253, 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 [210, 78, 240, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [210, 143, 240, 157] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [1140, 551, 1145, 674] 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\nSelector6" Ports [1, 5] Position [180, 34, 185, 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 SubSystem Name "Embedded\nMATLAB Function" Ports [6, 4] Position [370, 123, 510, 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 detailed_component" "s 18" 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 [320, 316, 510, 644] 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 detailed_component" "s 19" 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 [9, 9] Position [705, 425, 910, 815] NamePlacement "alternate" 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_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 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 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_bar" 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 Inport Name "Delta_T_old" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_gas_old" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_liq_old" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 425, 320, 465] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 21" Ports [9, 10] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[9 10]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "Delta_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "Delta_m_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "Delta_m_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 436, 480, 454] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_T" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_gas" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_liq" 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 "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 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 { SrcBlock "Delta_T_old" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "Delta_m_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "Delta_m_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" DstPort 1 } Line { Name "Delta_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "Delta_T" DstPort 1 } Line { Name "Delta_m_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "Delta_m_H2O_gas" DstPort 1 } Line { Name "Delta_m_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "Delta_m_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [560, 600, 605, 635] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [560, 340, 605, 375] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [560, 405, 605, 440] 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 "Integrator4" Ports [2, 1] Position [560, 470, 605, 505] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [560, 535, 605, 570] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Product Name "Product" Ports [2, 1] Position [565, 867, 595, 898] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Product Name "Product1" Ports [2, 1] Position [565, 907, 595, 938] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Constant Name "T_init" Position [255, 181, 340, 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 UnitDelay Name "Unit Delay" Position [925, 694, 960, 726] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay1" Position [925, 739, 960, 771] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay2" Position [925, 784, 960, 816] ShowName off SampleTime "-1" } Block { BlockType Constant Name "V" Position [255, 121, 340, 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 [920, 315, 950, 345] 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 [255, 151, 340, 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 [255, 241, 340, 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 [255, 211, 340, 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 [255, 271, 340, 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 [1170, 608, 1200, 622] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 345] DstBlock "Integrator1" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 325] DstBlock "Integrator5" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 305] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 285] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 Points [0, 0] 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 [10, 0] Branch { Points [0, -80; 165, 0; 0, 250] DstBlock "Integrator2" 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 { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -25; 340, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [150, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [0, 255; -760, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 Points [90, 0; 0, 30] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [105, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 255] DstBlock "Product" DstPort 2 } } Line { SrcBlock "Integrator1" SrcPort 1 DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Line { SrcBlock "Integrator4" SrcPort 1 Points [70, 0; 0, 40] DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Line { SrcBlock "Integrator2" SrcPort 1 Points [60, 0; 0, 80] DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Line { SrcBlock "Integrator5" SrcPort 1 Points [15, 0] Branch { Points [60, 0; 0, 20] DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -335, 0; 0, -235] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { Name "m_air" SrcBlock "Integrator3" SrcPort 1 Points [10, 0] Branch { Points [0, -120; 430, 0; 0, 300] DstBlock "Bus\nCreator2" DstPort 4 } Branch { Labels [1, 1] Points [55, 0; 0, 60] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 235] Branch { Points [-320, 0; 0, -300] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } Branch { Points [0, 215] Branch { DstBlock "Product" DstPort 1 } Branch { Points [0, 40] DstBlock "Product1" DstPort 1 } } } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 6 Points [90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [0, 265] DstBlock "Product1" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 5 Points [-105, 0; 0, 475] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 4 Points [-100, 0; 0, 465] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 3 Points [-95, 0; 0, 455] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 2 Points [-90, 0; 0, 445] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 1 Points [-85, 0; 0, 435] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector6" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [165, 0; 0, 90] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [180, 0; 0, 120] DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator3" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [80, 0; 0, 290] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 480] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 7 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Unit Delay" SrcPort 1 Points [0, 130; -275, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 7 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 8 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Unit Delay1" SrcPort 1 Points [5, 0; 0, 80; -285, 0; 0, -80] DstBlock "Embedded_MATLAB_Function_2" DstPort 8 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 9 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Unit Delay2" SrcPort 1 Points [10, 0; 0, 30; -295, 0; 0, -30] DstBlock "Embedded_MATLAB_Function_2" DstPort 9 } Line { SrcBlock "Product" SrcPort 1 Points [-265, 0; 0, -495] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Line { SrcBlock "Product1" SrcPort 1 Points [-275, 0; 0, -475] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } } Block { BlockType SubSystem Name "Mixing_Unit_2D_" Ports [3, 1] Position [25, 223, 105, 287] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off 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([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "plot([0],[0],[1.5 1.5],[2 2.5],[3],[3])\nplot([0],[0],[0.5 1],[1.5 1.5],[3],[" "3])\nplot([0],[0],[2.0 2.5],[1.5 1.5],[3],[3])\ntext(1.88,.45,'Mixing')\ntext" "(2.5,2.7,'2D')\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_la" "bel('input',3,'Q_dot')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Mixing_Unit_2D_" Location [6, 82, 1257, 970] 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 [210, 78, 240, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [210, 183, 240, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [210, 263, 240, 277] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [1140, 541, 1145, 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\nSelector6" Ports [1, 5] Position [180, 34, 185, 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\nSelector8" Ports [1, 5] Position [180, 139, 185, 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 [370, 123, 510, 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 detailed_component" "s 23" 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 [320, 309, 510, 631] 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 detailed_component" "s 27" 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 [9, 9] Position [705, 415, 910, 805] NamePlacement "alternate" 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_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 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 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_bar" 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 Inport Name "Delta_T_old" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_gas_old" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_liq_old" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 425, 320, 465] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 31" Ports [9, 10] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[9 10]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "Delta_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "Delta_m_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "Delta_m_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 436, 480, 454] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_T" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_gas" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_liq" 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 "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 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 { SrcBlock "Delta_T_old" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "Delta_m_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "Delta_m_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" DstPort 1 } Line { Name "Delta_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "Delta_T" DstPort 1 } Line { Name "Delta_m_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "Delta_m_H2O_gas" DstPort 1 } Line { Name "Delta_m_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "Delta_m_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [560, 590, 605, 625] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [560, 330, 605, 365] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [560, 395, 605, 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 "Integrator4" Ports [2, 1] Position [560, 460, 605, 495] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [560, 525, 605, 560] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Product Name "Product" Ports [2, 1] Position [565, 867, 595, 898] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Product Name "Product1" Ports [2, 1] Position [565, 907, 595, 938] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Constant Name "T_init" Position [255, 181, 340, 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 UnitDelay Name "Unit Delay" Position [925, 684, 960, 716] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay1" Position [925, 729, 960, 761] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay2" Position [925, 774, 960, 806] ShowName off SampleTime "-1" } Block { BlockType Constant Name "V" Position [255, 121, 340, 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 [920, 315, 950, 345] 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 [255, 151, 340, 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 [255, 241, 340, 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 [255, 211, 340, 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 [255, 271, 340, 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 [1170, 598, 1200, 612] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 335] DstBlock "Integrator1" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 315] DstBlock "Integrator5" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 295] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 Points [0, 0] 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 [10, 0] Branch { Points [0, -80; 165, 0; 0, 240] DstBlock "Integrator2" 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 { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -25; 340, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [150, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [0, 265; -760, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 Points [90, 0; 0, 30] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [105, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 265] DstBlock "Product" DstPort 2 } } Line { SrcBlock "Integrator1" SrcPort 1 DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Line { SrcBlock "Integrator4" SrcPort 1 Points [70, 0; 0, 40] DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Line { SrcBlock "Integrator2" SrcPort 1 Points [60, 0; 0, 80] DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Line { SrcBlock "Integrator5" SrcPort 1 Points [15, 0] Branch { Points [60, 0; 0, 20] DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -335, 0; 0, -265] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { Name "m_air" SrcBlock "Integrator3" SrcPort 1 Points [10, 0] Branch { Points [0, -110; 430, 0; 0, 290] DstBlock "Bus\nCreator2" DstPort 4 } Branch { Labels [1, 1] Points [55, 0; 0, 60] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 235] Branch { Points [-320, 0; 0, -310] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } Branch { Points [0, 225] Branch { DstBlock "Product" DstPort 1 } Branch { Points [0, 40] DstBlock "Product1" DstPort 1 } } } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 6 Points [90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [0, 275] DstBlock "Product1" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector8" SrcPort 5 Points [-130, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector8" SrcPort 4 Points [-125, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector8" SrcPort 3 Points [-120, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector8" SrcPort 2 Points [-115, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector8" SrcPort 1 Points [-110, 0; 0, 370] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 5 Points [-105, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 4 Points [-100, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 3 Points [-95, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 2 Points [-90, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 1 Points [-85, 0; 0, 375] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { SrcBlock "In_2" SrcPort 1 DstBlock "Bus\nSelector8" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector6" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [165, 0; 0, 90] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [180, 0; 0, 120] DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator3" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [80, 0; 0, 280] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-165, 0; 0, 350] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 7 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Unit Delay" SrcPort 1 Points [0, 130; -275, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 7 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 8 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Unit Delay1" SrcPort 1 Points [5, 0; 0, 80; -285, 0; 0, -80] DstBlock "Embedded_MATLAB_Function_2" DstPort 8 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 9 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Unit Delay2" SrcPort 1 Points [10, 0; 0, 30; -295, 0; 0, -30] DstBlock "Embedded_MATLAB_Function_2" DstPort 9 } Line { SrcBlock "Product" SrcPort 1 Points [-265, 0; 0, -525] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Line { SrcBlock "Product1" SrcPort 1 Points [-275, 0; 0, -525] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } } Block { BlockType SubSystem Name "Mixing_Unit_3D_" Ports [4, 1] Position [25, 305, 105, 370] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off 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([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "plot([0],[0],[1.5 1.5],[2 2.5],[3],[3])\nplot([0],[0],[0.5 1],[1.5 1.5],[3],[" "3])\nplot([0],[0],[2.0 2.5],[1.5 1.5],[3],[3])\ntext(1.88,.45,'Mixing')\ntext" "(2.5,2.7,'3D')\nport_label('input',1,'1')\nport_label('input',2,'2')\nport_la" "bel('input',3,'3')\nport_label('input',4,'Q_dot')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Mixing_Unit_3D_" 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 "80" Block { BlockType Inport Name "In_1" Position [225, 78, 255, 92] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [225, 183, 255, 197] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [225, 288, 255, 302] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [225, 368, 255, 382] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [1155, 546, 1160, 669] 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, 244, 200, 346] 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, 34, 200, 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 [195, 139, 200, 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 [385, 128, 525, 302] 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 detailed_component" "s 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 [340, 315, 530, 635] 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 detailed_component" "s 9" 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 [9, 9] Position [720, 420, 925, 810] NamePlacement "alternate" 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_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 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 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_bar" 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 Inport Name "Delta_T_old" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_gas_old" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_liq_old" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 425, 320, 465] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 10" Ports [9, 10] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[9 10]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "Delta_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "Delta_m_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "Delta_m_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 436, 480, 454] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_T" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_gas" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_liq" 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 "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 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 { SrcBlock "Delta_T_old" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "Delta_m_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "Delta_m_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" DstPort 1 } Line { Name "Delta_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "Delta_T" DstPort 1 } Line { Name "Delta_m_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "Delta_m_H2O_gas" DstPort 1 } Line { Name "Delta_m_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "Delta_m_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [575, 595, 620, 630] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [575, 335, 620, 370] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [575, 400, 620, 435] 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 "Integrator4" Ports [2, 1] Position [575, 465, 620, 500] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [575, 530, 620, 565] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Product Name "Product" Ports [2, 1] Position [580, 872, 610, 903] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Product Name "Product1" Ports [2, 1] Position [580, 912, 610, 943] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Constant Name "T_init" Position [270, 186, 355, 214] 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 UnitDelay Name "Unit Delay" Position [940, 689, 975, 721] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay1" Position [940, 734, 975, 766] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay2" Position [940, 779, 975, 811] ShowName off SampleTime "-1" } Block { BlockType Constant Name "V" Position [270, 126, 355, 154] 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 [935, 320, 965, 350] 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 [270, 156, 355, 184] 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 [270, 246, 355, 274] 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 [270, 216, 355, 244] 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 [270, 276, 355, 304] 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 [1185, 603, 1215, 617] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 335] DstBlock "Integrator1" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 315] DstBlock "Integrator5" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 295] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 275] DstBlock "Integrator3" 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 [10, 0] Branch { Points [0, -80; 165, 0; 0, 240] DstBlock "Integrator2" 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 { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -25; 340, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [150, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [0, 265; -755, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 Points [90, 0; 0, 30] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [105, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 265] DstBlock "Product" DstPort 2 } } Line { SrcBlock "Integrator1" SrcPort 1 DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Line { SrcBlock "Integrator4" SrcPort 1 Points [70, 0; 0, 40] DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Line { SrcBlock "Integrator2" SrcPort 1 Points [60, 0; 0, 80] DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Line { SrcBlock "Integrator5" SrcPort 1 Points [0, 0; 15, 0] Branch { Points [60, 0; 0, 20] DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 100; -330, 0; 0, -280] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { Name "m_air" SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 10, 0] Branch { Points [0, -110; 430, 0; 0, 290] DstBlock "Bus\nCreator2" DstPort 4 } Branch { Labels [1, 1] Points [55, 0; 0, 60] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 235] Branch { Points [0, 225] Branch { DstBlock "Product" DstPort 1 } Branch { Points [0, 40] DstBlock "Product1" DstPort 1 } } Branch { Points [-315, 0; 0, -315] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 6 Points [0, 0; 90, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [0, 275] DstBlock "Product1" DstPort 2 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [165, 0; 0, 90] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [180, 0; 0, 120] DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 DstBlock "Integrator3" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [80, 0; 0, 280] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 7 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Unit Delay" SrcPort 1 Points [0, 130; -275, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 7 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 8 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Unit Delay1" SrcPort 1 Points [5, 0; 0, 80; -285, 0; 0, -80] DstBlock "Embedded_MATLAB_Function_2" DstPort 8 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 9 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Unit Delay2" SrcPort 1 Points [10, 0; 0, 30; -295, 0; 0, -30] DstBlock "Embedded_MATLAB_Function_2" DstPort 9 } Line { SrcBlock "Product" SrcPort 1 Points [-260, 0; 0, -535] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Line { SrcBlock "Product1" SrcPort 1 Points [-270, 0; 0, -545] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-190, 0; 0, 250] DstBlock "Embedded_MATLAB_Function_1" DstPort 21 } Line { SrcBlock "In_1" SrcPort 1 DstBlock "Bus\nSelector2" 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, 355] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 350] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 345] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 340] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 335] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 325] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 320] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 315] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 310] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 305] 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, 295] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-140, 0; 0, 290] DstBlock "Embedded_MATLAB_Function_1" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-145, 0; 0, 285] DstBlock "Embedded_MATLAB_Function_1" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-150, 0; 0, 280] DstBlock "Embedded_MATLAB_Function_1" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-155, 0; 0, 275] DstBlock "Embedded_MATLAB_Function_1" DstPort 20 } } } Block { BlockType SubSystem Name "Mixing_Unit_4D_" Ports [5, 1] Position [25, 389, 105, 461] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off 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([0],[0],[1 2 2 1 1],[1 1 2 2 1],[3],[3])\n" "plot([0],[0],[1.5 1.5],[2 2.5],[3],[3])\nplot([0],[0],[0.5 1],[1.5 1.5],[3],[" "3])\nplot([0],[0],[2.0 2.5],[1.5 1.5],[3],[3])\ntext(1.88,.45,'Mixing')\ntext" "(2.5,2.7,'4D')\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')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "port" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,,," System { Name "Mixing_Unit_4D_" 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 "80" Block { BlockType Inport Name "In_1" Position [255, 68, 285, 82] Orientation "left" ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "In_2" Position [255, 173, 285, 187] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "In_3" Position [255, 278, 285, 292] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "In_4" Position [255, 383, 285, 397] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [255, 463, 285, 477] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "5" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [1190, 616, 1195, 739] 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 [225, 234, 230, 336] 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 [225, 24, 230, 126] 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 [225, 339, 230, 441] 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 [225, 129, 230, 231] 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 [420, 258, 560, 432] 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 detailed_component" "s 13" 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 [375, 448, 565, 837] 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 detailed_component" "s 14" 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 [9, 9] Position [755, 490, 960, 880] NamePlacement "alternate" 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_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 4 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 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 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_bar" 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 Inport Name "Delta_T_old" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_gas_old" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_liq_old" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 425, 320, 465] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 17" Ports [9, 10] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[9 10]" Port { PortNumber 2 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "Delta_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "Delta_m_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "Delta_m_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 436, 480, 454] } Block { BlockType Outport Name "p" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_T" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_gas" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_liq" 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 "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_air" SrcPort 1 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 { SrcBlock "Delta_T_old" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "Delta_m_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "Delta_m_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "p" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "p" DstPort 1 } Line { Name "rho_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" DstPort 1 } Line { Name "Delta_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "Delta_T" DstPort 1 } Line { Name "Delta_m_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "Delta_m_H2O_gas" DstPort 1 } Line { Name "Delta_m_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "Delta_m_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator1" Ports [2, 1] Position [610, 785, 655, 820] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [610, 485, 655, 520] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [610, 560, 655, 595] 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 "Integrator4" Ports [2, 1] Position [610, 635, 655, 670] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [610, 710, 655, 745] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Product Name "Product" Ports [2, 1] Position [615, 1002, 645, 1033] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Product Name "Product1" Ports [2, 1] Position [615, 1042, 645, 1073] Orientation "left" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" SaturateOnIntegerOverflow off } Block { BlockType Constant Name "T_init" Position [305, 316, 390, 344] 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 UnitDelay Name "Unit Delay" Position [975, 759, 1010, 791] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay1" Position [975, 804, 1010, 836] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay2" Position [975, 849, 1010, 881] ShowName off SampleTime "-1" } Block { BlockType Constant Name "V" Position [305, 256, 390, 284] 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 [970, 450, 1000, 480] 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 [305, 286, 390, 314] 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 [305, 376, 390, 404] 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 [305, 346, 390, 374] 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 [305, 406, 390, 434] 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 [1220, 673, 1250, 687] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 395] DstBlock "Integrator1" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 365] DstBlock "Integrator5" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 335] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 305] DstBlock "Integrator3" DstPort 2 } Line { SrcBlock "x_H2O_liq_init" SrcPort 1 Points [0, 0] 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 [5, 0] Branch { Points [5, 0] Branch { Points [0, -80; 165, 0; 0, 260] DstBlock "Integrator2" DstPort 2 } Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } } Branch { Points [0, -85; 340, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } } Line { SrcBlock "p_init" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 2 } Line { SrcBlock "V" SrcPort 1 DstBlock "Embedded\nMATLAB Function" DstPort 1 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [150, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [0, 325; -755, 0] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 Points [90, 0; 0, 30] DstBlock "Bus\nCreator2" DstPort 7 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [105, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 325] DstBlock "Product" DstPort 2 } } Line { SrcBlock "Integrator1" SrcPort 1 Points [60, 0; 0, -120] DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Line { SrcBlock "Integrator4" SrcPort 1 Points [70, 0; 0, -60] DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Line { SrcBlock "Integrator2" SrcPort 1 DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } Line { SrcBlock "Integrator5" SrcPort 1 Points [0, 0; 15, 0] Branch { Points [50, 0; 0, -90] DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Branch { Points [0, 120; -330, 0; 0, -350] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { Name "m_air" SrcBlock "Integrator3" SrcPort 1 Points [0, 0; 10, 0] Branch { Points [0, -140; 430, 0; 0, 230] DstBlock "Bus\nCreator2" DstPort 4 } Branch { Labels [1, 1] Points [65, 0; 0, -30] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Branch { Points [0, 275] Branch { Points [0, 155] Branch { DstBlock "Product" DstPort 1 } Branch { Points [0, 40] DstBlock "Product1" DstPort 1 } } Branch { Points [-315, 0; 0, -385] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 6 Points [80, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [0, 335] DstBlock "Product1" DstPort 2 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Out" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [165, 0; 0, 90] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [180, 0; 0, 120] DstBlock "Bus\nCreator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 5 Points [0, 0] DstBlock "Integrator1" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 4 Points [0, 0] DstBlock "Integrator5" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 Points [0, 0] DstBlock "Integrator4" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 Points [0, 0] DstBlock "Integrator3" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air" SrcPort 1 Points [80, 0; 0, 220] DstBlock "Bus\nCreator2" DstPort 5 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 Points [0, 0] DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 7 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Unit Delay" SrcPort 1 Points [0, 130; -275, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 7 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 8 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Unit Delay1" SrcPort 1 Points [5, 0; 0, 80; -285, 0; 0, -80] DstBlock "Embedded_MATLAB_Function_2" DstPort 8 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 9 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Unit Delay2" SrcPort 1 Points [10, 0; 0, 30; -295, 0; 0, -30] DstBlock "Embedded_MATLAB_Function_2" DstPort 9 } Line { SrcBlock "Product" SrcPort 1 Points [-260, 0; 0, -535] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } Line { SrcBlock "Product1" SrcPort 1 Points [-270, 0; 0, -545] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [-180, 0; 0, 385] DstBlock "Embedded_MATLAB_Function_1" DstPort 25 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [-175, 0; 0, 390] DstBlock "Embedded_MATLAB_Function_1" DstPort 24 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [-170, 0; 0, 395] DstBlock "Embedded_MATLAB_Function_1" DstPort 23 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [-165, 0; 0, 400] DstBlock "Embedded_MATLAB_Function_1" DstPort 22 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [-160, 0; 0, 405] DstBlock "Embedded_MATLAB_Function_1" DstPort 21 } Line { SrcBlock "In_4" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 5 Points [-155, 0; 0, 415] DstBlock "Embedded_MATLAB_Function_1" DstPort 20 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 4 Points [-150, 0; 0, 420] DstBlock "Embedded_MATLAB_Function_1" DstPort 19 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 3 Points [-145, 0; 0, 425] DstBlock "Embedded_MATLAB_Function_1" DstPort 18 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 2 Points [-140, 0; 0, 430] DstBlock "Embedded_MATLAB_Function_1" DstPort 17 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [-135, 0; 0, 435] DstBlock "Embedded_MATLAB_Function_1" DstPort 16 } Line { SrcBlock "In_3" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 5 Points [-130, 0; 0, 445] DstBlock "Embedded_MATLAB_Function_1" DstPort 15 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 4 Points [-125, 0; 0, 450] DstBlock "Embedded_MATLAB_Function_1" DstPort 14 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 3 Points [-120, 0; 0, 455] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 2 Points [-115, 0; 0, 460] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector5" SrcPort 1 Points [-110, 0; 0, 465] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 5 Points [-105, 0; 0, 475] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 4 Points [-100, 0; 0, 480] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 3 Points [-95, 0; 0, 485] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 2 Points [-90, 0; 0, 490] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [-85, 0; 0, 495] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { SrcBlock "In_2" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector5" DstPort 1 } Line { SrcBlock "In_1" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-215, 0; 0, 360] DstBlock "Embedded_MATLAB_Function_1" DstPort 26 } } } Block { BlockType SubSystem Name "Specialized_Fan_" Ports [3, 4] Position [325, 349, 470, 416] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Range Rotation Speed [1/min]|Range Pressure Rat" "io: p_out/p_in|Map Mass Flow [kg/s]|Range Rotation Speed [1/min]: Determinati" "on Delta_T|Range Mass Flow [kg/s]: Determination Delta_T|Map Delta_T/T|Maxim" "um Mass Flow [kg/s]|Response Time [s]" MaskStyleString "edit,edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on,on" MaskCallbackString "|||||||" MaskEnableString "on,on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on,on" MaskVarAliasString ",,,,,,," MaskVariables "Range_N=@1;Range_p_out_p_in=@2;Map_m_dot=@3;Ran" "ge_N_dT_T=@4;Range_m_dot_dT_T=@5;Map_dT_T=@6;m_dot_max=@7;tau=@8;" MaskDisplay "disp('FAN')\nport_label('input',1,'Inlet_in')\n" "port_label('input',2,'Outlet_in')\nport_label('input',3,'n')\nport_label('out" "put',1,'Inlet_out')\nport_label('output',2,'Outlet_out')\nport_label('output'" ",3,'P_fan')\nport_label('output',4,'eff_fan')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "Range_N_fan|Range_p_out_p_in_fan|M_m_dot_fan|Ra" "nge_N_fan_dT_T|Range_m_dot_fan_dT_T|M_dT_T_fan|NaN|NaN" MaskTabNameString ",,,,,,," System { Name "Specialized_Fan_" Location [2, 82, 997, 760] 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 "Inlet_in" Position [15, 238, 45, 252] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Outlet_in" Position [15, 313, 45, 327] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" Position [15, 583, 45, 597] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1377, 1110, 1498, 1115] 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 [1242, 1110, 1363, 1115] 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\nSelector" Ports [1, 1] Position [70, 301, 75, 339] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [70, 192, 75, 293] 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 Product Name "Divide" Ports [2, 1] Position [222, 345, 253, 375] Orientation "down" NamePlacement "alternate" Inputs "*/" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" RndMeth "Floor" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [9, 6] Position [726, 820, 1194, 990] 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_1');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" PropagatedSignals "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air" PropagatedSignals "m_dot_air_outlet" 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 "p_0" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "p_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "p_outlet" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_inlet" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "dT_T" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_corr" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 315, 320, 355] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 60" Ports [9, 7] Position [180, 109, 230, 311] FunctionName "sf_sfun" PortCounts "[9 7]" Port { PortNumber 2 Name "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "P_fan" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "eff" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 326, 480, 344] } Block { BlockType Outport Name "rho_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_inlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_outlet" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_fan" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "eff" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 215] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "p_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "p_outlet" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "dT_T" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "m_dot_air_corr" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "rho_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_outlet" DstPort 1 } Line { Name "T_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T_outlet" DstPort 1 } Line { Name "m_dot_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_air_inlet" DstPort 1 } Line { Name "m_dot_air_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_air_outlet" DstPort 1 } Line { Name "P_fan" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "P_fan" DstPort 1 } Line { Name "eff" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "eff" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function2" Ports [3, 1] Position [210, 61, 365, 149] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_T_air');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function2" 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_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" 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 detailed_component" "s 3" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "T_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "T_air_inlet" 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 "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "x_H2O_gas" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "T_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_air_inlet" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function3" Ports [3, 1] Position [400, 513, 480, 607] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_N');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function3" 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_air_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" 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 detailed_component" "s 4" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "N" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "N" 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 "T_air_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "n" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "N" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "N" DstPort 1 } } } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)" Position [705, 549, 750, 591] ShowName off RowIndex "Range_N_dT_T" ColumnIndex "Range_m_dot_dT_T" OutputValues "Map_dT_T" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)1" Position [525, 604, 570, 646] ShowName off RowIndex "Range_N" ColumnIndex "Range_p_out_p_in" OutputValues "Map_m_dot" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Saturate Name "Saturation" Position [590, 610, 620, 640] ShowName off UpperLimit "m_dot_max" LowerLimit "-inf" } Block { BlockType Saturate Name "Saturation1" Position [770, 555, 795, 585] NamePlacement "alternate" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType SubSystem Name "Subsystem11" Ports [1, 1] Position [635, 617, 670, 633] ShowName off MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off System { Name "Subsystem11" 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 [130, 63, 160, 77] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType TransferFcn Name "Transfer Fcn" Position [190, 52, 250, 88] ShowName off Denominator "[tau 1]" } Block { BlockType Outport Name "Out" Position [280, 63, 310, 77] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Transfer Fcn" SrcPort 1 DstBlock "Out" DstPort 1 } Line { SrcBlock "In" SrcPort 1 DstBlock "Transfer Fcn" DstPort 1 } } } Block { BlockType Constant Name "T_0" Position [560, 504, 605, 536] ForegroundColor "green" ShowName off Value "288.15" VectorParams1D on 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 [1180, 1060, 1210, 1090] 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 Constant Name "p_0" Position [560, 454, 605, 486] ForegroundColor "green" ShowName off Value "101300" VectorParams1D on 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 "Cold_inlet_out" Position [1298, 1140, 1312, 1170] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [1433, 1140, 1447, 1170] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_comp" Position [1073, 1140, 1087, 1170] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "eff" Position [1153, 1140, 1167, 1170] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Cold_outlet_out" DstPort 1 } Line { SrcBlock "Inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector" SrcPort 1 Points [0, 0; 150, 0] Branch { DstBlock "Divide" DstPort 1 } Branch { Points [680, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 4 } Branch { Points [340, 0] DstBlock "Bus\nCreator2" DstPort 1 } } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Cold_inlet_out" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [0, 0; 165, 0] Branch { DstBlock "Divide" DstPort 2 } Branch { Points [615, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 3 } Branch { Points [525, 0] DstBlock "Bus\nCreator1" DstPort 1 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [0, 0; 65, 0] Branch { Points [865, 0] Branch { Points [315, 0; 0, 810] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 6 } } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 6 } } Branch { Points [0, -145] DstBlock "Embedded\nMATLA Function2" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [70, 0] Branch { Points [0, 0; 910, 0] Branch { Points [280, 0; 0, 800] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 7 } } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 7 } } Branch { Points [0, -130] DstBlock "Embedded\nMATLA Function2" DstPort 3 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [60, 0] Branch { Points [820, 0] Branch { Points [320, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 5 } } Branch { Points [0, -160] DstBlock "Embedded\nMATLA Function2" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [1185, 0] DstBlock "Bus\nCreator2" DstPort 2 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [1275, 0; 0, 790] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 80, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { SrcBlock "Lookup\nTable (2-D)" SrcPort 1 DstBlock "Saturation1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 60; 445, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 45; 390, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 50; 640, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 55; 575, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 5 DstBlock "P_comp" DstPort 1 } Line { SrcBlock "p_0" SrcPort 1 Points [150, 0] DstBlock "Embedded\nMATLA Function1" DstPort 1 } Line { SrcBlock "T_0" SrcPort 1 Points [0, 0; 25, 0] Branch { Points [0, -75; -250, 0] DstBlock "Embedded\nMATLA Function3" DstPort 2 } Branch { Points [175, 0] DstBlock "Embedded\nMATLA Function1" DstPort 2 } } Line { SrcBlock "n" SrcPort 1 Points [0, 0] DstBlock "Embedded\nMATLA Function3" DstPort 3 } Line { SrcBlock "Embedded\nMATLA Function3" SrcPort 1 Points [0, 0; 5, 0] Branch { Points [0, 55] DstBlock "Lookup\nTable (2-D)1" DstPort 1 } Branch { DstBlock "Lookup\nTable (2-D)" DstPort 1 } } Line { SrcBlock "Lookup\nTable (2-D)1" SrcPort 1 DstBlock "Saturation" DstPort 1 } Line { SrcBlock "Divide" SrcPort 1 Points [0, 255] DstBlock "Lookup\nTable (2-D)1" DstPort 2 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 6 DstBlock "eff" DstPort 1 } Line { SrcBlock "Saturation" SrcPort 1 DstBlock "Subsystem11" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function2" SrcPort 1 Points [5, 0; 0, 425] DstBlock "Embedded\nMATLA Function3" DstPort 1 } Line { SrcBlock "Saturation1" SrcPort 1 Points [310, 0] DstBlock "Embedded\nMATLA Function1" DstPort 8 } Line { SrcBlock "Subsystem11" SrcPort 1 Points [10, 0] Branch { Points [0, -45] DstBlock "Lookup\nTable (2-D)" DstPort 2 } Branch { Points [475, 0] DstBlock "Embedded\nMATLA Function1" DstPort 9 } } Annotation { Position [455, 1011] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Static_HX_" Ports [4, 4] Position [570, 156, 760, 219] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Hot Side: Pressure Drop Parameter: K_1|Hot Side" ": Pressure Drop Parameter: m_1|Cold Side: Pressure Drop Parameter: K_1|Cold S" "ide: Pressure Drop Parameter: m_1|Effiency Map|Range Mass Flow Hot Side|Range" " Mass Flow Cold Side" MaskStyleString "edit,edit,edit,edit,edit,edit,edit" MaskTunableValueString "on,on,on,on,on,on,on" MaskCallbackString "||||||" MaskEnableString "on,on,on,on,on,on,on" MaskVisibilityString "on,on,on,on,on,on,on" MaskToolTipString "on,on,on,on,on,on,on" MaskVarAliasString ",,,,,," MaskVariables "K_1_hot=@1;m_1_hot=@2;K_1_cold=@3;m_1_cold=@4;M" "_eff=@5;m_dot_hot=@6;m_dot_cold=@7;" MaskDisplay "disp('HX')\nport_label('input',1,'Cold_inlet_in" "')\nport_label('input',2,'Cold_outlet_in')\nport_label('input',3,'Hot_inlet_i" "n')\nport_label('input',4,'Hot_outlet_in')\nport_label('output',1,'Cold_inlet" "_out')\nport_label('output',2,'Cold_outlet_out')\nport_label('output',3,'Hot_" "inlet_out')\nport_label('output',4,'Hot_outlet_out')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|M_eff|Range_m_dot_hot_air|Range" "_m_dot_cold_air" MaskTabNameString ",,,,,," System { Name "Static_HX_" Location [6, 82, 1257, 953] 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 "Cold_inlet_in" Position [25, 73, 55, 87] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Cold_outlet_in" Position [25, 143, 55, 157] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_inlet_in" Position [25, 223, 55, 237] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "Hot_outlet_in" Position [25, 293, 55, 307] ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [812, 820, 933, 825] 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 [682, 820, 803, 825] 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\nCreator3" Ports [8, 1] Position [1072, 820, 1193, 825] 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 [942, 820, 1063, 825] 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, 1] Position [80, 131, 85, 169] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector2" Ports [1, 1] Position [80, 281, 85, 319] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [80, 27, 85, 128] 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 [80, 177, 85, 278] 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 Function" Ports [16, 6] Position [190, 555, 660, 725] 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_1');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 2 Name "m_dot_air" PropagatedSignals "m_dot_air_cold_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" PropagatedSignals "m_dot_air_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air" PropagatedSignals "m_dot_air_hot_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air" PropagatedSignals "m_dot_air_hot_outlet" 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 "K_1_hot" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_1_hot" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "rho_hot_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "K_1_cold" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_1_cold" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "rho_cold_inlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_inlet" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_outlet" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_inlet" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_outlet" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_cold" Position [20, 461, 40, 479] Port "11" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_cold" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_hot" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_hot" Position [20, 566, 40, 584] Port "14" IconDisplay "Port number" } Block { BlockType Inport Name "p_0" Position [20, 606, 40, 624] Port "15" IconDisplay "Port number" } Block { BlockType Inport Name "T_0" 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 detailed_component" "s 7" Ports [16, 7] Position [180, 120, 230, 460] FunctionName "sf_sfun" PortCounts "[16 7]" Port { PortNumber 2 Name "m_dot_air_cold" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air_cold_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air_hot" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "m_dot_air_hot_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "m_dot_air_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 471, 480, 489] } Block { BlockType Outport Name "m_dot_air_cold" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_cold_inlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_cold_outlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot_inlet" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_hot_outlet" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 340] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "K_1_hot" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_1_hot" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "rho_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "K_1_cold" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_1_cold" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "rho_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "p_cold_outlet" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "p_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "p_hot_outlet" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_H2O_gas_cold" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { SrcBlock "x_CO2_cold" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "x_H2O_gas_hot" SrcPort 1 DstBlock " SFunction " DstPort 13 } Line { SrcBlock "x_CO2_hot" SrcPort 1 DstBlock " SFunction " DstPort 14 } Line { SrcBlock "p_0" SrcPort 1 DstBlock " SFunction " DstPort 15 } Line { SrcBlock "T_0" SrcPort 1 DstBlock " SFunction " DstPort 16 } Line { Name "m_dot_air_cold" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_dot_air_cold" DstPort 1 } Line { Name "m_dot_air_cold_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "m_dot_air_cold_inlet" DstPort 1 } Line { Name "m_dot_air_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_air_cold_outlet" DstPort 1 } Line { Name "m_dot_air_hot" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_air_hot" DstPort 1 } Line { Name "m_dot_air_hot_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "m_dot_air_hot_inlet" DstPort 1 } Line { Name "m_dot_air_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "m_dot_air_hot_outlet" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [11, 4] Position [1245, 555, 1705, 725] 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_2');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "rho" PropagatedSignals "rho_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T" PropagatedSignals "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T" PropagatedSignals "T_hot_outlet" 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 "eff" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_cold" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air_hot" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_cold_inlet" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_hot_inlet" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "p_cold_outlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "p_hot_outlet" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_cold" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_cold" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas_hot" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2_hot" 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 detailed_component" "s 5" Ports [11, 5] Position [180, 114, 230, 356] FunctionName "sf_sfun" PortCounts "[11 5]" Port { PortNumber 2 Name "rho_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "rho_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "T_cold_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "T_hot_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 366, 480, 384] } Block { BlockType Outport Name "rho_cold_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "rho_hot_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_cold_outlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_hot_outlet" Position [460, 206, 480, 224] Port "4" 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 "eff" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "m_dot_air_cold" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_dot_air_hot" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_cold_inlet" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_hot_inlet" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "p_cold_outlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "p_hot_outlet" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "x_H2O_gas_cold" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "x_CO2_cold" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "x_H2O_gas_hot" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { SrcBlock "x_CO2_hot" SrcPort 1 DstBlock " SFunction " DstPort 11 } Line { Name "rho_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_cold_outlet" DstPort 1 } Line { Name "rho_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "rho_hot_outlet" DstPort 1 } Line { Name "T_cold_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "T_cold_outlet" DstPort 1 } Line { Name "T_hot_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "T_hot_outlet" DstPort 1 } } } Block { BlockType Constant Name "K_1_cold" Position [80, 390, 155, 420] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "K_1_cold" VectorParams1D on 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 "K_1_hot" Position [80, 330, 155, 360] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "K_1_hot" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)" Position [490, 948, 545, 997] ShowName off RowIndex "m_dot_cold" ColumnIndex "m_dot_hot" OutputValues "M_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Saturate Name "Saturation1" Position [580, 960, 605, 990] ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Constant Name "T_0" Position [80, 489, 125, 521] ForegroundColor "green" ShowName off Value "288.15" VectorParams1D on 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_1_cold" Position [80, 420, 155, 450] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m_1_cold" VectorParams1D on 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_1_hot" Position [80, 360, 155, 390] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "m_1_hot" VectorParams1D on 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 [80, 765, 110, 795] 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 "p_0" Position [80, 454, 125, 486] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "101300" VectorParams1D on 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 "Cold_inlet_out" Position [738, 850, 752, 880] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [868, 850, 882, 880] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_inlet_out" Position [998, 850, 1012, 880] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Hot_outlet_out" Position [1128, 850, 1142, 880] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Cold_outlet_out" DstPort 1 } Line { Labels [2, 0] SrcBlock "K_1_hot" SrcPort 1 Points [40, 0] DstBlock "Embedded\nMATLA Function" DstPort 1 } Line { Labels [2, 0] SrcBlock "m_1_hot" SrcPort 1 Points [70, 0] DstBlock "Embedded\nMATLA Function" DstPort 2 } Line { SrcBlock "Cold_inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Hot_inlet_in" SrcPort 1 DstBlock "Bus\nSelector4" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 1 Points [350, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 9 } Branch { Points [640, 0] DstBlock "Bus\nCreator3" DstPort 1 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Cold_inlet_out" DstPort 1 } Line { SrcBlock "K_1_cold" SrcPort 1 Points [130, 0] DstBlock "Embedded\nMATLA Function" DstPort 4 } Line { SrcBlock "m_1_cold" SrcPort 1 Points [160, 0] DstBlock "Embedded\nMATLA Function" DstPort 5 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [290, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 7 } Branch { Points [440, 0] DstBlock "Bus\nCreator1" DstPort 1 } } Line { SrcBlock "Cold_outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector1" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector1" SrcPort 1 Points [320, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 8 } Branch { Points [280, 0] Branch { Points [0, 0] DstBlock "Bus\nCreator2" DstPort 1 } Branch { Points [785, 0] DstBlock "Embedded\nMATLA Function1" DstPort 6 } } } Line { SrcBlock "Hot_outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector2" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector2" SrcPort 1 Points [380, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 10 } Branch { Points [480, 0] Branch { DstBlock "Bus\nCreator4" DstPort 1 } Branch { Points [565, 0] DstBlock "Embedded\nMATLA Function1" DstPort 7 } } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 2 Points [0, 70; 445, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [410, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 11 } Branch { Points [265, 0] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator1" DstPort 6 } Branch { Points [660, 0] DstBlock "Embedded\nMATLA Function1" DstPort 8 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [440, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 12 } Branch { Points [250, 0] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator1" DstPort 7 } Branch { Points [685, 0] DstBlock "Embedded\nMATLA Function1" DstPort 9 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 4 Points [470, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 13 } Branch { Points [465, 0] Branch { DstBlock "Bus\nCreator4" DstPort 6 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator3" DstPort 6 } Branch { Points [480, 0] DstBlock "Embedded\nMATLA Function1" DstPort 10 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 5 Points [500, 0] Branch { DstBlock "Embedded\nMATLA Function" DstPort 14 } Branch { Points [450, 0] Branch { DstBlock "Bus\nCreator4" DstPort 7 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator3" DstPort 7 } Branch { Points [505, 0] DstBlock "Embedded\nMATLA Function1" DstPort 11 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [0, 0; 705, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [130, 0] DstBlock "Bus\nCreator1" DstPort 8 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [260, 0] Branch { Points [355, 0] DstBlock "Bus\nCreator2" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function" DstPort 6 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [0, 0; 630, 0] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [675, 0] DstBlock "Embedded\nMATLA Function1" DstPort 4 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 3 Points [0, 65; 495, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { SrcBlock "Bus\nCreator3" SrcPort 1 Points [0, 0] DstBlock "Hot_outlet_out" DstPort 1 } Line { SrcBlock "Bus\nCreator4" SrcPort 1 Points [0, 0] DstBlock "Hot_inlet_out" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 5 Points [0, 60; 465, 0] DstBlock "Bus\nCreator4" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function" SrcPort 6 Points [0, 55; 515, 0] DstBlock "Bus\nCreator3" DstPort 5 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 6 Points [0, 0; 965, 0] Branch { DstBlock "Bus\nCreator4" DstPort 8 } Branch { Points [130, 0] DstBlock "Bus\nCreator3" DstPort 8 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 620, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator1" DstPort 4 } Branch { Points [130, 0] Branch { DstBlock "Bus\nCreator4" DstPort 4 } Branch { Points [130, 0] DstBlock "Bus\nCreator3" DstPort 4 } } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 2 Points [170, 0] Branch { Points [705, 0] DstBlock "Bus\nCreator4" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function" DstPort 3 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector4" SrcPort 3 Points [0, 0; 890, 0] Branch { DstBlock "Bus\nCreator4" DstPort 3 } Branch { Points [455, 0] DstBlock "Embedded\nMATLA Function1" DstPort 5 } } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 4 Points [0, 200] Branch { Points [760, 0; 0, -400; 130, 0] DstBlock "Embedded\nMATLA Function1" DstPort 3 } Branch { Points [0, 55] DstBlock "Lookup\nTable (2-D)" DstPort 2 } } Line { SrcBlock "Embedded\nMATLA Function" SrcPort 1 Points [0, 205] Branch { Points [995, 0; 0, -400; 95, 0] DstBlock "Embedded\nMATLA Function1" DstPort 2 } Branch { Points [0, 25] DstBlock "Lookup\nTable (2-D)" DstPort 1 } } Line { SrcBlock "Lookup\nTable (2-D)" SrcPort 1 DstBlock "Saturation1" DstPort 1 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 45; -470, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 40; -685, 0] DstBlock "Bus\nCreator1" DstPort 3 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 2 Points [0, 35; -325, 0] DstBlock "Bus\nCreator3" DstPort 2 } Line { Name "T" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 30; -540, 0] DstBlock "Bus\nCreator3" DstPort 3 } Line { SrcBlock "Saturation1" SrcPort 1 Points [605, 0; 0, -435] DstBlock "Embedded\nMATLA Function1" DstPort 1 } Line { SrcBlock "p_0" SrcPort 1 Points [490, 0] DstBlock "Embedded\nMATLA Function" DstPort 15 } Line { SrcBlock "T_0" SrcPort 1 Points [520, 0] DstBlock "Embedded\nMATLA Function" DstPort 16 } Annotation { Position [425, 681] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Turbine_" Ports [3, 4] Position [305, 104, 495, 171] NamePlacement "alternate" MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Range Rotation Speed [1/min]|Range Pressure Rat" "io: p_in/p_out|Map Speed Factor:|Map Efficiency|Map Efficiency: Range Velocit" "y Factor|Map Efficiency: Range Pressure Ratio: p_in/p_out|Correction Isentrop" "ic Efficiency: eff_corr = eff + Delta_eff|Nominal Effective Nozzle Area|Initi" "al Parameter: Temperature Outlet [K]" 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 "Range_N=@1;Range_p_in_p_out=@2;Map_F_f=@3;Map_e" "ff=@4;Range_F_v=@5;Range_p_in_p_out_eff=@6;Delta_eff=@7;A_n=@8;T_outlet_init=" "@9;" MaskDisplay "disp('TRB')\nport_label('input',1,'Inlet_in')\n" "port_label('input',2,'Outlet_in')\nport_label('input',3,'n')\nport_label('out" "put',1,'Inlet_out')\nport_label('output',2,'Outlet_out')\nport_label('output'" ",3,'P_trb')\nport_label('output',4,'eff_trb')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "Range_N_trb|Range_p_in_p_out_trb|M_F_f_trb|M_ef" "f_trb|Range_F_v_trb|Range_p_in_p_out_eff_trb|NaN|NaN|NaN" MaskTabNameString ",,,,,,,," System { Name "Turbine_" Location [2, 82, 1253, 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 "80" Block { BlockType Inport Name "Inlet_in" Position [20, 243, 50, 257] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" } Block { BlockType Inport Name "Outlet_in" Position [20, 318, 50, 332] ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" Position [20, 753, 50, 767] ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Constant Name "A_n" Position [535, 650, 565, 680] ForegroundColor "green" ShowName off Value "A_n" VectorParams1D on 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 "Add" Ports [2, 1] Position [1407, 695, 1438, 725] Orientation "down" NamePlacement "alternate" ShowName off InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off } Block { BlockType BusCreator Name "Bus\nCreator1" Ports [8, 1] Position [1657, 1170, 1778, 1175] 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 [1522, 1170, 1643, 1175] 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\nSelector" Ports [1, 1] Position [75, 306, 80, 344] ShowName off OutputSignals "p" Port { PortNumber 1 Name "

" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType BusSelector Name "Bus\nSelector3" Ports [1, 6] Position [75, 197, 80, 298] 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 "Delta_eff" Position [1455, 649, 1500, 681] Orientation "left" ForegroundColor "green" NamePlacement "alternate" ShowName off Value "Delta_eff" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType Product Name "Divide" Ports [2, 1] Position [502, 420, 533, 450] Orientation "down" NamePlacement "alternate" ShowName off Inputs "*/" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" RndMeth "Floor" SaturateOnIntegerOverflow off } Block { BlockType SubSystem Name "Embedded\nMATLA Function1" Ports [10, 7] Position [989, 840, 1456, 1010] 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_2');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" Port { PortNumber 1 Name "rho" PropagatedSignals "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "m_dot_air" PropagatedSignals "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air" PropagatedSignals "m_dot_air_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_outlet" 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 "p_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "p_outlet" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "rho_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "T_inlet" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_liq" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_air" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "eff" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "eff_bar" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 350, 320, 390] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 25" Ports [10, 8] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[10 8]" Port { PortNumber 2 Name "rho_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_dot_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "m_dot_air_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_H2O_gas_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_outlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "P_trb" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 361, 480, 379] } Block { BlockType Outport Name "rho_outlet" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_outlet" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_inlet" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_dot_air_outlet" Position [460, 206, 480, 224] Port "4" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_outlet" Position [460, 246, 480, 264] Port "5" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_liq_outlet" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_trb" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 235] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_inlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "p_outlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "rho_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "x_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "m_dot_air" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "eff" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "eff_bar" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { Name "rho_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_outlet" DstPort 1 } Line { Name "T_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T_outlet" DstPort 1 } Line { Name "m_dot_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_dot_air_inlet" DstPort 1 } Line { Name "m_dot_air_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "m_dot_air_outlet" DstPort 1 } Line { Name "x_H2O_gas_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_H2O_gas_outlet" DstPort 1 } Line { Name "x_H2O_liq_outlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_outlet" DstPort 1 } Line { Name "P_trb" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "P_trb" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function2" Ports [9, 2] Position [655, 404, 805, 766] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_1');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function2" 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_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "rho_inlet" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "T_inlet" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "p_0" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "T_outlet" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "A_n" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "n" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "F_f" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 310, 320, 350] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 26" Ports [9, 3] Position [180, 109, 230, 311] FunctionName "sf_sfun" PortCounts "[9 3]" Port { PortNumber 2 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "F_v" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 321, 480, 339] } Block { BlockType Outport Name "m_dot_air" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "F_v" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock " SFunction " SrcPort 1 Points [0, 185] DstBlock " Demux " DstPort 1 } Line { SrcBlock " Demux " SrcPort 1 DstBlock " Terminator " DstPort 1 } Line { SrcBlock "p_inlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "rho_inlet" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "p_0" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "T_0" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "T_outlet" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "A_n" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "n" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "F_f" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "m_dot_air" DstPort 1 } Line { Name "F_v" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "F_v" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function3" Ports [3, 1] Position [405, 683, 485, 777] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_N');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function3" 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_air_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "T_0" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "n" 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 detailed_component" "s 28" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "N" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "N" 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 "T_air_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T_0" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "n" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "N" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "N" DstPort 1 } } } Block { BlockType SubSystem Name "Embedded\nMATLA Function4" Ports [3, 1] Position [205, 76, 360, 164] NamePlacement "alternate" ShowName off TreatAsAtomicUnit on MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskType "Stateflow" MaskDescription "Embedded MATLAB block" MaskDisplay "disp('Cal_T_air');" MaskSelfModifiable on MaskIconFrame on MaskIconOpaque off MaskIconRotate "none" MaskIconUnits "autoscale" System { Name "Embedded\nMATLA Function4" 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_inlet" Position [20, 101, 40, 119] IconDisplay "Port number" } Block { BlockType Inport Name "x_H2O_gas" Position [20, 136, 40, 154] Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "x_CO2" 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 detailed_component" "s 29" Ports [3, 2] Position [180, 100, 230, 180] FunctionName "sf_sfun" PortCounts "[3 2]" Port { PortNumber 2 Name "T_air_inlet" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 191, 480, 209] } Block { BlockType Outport Name "T_air_inlet" 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 "T_inlet" SrcPort 1 DstBlock " SFunction " DstPort 1 } Line { SrcBlock "x_H2O_gas" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { Name "T_air_inlet" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "T_air_inlet" DstPort 1 } } } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)2" Position [570, 718, 625, 767] NamePlacement "alternate" ShowName off RowIndex "Range_N" ColumnIndex "Range_p_in_p_out" OutputValues "Map_F_f" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Lookup2D Name "Lookup\nTable (2-D)4" Position [835, 638, 890, 687] NamePlacement "alternate" ShowName off RowIndex "Range_p_in_p_out_eff" ColumnIndex "Range_F_v" OutputValues "Map_eff" InputSameDT off SaturateOnIntegerOverflow off } Block { BlockType Saturate Name "Saturation1" Position [905, 650, 930, 680] NamePlacement "alternate" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Saturate Name "Saturation2" Position [1410, 760, 1440, 785] Orientation "down" ShowName off UpperLimit "1" LowerLimit "0" } Block { BlockType Constant Name "T_0" Position [315, 569, 360, 601] ForegroundColor "green" ShowName off Value "288.15" VectorParams1D on SamplingMode "Sample based" OutDataTypeMode "Inherit from 'Constant value'" OutDataType "sfix(16)" ConRadixGroup "Use specified scaling" OutScaling "2^0" SampleTime "inf" FramePeriod "inf" } Block { BlockType UnitDelay Name "Unit Delay" Position [1078, 1030, 1112, 1065] Orientation "down" NamePlacement "alternate" ShowName off X0 "T_outlet_init" SampleTime "-1" Port { PortNumber 1 Name "T" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_outlet_re_init" } } Block { BlockType Constant Name "m_air" Position [1465, 1110, 1495, 1140] 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 Constant Name "p_0" Position [315, 529, 360, 561] ForegroundColor "green" NamePlacement "alternate" ShowName off Value "101300" VectorParams1D on 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 "Cold_inlet_out" Position [1578, 1200, 1592, 1230] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Cold_outlet_out" Position [1713, 1200, 1727, 1230] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "P_trb" Position [1413, 1195, 1427, 1225] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "eff_trb" Position [933, 1195, 947, 1225] Orientation "down" ForegroundColor "blue" NamePlacement "alternate" Port "4" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Bus\nCreator1" SrcPort 1 Points [0, 0] DstBlock "Cold_outlet_out" DstPort 1 } Line { SrcBlock "Inlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector3" DstPort 1 } Line { SrcBlock "Outlet_in" SrcPort 1 Points [0, 0] DstBlock "Bus\nSelector" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector" SrcPort 1 Points [0, 0; 440, 0] Branch { Points [540, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 2 } Branch { Points [465, 0] DstBlock "Bus\nCreator2" DstPort 1 } } Branch { DstBlock "Divide" DstPort 2 } } Line { SrcBlock "Bus\nCreator2" SrcPort 1 Points [0, 0] DstBlock "Cold_inlet_out" DstPort 1 } Line { Name "

" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 1 Points [0, 0; 425, 0] Branch { Points [90, 0] Branch { Points [420, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 1 } Branch { Points [645, 0] DstBlock "Bus\nCreator1" DstPort 1 } } Branch { Points [0, 215] DstBlock "Embedded\nMATLA Function2" DstPort 1 } } Branch { DstBlock "Divide" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 4 Points [75, 0] Branch { Points [0, -135] DstBlock "Embedded\nMATLA Function4" DstPort 2 } Branch { Points [1040, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 5 } Branch { Points [405, 0] DstBlock "Bus\nCreator2" DstPort 6 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 5 Points [80, 0] Branch { Points [0, -120] DstBlock "Embedded\nMATLA Function4" DstPort 3 } Branch { Points [1080, 0] Branch { Points [375, 0; 0, 830] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 7 } } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 6 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 3 Points [70, 0] Branch { Points [0, -150] DstBlock "Embedded\nMATLA Function4" DstPort 1 } Branch { Points [435, 0] Branch { Points [565, 0] Branch { Points [405, 0] DstBlock "Bus\nCreator2" DstPort 3 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 4 } } Branch { Points [0, 265] DstBlock "Embedded\nMATLA Function2" DstPort 3 } } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 2 Points [510, 0] Branch { Points [515, 0] Branch { Points [435, 0] DstBlock "Bus\nCreator2" DstPort 2 } Branch { DstBlock "Embedded\nMATLA Function1" DstPort 3 } } Branch { Points [0, 240] DstBlock "Embedded\nMATLA Function2" DstPort 2 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector3" SrcPort 6 Points [1205, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 7 } Branch { Points [345, 0] DstBlock "Bus\nCreator2" DstPort 8 } } Line { SrcBlock "Embedded\nMATLA Function2" SrcPort 1 Points [525, 0] DstBlock "Embedded\nMATLA Function1" DstPort 8 } Line { SrcBlock "Lookup\nTable (2-D)4" SrcPort 1 DstBlock "Saturation1" DstPort 1 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 4 Points [0, 75; 500, 0] DstBlock "Bus\nCreator1" DstPort 5 } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 3 Points [0, 60; 430, 0] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "rho" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 1 Points [0, 65; 650, 0] DstBlock "Bus\nCreator1" DstPort 2 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 2 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Embedded\nMATLA Function1" SrcPort 7 DstBlock "P_trb" DstPort 1 } Line { SrcBlock "Lookup\nTable (2-D)2" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 9 } Line { SrcBlock "Embedded\nMATLA Function2" SrcPort 2 DstBlock "Lookup\nTable (2-D)4" DstPort 2 } Line { SrcBlock "A_n" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 7 } Line { Name "T" Labels [1, 1] SrcBlock "Unit Delay" SrcPort 1 Points [0, 15] Branch { Points [-570, 0; 0, -460] DstBlock "Embedded\nMATLA Function2" DstPort 6 } Branch { Points [600, 0] DstBlock "Bus\nCreator1" DstPort 3 } } Line { Name "m_air" Labels [0, 0] SrcBlock "m_air" SrcPort 1 Points [0, 0; 75, 0] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [135, 0] DstBlock "Bus\nCreator1" DstPort 4 } } Line { SrcBlock "p_0" SrcPort 1 DstBlock "Embedded\nMATLA Function2" DstPort 4 } Line { SrcBlock "T_0" SrcPort 1 Points [10, 0] Branch { DstBlock "Embedded\nMATLA Function2" DstPort 5 } Branch { Points [0, 145] DstBlock "Embedded\nMATLA Function3" DstPort 2 } } Line { SrcBlock "Embedded\nMATLA Function3" SrcPort 1 DstBlock "Lookup\nTable (2-D)2" DstPort 1 } Line { SrcBlock "n" SrcPort 1 Points [335, 0] Branch { Points [0, 40; 115, 0; 0, -95] DstBlock "Embedded\nMATLA Function2" DstPort 8 } Branch { DstBlock "Embedded\nMATLA Function3" DstPort 3 } } Line { SrcBlock "Saturation1" SrcPort 1 Points [5, 0] Branch { DstBlock "eff_trb" DstPort 1 } Branch { Points [440, 0] Branch { DstBlock "Embedded\nMATLA Function1" DstPort 9 } Branch { Points [35, 0] DstBlock "Add" DstPort 1 } } } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 5 Points [0, 80; 450, 0] DstBlock "Bus\nCreator1" DstPort 6 } Line { SrcBlock "Divide" SrcPort 1 Points [0, 300] Branch { DstBlock "Lookup\nTable (2-D)2" DstPort 2 } Branch { Points [0, 25; 300, 0] DstBlock "Lookup\nTable (2-D)4" DstPort 1 } } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded\nMATLA Function1" SrcPort 6 Points [0, 90; 415, 0] DstBlock "Bus\nCreator1" DstPort 8 } Line { SrcBlock "Embedded\nMATLA Function4" SrcPort 1 Points [25, 0] DstBlock "Embedded\nMATLA Function3" DstPort 1 } Line { SrcBlock "Add" SrcPort 1 DstBlock "Saturation2" DstPort 1 } Line { SrcBlock "Delta_eff" SrcPort 1 Points [-20, 0] DstBlock "Add" DstPort 2 } Line { SrcBlock "Saturation2" SrcPort 1 DstBlock "Embedded\nMATLA Function1" DstPort 10 } Annotation { Position [735, 1016] UseDisplayTextAsClickCallback off } } } Block { BlockType SubSystem Name "Vol_Isobaric_2D_" Ports [5, 1] Position [25, 501, 220, 599] MinAlgLoopOccurrences off RTWSystemCode "Auto" FunctionWithSeparateData off MaskHideContents off MaskPromptString "Volume [m³]|Initial Parameter: Temperature [K]|" "Initial Parameter: Water Vapor Content|Initial Parameter: CO2 Content|Initial" " Parameter: 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 "V=@1;T_init=@2;x_H2O_gas_init=@3;x_CO2_init=@4;" "x_H2O_liq_init=@5;" MaskDisplay "plot([-1],[-1],[1 2 2 1 1],[1 1 2 2 1],[4],[4])" "\nplot([-1],[-1],[1.5 1.5],[2 2.5],[3],[3])\nplot([-1],[-1],[0.5 1],[1.5 1.5]" ",[3],[3])\nplot([-1],[-1],[2.0 2.5],[1.5 1.5],[3],[3])\ntext(2.1,1.0,'Mixing'" ")\ntext(2.1,2.0,'2D')\nport_label('input',1,'p_ext')\nport_label('input',2,'I" "nlet')\nport_label('input',3,'Q_dot')\nport_label('input',4,'m_dot_H2O_gas_ex" "t')\nport_label('input',5,'m_dot_CO2_ext')" MaskIconFrame on MaskIconOpaque on MaskIconRotate "none" MaskIconUnits "autoscale" MaskValueString "NaN|NaN|NaN|NaN|NaN" MaskTabNameString ",,,," System { Name "Vol_Isobaric_2D_" 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 "p_vol" Position [210, 38, 240, 52] ForegroundColor "green" NamePlacement "alternate" IconDisplay "Port number" Port { PortNumber 1 Name "p" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Inport Name "In" Position [210, 98, 240, 112] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "2" IconDisplay "Port number" } Block { BlockType Inport Name "Q_dot" Position [170, 393, 200, 407] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_H2O_gas_human" Position [170, 423, 200, 437] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_CO2_human" Position [170, 453, 200, 467] Orientation "left" ForegroundColor "green" NamePlacement "alternate" Port "5" IconDisplay "Port number" } Block { BlockType BusCreator Name "Bus\nCreator2" Ports [8, 1] Position [1140, 556, 1145, 679] 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\nSelector6" Ports [1, 5] Position [180, 54, 185, 156] 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 [370, 143, 510, 317] 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" 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 detailed_component" "s 74" 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" 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 [13, 5] Position [320, 340, 510, 670] 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 "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 Inport Name "x_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 Inport Name "m_dot_H2O_gas_human" Position [20, 496, 40, 514] Port "12" IconDisplay "Port number" } Block { BlockType Inport Name "m_dot_CO2_human" Position [20, 531, 40, 549] Port "13" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 400, 320, 440] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 75" Ports [13, 6] Position [180, 119, 230, 401] FunctionName "sf_sfun" PortCounts "[13 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, 411, 480, 429] } 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, 270] 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 "x_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "x_CO2" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "x_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 { SrcBlock "m_dot_H2O_gas_human" SrcPort 1 DstBlock " SFunction " DstPort 12 } Line { SrcBlock "m_dot_CO2_human" SrcPort 1 DstBlock " SFunction " DstPort 13 } 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 [10, 9] Position [705, 431, 910, 819] NamePlacement "alternate" 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 "rho" PropagatedSignals "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 2 Name "T" PropagatedSignals "T_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "T_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 3 Name "m_air" PropagatedSignals "m_air_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "x_H2O_gas" PropagatedSignals "x_H2O_gas_bar" TestPoint on RTWStorageClass "Auto" DataLogging on DataLoggingNameMode "Custom" DataLoggingName "x_H2O_gas_re_init" DataLoggingLimitDataPoints on DataLoggingMaxPoints "1" } Port { PortNumber 5 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 6 Name "x_H2O_liq" PropagatedSignals "x_H2O_liq_bar" 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 "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 "m_air" Position [20, 171, 40, 189] Port "3" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_gas" Position [20, 206, 40, 224] Port "4" IconDisplay "Port number" } Block { BlockType Inport Name "m_CO2" Position [20, 246, 40, 264] Port "5" IconDisplay "Port number" } Block { BlockType Inport Name "m_H2O_liq" Position [20, 281, 40, 299] Port "6" IconDisplay "Port number" } Block { BlockType Inport Name "V" Position [20, 316, 40, 334] Port "7" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_T_old" Position [20, 351, 40, 369] Port "8" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_gas_old" Position [20, 386, 40, 404] Port "9" IconDisplay "Port number" } Block { BlockType Inport Name "Delta_m_H2O_liq_old" Position [20, 426, 40, 444] Port "10" IconDisplay "Port number" } Block { BlockType Demux Name " Demux " Ports [1, 1] Position [270, 425, 320, 465] Outputs "1" } Block { BlockType "S-Function" Name " SFunction " Tag "Stateflow S-Function detailed_component" "s 101" Ports [10, 10] Position [180, 110, 230, 330] FunctionName "sf_sfun" PortCounts "[10 10]" Port { PortNumber 2 Name "rho_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 3 Name "T_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 4 Name "m_air_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 5 Name "x_H2O_gas_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 6 Name "x_CO2" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 7 Name "x_H2O_liq_bar" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 8 Name "Delta_T" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 9 Name "Delta_m_H2O_gas" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } Port { PortNumber 10 Name "Delta_m_H2O_liq" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Terminator Name " Terminator " Position [460, 436, 480, 454] } Block { BlockType Outport Name "rho_bar" Position [460, 101, 480, 119] IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "T_bar" Position [460, 136, 480, 154] Port "2" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "m_air_bar" Position [460, 171, 480, 189] Port "3" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "x_H2O_gas_bar" 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_bar" Position [460, 281, 480, 299] Port "6" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_T" Position [460, 316, 480, 334] Port "7" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_gas" Position [460, 351, 480, 369] Port "8" IconDisplay "Port number" BusOutputAsStruct off } Block { BlockType Outport Name "Delta_m_H2O_liq" 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 "p" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 1 } Line { SrcBlock "T" SrcPort 1 Points [120, 0] DstBlock " SFunction " DstPort 2 } Line { SrcBlock "m_air" SrcPort 1 DstBlock " SFunction " DstPort 3 } Line { SrcBlock "m_H2O_gas" SrcPort 1 DstBlock " SFunction " DstPort 4 } Line { SrcBlock "m_CO2" SrcPort 1 DstBlock " SFunction " DstPort 5 } Line { SrcBlock "m_H2O_liq" SrcPort 1 DstBlock " SFunction " DstPort 6 } Line { SrcBlock "V" SrcPort 1 DstBlock " SFunction " DstPort 7 } Line { SrcBlock "Delta_T_old" SrcPort 1 DstBlock " SFunction " DstPort 8 } Line { SrcBlock "Delta_m_H2O_gas_old" SrcPort 1 DstBlock " SFunction " DstPort 9 } Line { SrcBlock "Delta_m_H2O_liq_old" SrcPort 1 DstBlock " SFunction " DstPort 10 } Line { Name "rho_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 2 DstBlock "rho_bar" DstPort 1 } Line { Name "T_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 3 DstBlock "T_bar" DstPort 1 } Line { Name "m_air_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 4 DstBlock "m_air_bar" DstPort 1 } Line { Name "x_H2O_gas_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 5 DstBlock "x_H2O_gas_bar" DstPort 1 } Line { Name "x_CO2" Labels [0, 0] SrcBlock " SFunction " SrcPort 6 DstBlock "x_CO2" DstPort 1 } Line { Name "x_H2O_liq_bar" Labels [0, 0] SrcBlock " SFunction " SrcPort 7 DstBlock "x_H2O_liq_bar" DstPort 1 } Line { Name "Delta_T" Labels [0, 0] SrcBlock " SFunction " SrcPort 8 DstBlock "Delta_T" DstPort 1 } Line { Name "Delta_m_H2O_gas" Labels [0, 0] SrcBlock " SFunction " SrcPort 9 DstBlock "Delta_m_H2O_gas" DstPort 1 } Line { Name "Delta_m_H2O_liq" Labels [0, 0] SrcBlock " SFunction " SrcPort 10 DstBlock "Delta_m_H2O_liq" DstPort 1 } } } Block { BlockType Integrator Name "Integrator2" Ports [2, 1] Position [560, 366, 615, 399] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator3" Ports [2, 1] Position [560, 431, 615, 464] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator4" Ports [2, 1] Position [560, 561, 615, 594] NamePlacement "alternate" ShowName off InitialConditionSource "external" LimitOutput on LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator5" Ports [2, 1] Position [560, 626, 615, 659] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Integrator Name "Integrator6" Ports [2, 1] Position [560, 496, 615, 529] NamePlacement "alternate" ShowName off InitialConditionSource "external" LowerSaturationLimit "0" IgnoreLimit off } Block { BlockType Constant Name "T_init" Position [250, 201, 335, 229] 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 UnitDelay Name "Unit Delay" Position [930, 698, 965, 732] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay1" Position [930, 743, 965, 777] ShowName off SampleTime "-1" } Block { BlockType UnitDelay Name "Unit Delay2" Position [930, 788, 965, 822] ShowName off SampleTime "-1" } Block { BlockType Constant Name "V" Position [250, 141, 335, 169] ForegroundColor "green" NamePlacement "alternate" 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 Sum Name "m_dot_air_out" Ports [2, 1] Position [880, 322, 910, 353] Inputs "-+" InputSameDT off OutDataTypeMode "Inherit via internal rule" OutScaling "2^-10" SaturateOnIntegerOverflow off Port { PortNumber 1 Name "m_dot_air" RTWStorageClass "Auto" DataLoggingNameMode "SignalName" } } Block { BlockType Constant Name "x_CO2_init" Position [250, 261, 335, 289] 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 [250, 231, 335, 259] 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 [250, 291, 335, 319] 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 [1170, 613, 1200, 627] ForegroundColor "blue" IconDisplay "Port number" BusOutputAsStruct off } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 1 DstBlock "Integrator2" DstPort 1 } Line { SrcBlock "Q_dot" SrcPort 1 Points [-100, 0; 0, 205] DstBlock "Embedded_MATLAB_Function_1" DstPort 11 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 3 DstBlock "Integrator6" 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 { Name "rho" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 1 Points [165, 0; 0, 135] DstBlock "Bus\nCreator2" DstPort 2 } Line { SrcBlock "In" SrcPort 1 DstBlock "Bus\nSelector6" DstPort 1 } Line { SrcBlock "Bus\nCreator2" SrcPort 1 DstBlock "Out" DstPort 1 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 1 Points [-85, 0; 0, 415] DstBlock "Embedded_MATLAB_Function_1" DstPort 6 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 2 Points [-90, 0; 0, 245] Branch { Points [0, 175] DstBlock "Embedded_MATLAB_Function_1" DstPort 7 } Branch { DstBlock "m_dot_air_out" DstPort 1 } } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 3 Points [-95, 0; 0, 425] DstBlock "Embedded_MATLAB_Function_1" DstPort 8 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 4 Points [-100, 0; 0, 430] DstBlock "Embedded_MATLAB_Function_1" DstPort 9 } Line { Name "" Labels [0, 0] SrcBlock "Bus\nSelector6" SrcPort 5 Points [-105, 0; 0, 435] DstBlock "Embedded_MATLAB_Function_1" DstPort 10 } Line { Name "x_H2O_liq" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 6 Points [75, 0] Branch { DstBlock "Bus\nCreator2" DstPort 8 } Branch { Points [0, 200; -710, 0; 0, -415] DstBlock "Embedded_MATLAB_Function_1" DstPort 5 } } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 7 DstBlock "Unit Delay" DstPort 1 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 8 DstBlock "Unit Delay1" DstPort 1 } Line { SrcBlock "Integrator4" SrcPort 1 Points [70, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 5 } Line { SrcBlock "Integrator2" SrcPort 1 Points [15, 0; 0, 100] DstBlock "Embedded_MATLAB_Function_2" DstPort 2 } Line { SrcBlock "Integrator6" SrcPort 1 Points [25, 0; 0, 50] DstBlock "Embedded_MATLAB_Function_2" DstPort 4 } Line { SrcBlock "Integrator5" SrcPort 1 DstBlock "Embedded_MATLAB_Function_2" DstPort 6 } Line { SrcBlock "Embedded_MATLAB_Function_2" SrcPort 9 DstBlock "Unit Delay2" DstPort 1 } Line { SrcBlock "Unit Delay" SrcPort 1 Points [5, 0; 0, 125; -285, 0] DstBlock "Embedded_MATLAB_Function_2" DstPort 8 } Line { SrcBlock "Unit Delay1" SrcPort 1 Points [10, 0; 0, 75; -295, 0; 0, -70] DstBlock "Embedded_MATLAB_Function_2" DstPort 9 } Line { SrcBlock "Unit Delay2" SrcPort 1 Points [15, 0; 0, 25; -305, 0; 0, -25] DstBlock "Embedded_MATLAB_Function_2" DstPort 10 } Line { Name "x_H2O_gas" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 4 Points [105, 0; 0, 60] Branch { DstBlock "Bus\nCreator2" DstPort 6 } Branch { Points [0, 220; -730, 0; 0, -455] DstBlock "Embedded_MATLAB_Function_1" DstPort 3 } } Line { Name "x_CO2" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 5 Points [90, 0; 0, 30] Branch { DstBlock "Bus\nCreator2" DstPort 7 } Branch { Points [0, 210; -720, 0; 0, -435] DstBlock "Embedded_MATLAB_Function_1" DstPort 4 } } Line { Name "T" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 2 Points [150, 0; 0, 105] Branch { DstBlock "Bus\nCreator2" DstPort 3 } Branch { Points [0, 255; -765, 0; 0, -495] DstBlock "Embedded_MATLAB_Function_1" DstPort 1 } } Line { SrcBlock "T_init" SrcPort 1 Points [10, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 3 } Branch { Points [0, -85; 170, 0; 0, 260] DstBlock "Integrator2" 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 Points [0, 0] DstBlock "Embedded\nMATLAB Function" DstPort 6 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 2 Points [15, 0; 0, 310] DstBlock "Integrator6" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 3 Points [20, 0; 0, 330] DstBlock "Integrator4" DstPort 2 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 4 Points [25, 0; 0, 350] DstBlock "Integrator5" DstPort 2 } Line { Name "p" Labels [0, 0] SrcBlock "p_vol" SrcPort 1 Points [100, 0] Branch { Points [0, 140] DstBlock "Embedded\nMATLAB Function" DstPort 2 } Branch { Points [335, 0] Branch { Points [415, 0; 0, 520] DstBlock "Bus\nCreator2" DstPort 1 } Branch { Points [0, 400] DstBlock "Embedded_MATLAB_Function_2" DstPort 1 } } } Line { SrcBlock "V" SrcPort 1 Points [0, 0] Branch { DstBlock "Embedded\nMATLAB Function" DstPort 1 } Branch { Points [0, -45; 345, 0; 0, 575] DstBlock "Embedded_MATLAB_Function_2" DstPort 7 } } Line { SrcBlock "m_dot_H2O_gas_human" SrcPort 1 Points [-105, 0; 0, 200] DstBlock "Embedded_MATLAB_Function_1" DstPort 12 } Line { SrcBlock "m_dot_CO2_human" SrcPort 1 Points [-110, 0; 0, 195] DstBlock "Embedded_MATLAB_Function_1" DstPort 13 } Line { SrcBlock "Embedded_MATLAB_Function_1" SrcPort 2 Points [0, 0] Branch { Points [0, -95] DstBlock "m_dot_air_out" DstPort 2 } Branch { DstBlock "Integrator3" DstPort 1 } } Line { Name "m_dot_air" Labels [0, 0] SrcBlock "m_dot_air_out" SrcPort 1 Points [120, 0; 0, 285] DstBlock "Bus\nCreator2" DstPort 5 } Line { Name "m_air" Labels [0, 0] SrcBlock "Embedded_MATLAB_Function_2" SrcPort 3 Points [135, 0; 0, 75] Branch { DstBlock "Bus\nCreator2" DstPort 4 } Branch { Points [0, 245; -755, 0; 0, -475] DstBlock "Embedded_MATLAB_Function_1" DstPort 2 } } Line { SrcBlock "Integrator3" SrcPort 1 Points [20, 0; 0, 75] DstBlock "Embedded_MATLAB_Function_2" DstPort 3 } Line { SrcBlock "Embedded\nMATLAB Function" SrcPort 1 Points [10, 0; 0, 290] DstBlock "Integrator3" DstPort 2 } } } } } # Finite State Machines # # Stateflow Version 6.5 (R2006b) dated Aug 8 2006, 21:09:58 # # Stateflow { machine { id 1 name "detailed_components" created "16-Jan-2006 11:18:42" isLibrary 0 firstTarget 694 sfVersion 65014000 } chart { id 2 name "Hot_Bar_/Embedded\n" "MATLA Function1" windowPosition [405.23 223.383 200.25 189.75] 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 [rho_cold_outlet,rho_hot_outlet,T_cold_outlet,T_ho" "t_outlet] = Cal(eff,m_dot_air_cold,m_dot_air_hot,T_cold_inl" "et,T_hot_inlet,p_cold_outlet,p_hot_outlet,x_H2O_gas_cold,x_" "CO2_cold,x_H2O_gas_hot,x_CO2_hot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a hot bar\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Map: Efficiency\n" "% *\n" "% *\n" "% * Relevant input variables of Hot_Bar\n" "% *\n" "% * Pressure: p_in\n" "% * Density: rho_in\n" "% * Temperature: T_in\n" "% * Mass flow dry air: m_dot_air_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 Hot_Bar\n" "% *\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. Calculation mass flow.\n" "% * 3. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "rho_cold_outlet = 0;\n" "rho_hot_outlet = 0;\n" "T_cold_outlet = 0;\n" "T_hot_outlet = 0;\n" "check = 0; \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" "\n" "R_cold = (R_air+x_H2O_gas_cold*R_H2O_gas+" "x_CO2_cold*R_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "R_hot = (R_air+x_H2O_gas_hot*R_H2O_gas+x" "_CO2_hot*R_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "c_p_cold = (c_p_air+x_H2O_gas_cold*c_p_H2O_" "gas+x_CO2_cold*c_p_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "c_p_hot = (c_p_air+x_H2O_gas_hot*c_p_H2O_g" "as+x_CO2_hot*c_p_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation mass flow\n" "m_dot_cold = m_dot_air_cold*(1+x_H2O_gas_cold" "+x_CO2_cold);\n" "m_dot_hot = m_dot_air_hot*(1+x_H2O_gas_hot+x" "_CO2_hot);\n" "\n" "if m_dot_cold > 0.001\n" " if m_dot_hot > 0.001\n" " check = 1;\n" " end\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation heat transfer\n" "if check == 0\n" " T_cold_outlet = T_cold_inlet;\n" " T_hot_outlet = T_hot_inlet;\n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_inl" "et);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_inlet)" ";\n" "end\n" "\n" "if check > 0\n" " H_dot_hot_inlet = m_dot_hot*c_p_hot*T_hot_inlet;\n" " H_dot_hot_outlet_min = m_dot_hot*c_p_hot*T_cold_inlet;\n" " H_dot_hot_outlet = H_dot_hot_inlet-eff*(H_dot_hot_i" "nlet-H_dot_hot_outlet_min);\n" " T_hot_outlet = H_dot_hot_outlet/(m_dot_hot*c_p_" "hot);\n" " \n" " H_dot_cold_inlet = m_dot_cold*c_p_cold*T_cold_inlet" ";\n" " H_dot_cold_outlet = H_dot_cold_inlet+(H_dot_hot_inle" "t-H_dot_hot_outlet);\n" " T_cold_outlet = H_dot_cold_outlet/(m_dot_cold*c_" "p_cold);\n" "\n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_out" "let);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_outlet" ");\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[13 97 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 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 "rho_cold_outlet" linkNode [2 0 7] scope OUTPUT_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_hot_outlet" linkNode [2 6 8] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 8 name "eff" linkNode [2 7 9] 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 9 name "m_dot_air_cold" 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" } } dataType "inherited" } data { id 10 name "T_cold_outlet" linkNode [2 9 11] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 11 name "T_hot_outlet" linkNode [2 10 12] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 12 name "m_dot_air_hot" 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" } } dataType "inherited" } data { id 13 name "T_cold_inlet" 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_hot_inlet" 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 "p_cold_outlet" 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" } } dataType "inherited" } data { id 16 name "p_hot_outlet" 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" } complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 17 name "x_H2O_gas_cold" 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_CO2_cold" 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 "x_H2O_gas_hot" 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 "x_CO2_hot" linkNode [2 19 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 21 name "Hot_Bar_/Embedded\n" "MATLA Function1" machine 1 chart 2 } chart { id 22 name "Compressor_/Embedded\n" "MATLA Function2" windowPosition [378.23 249.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 23 0 0] firstTransition 25 firstJunction 24 viewObj 22 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 26 chartFileNumber 2 disableImplicitCasting 1 eml { name "Cal_1" } } state { id 23 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 22 treeNode [22 0 0 0] superState SUBCHART subviewer 22 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_dot_air,m_dot_air_corr] = Cal_1(p_inlet,T_inle" "t,p_0,T_0,m_dot_left,m_dot_right,m_dot_ref,m_dot_max)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Compressor\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Compressor\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 Compressor\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_1:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation mass flow.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. \n" "% *\n" "% p_outlet/p_inlet | Left Side | Right" " Side\n" "% | __|__ \n" "% | ____ | ____\n" "% | ____ | ___" "_ \n" "% | ____ | " " _____\n" "% 0|_______________________|_____________" "___________\n" "% 0 Mass Flow Corrected " " \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation mass flow\n" "m_dot_air_corr = 0;\n" "\n" "if m_dot_max < 0\n" " m_dot_max = 0;\n" "end\n" "\n" "if m_dot_left < 0\n" " m_dot_left = 0;\n" "end\n" "\n" "if m_dot_right < 0\n" " m_dot_right = 0;\n" "end\n" "\n" "if m_dot_left > m_dot_max\n" " m_dot_left = m_dot_max;\n" "end\n" "\n" "if m_dot_right < m_dot_max\n" " m_dot_right = m_dot_max;\n" "end\n" "\n" "if m_dot_ref >= m_dot_max\n" " m_dot_air_corr = m_dot_right;\n" "end\n" "\n" "if m_dot_ref < m_dot_max\n" " m_dot_air_corr = m_dot_left;\n" "end\n" "\n" "m_dot_air = m_dot_air_corr*(p_inlet/p_0)*(1/sqrt(T_" "inlet/T_0));\n" "\n" "if m_dot_air < 0\n" " m_dot_air = 0;\n" " m_dot_air_corr = 0;\n" "end\n" "\n" "if m_dot_air > 5*m_dot_max\n" " m_dot_air = 5*m_dot_max;\n" " m_dot_air_corr = 5*m_dot_max;\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[210 18 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 24 position [23.5747 49.5747 7] chart 22 linkNode [22 0 0] subviewer 22 type CONNECTIVE_JUNCTION } transition { id 25 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 24 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 22 linkNode [22 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 22 drawStyle SMART executionOrder 1 } data { id 26 name "p_inlet" linkNode [22 0 27] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 27 name "T_inlet" linkNode [22 26 28] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 28 name "p_0" linkNode [22 27 29] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 29 name "T_0" linkNode [22 28 30] scope INPUT_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 "m_dot_air" linkNode [22 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 "m_dot_left" linkNode [22 30 32] 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 32 name "m_dot_right" linkNode [22 31 33] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 33 name "m_dot_ref" linkNode [22 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 "m_dot_max" linkNode [22 33 35] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 35 name "m_dot_air_corr" linkNode [22 34 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 36 name "Compressor_/Embedded\n" "MATLA Function2" machine 1 chart 22 } chart { id 37 name "Specialized_Fan_/Embedded\n" "MATLA Function2" windowPosition [377.584 260.537 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 38 0 0] firstTransition 40 firstJunction 39 viewObj 37 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 41 chartFileNumber 3 disableImplicitCasting 1 eml { name "Cal_T_air" } } state { id 38 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 37 treeNode [37 0 0 0] superState SUBCHART subviewer 37 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function T_air_inlet = Cal_T_air(T_inlet,x_H2O_gas,x_CO2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a specialized fan\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Specialized_Fan\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 Specialized_Fan\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_T_air:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation dry bulb temperature T_air.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. The specific enthalpy of the inflowing gas mixture i" "s equal the enthalpy\n" "% * of a dry air flow. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation dry bulb temperature T_air\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "r_0 = 2500000;\n" "T_air_inlet = (c_p_air*T_inlet+x_H2O_gas*c_p_H2O_gas*T_inle" "t+x_CO2*c_p_CO2*T_inlet+x_H2O_gas*r_0)/c_p_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[103 236 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 39 position [23.5747 49.5747 7] chart 37 linkNode [37 0 0] subviewer 37 type CONNECTIVE_JUNCTION } transition { id 40 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 39 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 37 linkNode [37 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 37 drawStyle SMART executionOrder 1 } data { id 41 name "T_inlet" linkNode [37 0 42] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 42 name "x_H2O_gas" linkNode [37 41 43] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 43 name "x_CO2" linkNode [37 42 44] 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 44 name "T_air_inlet" linkNode [37 43 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 45 name "Specialized_Fan_/Embedded\n" "MATLA Function2" machine 1 chart 37 } chart { id 46 name "Specialized_Fan_/Embedded\n" "MATLA Function3" windowPosition [453.23 174.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 47 0 0] firstTransition 49 firstJunction 48 viewObj 46 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 50 chartFileNumber 4 disableImplicitCasting 1 eml { name "Cal_N" } } state { id 47 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 46 treeNode [46 0 0 0] superState SUBCHART subviewer 46 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function N = Cal_N(T_air_inlet,T_0,n)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a specialized fan\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Specialized_Fan\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 Specialized_Fan\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" "% * \n" "% * Calculations:\n" "% * 1. Calculation corrected rotational speed N.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation corrected rotational speed N\n" "N = n/sqrt(T_air_inlet/T_0);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[122 196 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 48 position [23.5747 49.5747 7] chart 46 linkNode [46 0 0] subviewer 46 type CONNECTIVE_JUNCTION } transition { id 49 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 48 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 46 linkNode [46 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 46 drawStyle SMART executionOrder 1 } data { id 50 name "T_air_inlet" linkNode [46 0 51] scope INPUT_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 "T_0" linkNode [46 50 52] scope INPUT_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 "n" linkNode [46 51 53] 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 53 name "N" linkNode [46 52 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 54 name "Specialized_Fan_/Embedded\n" "MATLA Function3" machine 1 chart 46 } chart { id 55 name "Static_HX_/Embedded\n" "MATLA Function1" windowPosition [420.23 208.383 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 56 0 0] firstTransition 58 firstJunction 57 viewObj 55 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 59 chartFileNumber 5 disableImplicitCasting 1 eml { name "Cal_2" } } state { id 56 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 55 treeNode [55 0 0 0] superState SUBCHART subviewer 55 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho_cold_outlet,rho_hot_outlet,T_cold_outlet,T_ho" "t_outlet] = Cal_2(eff,m_dot_air_cold,m_dot_air_hot,T_cold_i" "nlet,T_hot_inlet,p_cold_outlet,p_hot_outlet,x_H2O_gas_cold," "x_CO2_cold,x_H2O_gas_hot,x_CO2_hot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a static heat exchanger\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Map: Efficiency\n" "% *\n" "% *\n" "% * Relevant input variables of Static_HX\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 Static_HX\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air_in\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_2:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation heat transfer.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "rho_cold_outlet = 0;\n" "rho_hot_outlet = 0;\n" "T_cold_outlet = 0;\n" "T_hot_outlet = 0;\n" "check = 0; \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" "\n" "R_cold = (R_air+x_H2O_gas_cold*R_H2O_gas+x" "_CO2_cold*R_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "R_hot = (R_air+x_H2O_gas_hot*R_H2O_gas+x_" "CO2_hot*R_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "c_p_cold = (c_p_air+x_H2O_gas_cold*c_p_H2O_g" "as+x_CO2_cold*c_p_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "c_p_hot = (c_p_air+x_H2O_gas_hot*c_p_H2O_ga" "s+x_CO2_hot*c_p_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation heat transfer\n" "m_dot_cold = m_dot_air_cold*(1+x_H2O_gas_cold+" "x_CO2_cold);\n" "m_dot_hot = m_dot_air_hot*(1+x_H2O_gas_hot+x_" "CO2_hot);\n" "\n" "if m_dot_cold > 0.01\n" " if m_dot_hot > 0.01\n" " check = 1;\n" " end\n" "end\n" "\n" "if check == 0\n" " T_cold_outlet = T_cold_inlet;\n" " T_hot_outlet = T_hot_inlet;\n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_inle" "t);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_inlet);" "\n" "end\n" "\n" "if check > 0\n" " H_dot_hot_inlet = m_dot_hot*c_p_hot*T_hot_inlet;\n" " H_dot_hot_outlet_min = m_dot_hot*c_p_hot*T_cold_inlet;\n" " H_dot_hot_outlet = H_dot_hot_inlet-eff*(H_dot_hot_in" "let-H_dot_hot_outlet_min);\n" " T_hot_outlet = H_dot_hot_outlet/(m_dot_hot*c_p_h" "ot);\n" " \n" " H_dot_cold_inlet = m_dot_cold*c_p_cold*T_cold_inlet;" "\n" " H_dot_cold_outlet = H_dot_cold_inlet+(H_dot_hot_inlet" "-H_dot_hot_outlet);\n" " T_cold_outlet = H_dot_cold_outlet/(m_dot_cold*c_p" "_cold);\n" "\n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_outl" "et);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_outlet)" ";\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[146 146 1032 746]" 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 57 position [23.5747 49.5747 7] chart 55 linkNode [55 0 0] subviewer 55 type CONNECTIVE_JUNCTION } transition { id 58 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 57 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 55 linkNode [55 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 55 drawStyle SMART executionOrder 1 } data { id 59 name "rho_cold_outlet" linkNode [55 0 60] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 60 name "rho_hot_outlet" linkNode [55 59 61] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 61 name "eff" linkNode [55 60 62] 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 62 name "m_dot_air_cold" linkNode [55 61 63] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 63 name "T_cold_outlet" linkNode [55 62 64] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 64 name "T_hot_outlet" linkNode [55 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 "m_dot_air_hot" linkNode [55 64 66] scope INPUT_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_cold_inlet" linkNode [55 65 67] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 67 name "T_hot_inlet" linkNode [55 66 68] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 68 name "p_cold_outlet" linkNode [55 67 69] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 69 name "p_hot_outlet" linkNode [55 68 70] 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 70 name "x_H2O_gas_cold" linkNode [55 69 71] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 71 name "x_CO2_cold" linkNode [55 70 72] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 72 name "x_H2O_gas_hot" linkNode [55 71 73] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 73 name "x_CO2_hot" linkNode [55 72 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 74 name "Static_HX_/Embedded\n" "MATLA Function1" machine 1 chart 55 } chart { id 75 name "Compressor_/Embedded\n" "MATLA Function1" windowPosition [363.23 264.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 76 0 0] firstTransition 78 firstJunction 77 viewObj 75 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 79 chartFileNumber 6 disableImplicitCasting 1 eml { name "Cal_2" } } state { id 76 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 75 treeNode [75 0 0 0] superState SUBCHART subviewer 75 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho_outlet,T_outlet,m_dot_air_inlet,m_dot_air_out" "let,P_comp] = Cal_2(p_inlet,p_outlet,T_inlet,x_H2O_gas,x_CO" "2,m_dot_air,eff)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a Compressor\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Compressor\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 Compressor\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_2:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation specific work.\n" "% * 3. Calculation outlet temperature and density.\n" "% * 4. Calculation absorbed power.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% *\n" "% Efficiency | | \n" "% | __|__ \n" "% | ____ | ____\n" "% | ____ | _________" "___ \n" "% | _______ | \n" "% 0|_______________________|___________________" "_____\n" "% 0 Mass Flow Corrected \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" "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" "\n" "% * 2. Calculation specific work\n" "w_comp = 0;\n" "\n" "if eff >= 0.01\n" " w_comp = (1/eff)*c_p_air*T_inlet*(((p_outlet/p_in" "let)^((gamma_avg-1)/gamma_avg))-1); \n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation outlet temperature and density \n" "T_outlet = T_inlet+(1/c_p_air)*w_comp;\n" "\n" "if T_outlet < T_inlet\n" " T_outlet = T_inlet;\n" "end\n" "\n" "rho_outlet = p_outlet/(R_avg*T_outlet);\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation absorbed power\n" "if p_outlet == p_inlet\n" " m_dot_air = 0;\n" "end\n" "\n" "P_comp = m_dot_air*c_p_air*(T_outlet-T_inlet);\n" "\n" "m_dot_air_inlet = -m_dot_air;\n" "m_dot_air_outlet = m_dot_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[129 146 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 77 position [23.5747 49.5747 7] chart 75 linkNode [75 0 0] subviewer 75 type CONNECTIVE_JUNCTION } transition { id 78 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 77 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 75 linkNode [75 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 75 drawStyle SMART executionOrder 1 } data { id 79 name "rho_outlet" linkNode [75 0 80] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 80 name "T_outlet" linkNode [75 79 81] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 81 name "p_inlet" linkNode [75 80 82] 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 82 name "p_outlet" linkNode [75 81 83] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 83 name "T_inlet" linkNode [75 82 84] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 84 name "x_H2O_gas" linkNode [75 83 85] 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 85 name "x_CO2" linkNode [75 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 "m_dot_air" linkNode [75 85 87] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 87 name "eff" linkNode [75 86 88] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 88 name "m_dot_air_inlet" linkNode [75 87 89] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 89 name "m_dot_air_outlet" linkNode [75 88 90] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 90 name "P_comp" linkNode [75 89 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 91 name "Compressor_/Embedded\n" "MATLA Function1" machine 1 chart 75 } chart { id 92 name "Static_HX_/Embedded\n" "MATLA Function" windowPosition [408.23 219.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 93 0 0] firstTransition 95 firstJunction 94 viewObj 92 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 96 chartFileNumber 7 disableImplicitCasting 1 eml { name "Cal_1" } } state { id 93 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 92 treeNode [92 0 0 0] superState SUBCHART subviewer 92 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_dot_air_cold,m_dot_air_cold_inlet,m_dot_air_col" "d_outlet,m_dot_air_hot,m_dot_air_hot_inlet,m_dot_air_hot_ou" "tlet] = Cal_1(K_1_hot,m_1_hot,rho_hot_inlet,K_1_cold,m_1_co" "ld,rho_cold_inlet,p_cold_inlet,p_cold_outlet,p_hot_inlet,p_" "hot_outlet,x_H2O_gas_cold,x_CO2_cold,x_H2O_gas_hot,x_CO2_ho" "t,p_0,T_0)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a static heat exchanger\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Map: Efficiency\n" "% *\n" "% *\n" "% * Relevant input variables of Static_HX\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 Static_HX\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air_in\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_1:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation mass flow.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation mass flow\n" "R_air = 287.058;\n" "rho_0 = p_0/(R_air*T_0);\n" "rho_air_cold_inlet = rho_cold_inlet/(1+x_H2O_gas_cold+x_" "CO2_cold);\n" "rho_air_hot_inlet = rho_hot_inlet/(1+x_H2O_gas_hot+x_CO" "2_hot);\n" "sigma_1_cold = rho_air_cold_inlet/rho_0;\n" "sigma_1_hot = rho_air_hot_inlet/rho_0;\n" "m_dot_air_cold = (abs(p_cold_inlet-p_cold_outlet)*si" "gma_1_cold/K_1_cold)^(1/m_1_cold);\n" "\n" "if p_cold_inlet < p_cold_outlet\n" " m_dot_air_cold = 0;\n" "end\n" "\n" "m_dot_air_hot = (abs(p_hot_inlet-p_hot_outlet)*sigm" "a_1_hot/K_1_hot)^(1/m_1_hot);\n" "\n" "if p_hot_inlet < p_hot_outlet\n" " m_dot_air_hot = 0;\n" "end\n" "\n" "m_dot_air_cold_inlet = -m_dot_air_cold;\n" "m_dot_air_cold_outlet = m_dot_air_cold;\n" "m_dot_air_hot_inlet = -m_dot_air_hot;\n" "m_dot_air_hot_outlet = m_dot_air_hot;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[8 28 1032 746]" 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 94 position [23.5747 49.5747 7] chart 92 linkNode [92 0 0] subviewer 92 type CONNECTIVE_JUNCTION } transition { id 95 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 94 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 92 linkNode [92 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 92 drawStyle SMART executionOrder 1 } data { id 96 name "m_dot_air_cold" linkNode [92 0 97] scope OUTPUT_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 "m_dot_air_cold_inlet" linkNode [92 96 98] scope OUTPUT_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 "m_dot_air_cold_outlet" linkNode [92 97 99] scope OUTPUT_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 "m_dot_air_hot" linkNode [92 98 100] scope OUTPUT_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_hot_inlet" linkNode [92 99 101] scope OUTPUT_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 "m_dot_air_hot_outlet" linkNode [92 100 102] scope OUTPUT_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 "K_1_hot" linkNode [92 101 103] 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 103 name "m_1_hot" linkNode [92 102 104] 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 "rho_hot_inlet" linkNode [92 103 105] scope INPUT_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 "K_1_cold" linkNode [92 104 106] scope INPUT_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 "m_1_cold" linkNode [92 105 107] 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 107 name "rho_cold_inlet" linkNode [92 106 108] 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 108 name "p_cold_inlet" linkNode [92 107 109] 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 109 name "p_cold_outlet" linkNode [92 108 110] 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 110 name "p_hot_inlet" linkNode [92 109 111] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 111 name "p_hot_outlet" linkNode [92 110 112] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 112 name "x_H2O_gas_cold" linkNode [92 111 113] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 113 name "x_CO2_cold" linkNode [92 112 114] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 114 name "x_H2O_gas_hot" linkNode [92 113 115] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 115 name "x_CO2_hot" linkNode [92 114 116] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 116 name "p_0" linkNode [92 115 117] 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 "T_0" linkNode [92 116 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 118 name "Static_HX_/Embedded\n" "MATLA Function" machine 1 chart 92 } chart { id 119 name "Mixing_Unit_3D_/Embedded\n" "MATLAB Function" windowPosition [420.45 153.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 120 0 0] firstTransition 122 firstJunction 121 viewObj 119 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 123 chartFileNumber 8 disableImplicitCasting 1 eml { name "Initial" } } state { id 120 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 119 treeNode [119 0 0 0] superState SUBCHART subviewer 119 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 mixing unit with 3 apertures\n" "% *\n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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 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 43 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 121 position [23.5747 49.5747 7] chart 119 linkNode [119 0 0] subviewer 119 type CONNECTIVE_JUNCTION } transition { id 122 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 121 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 119 linkNode [119 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 119 drawStyle SMART executionOrder 1 } data { id 123 name "V" linkNode [119 0 124] 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 124 name "p_init" linkNode [119 123 125] 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 "T_init" linkNode [119 124 126] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 126 name "x_H2O_gas_init" linkNode [119 125 127] 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_init" linkNode [119 126 128] 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_init" linkNode [119 127 129] 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 "m_air_init" linkNode [119 128 130] scope OUTPUT_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 "m_H2O_gas_init" linkNode [119 129 131] scope OUTPUT_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 "m_CO2_init" linkNode [119 130 132] scope OUTPUT_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_H2O_liq_init" linkNode [119 131 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 133 name "Mixing_Unit_3D_/Embedded\n" "MATLAB Function" machine 1 chart 119 } chart { id 134 name "Mixing_Unit_3D_/Embedded_MATLAB_Function_1" windowPosition [480.45 93.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 135 0 0] firstTransition 137 firstJunction 136 viewObj 134 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 138 chartFileNumber 9 disableImplicitCasting 1 eml { name "T_m" } } state { id 135 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 134 treeNode [134 0 0 0] superState SUBCHART subviewer 134 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 mixing unit with 3 apertures\n" "% *\n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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[98 179 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 136 position [23.5747 49.5747 7] chart 134 linkNode [134 0 0] subviewer 134 type CONNECTIVE_JUNCTION } transition { id 137 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 136 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 134 linkNode [134 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 134 drawStyle SMART executionOrder 1 } data { id 138 name "T" linkNode [134 0 139] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 139 name "T_dot" linkNode [134 138 140] 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 "m_dot_air" linkNode [134 139 141] 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 "m_air" linkNode [134 140 142] scope INPUT_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_H2O_gas" linkNode [134 141 143] 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 "m_CO2" linkNode [134 142 144] 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 "m_H2O_liq" linkNode [134 143 145] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 145 name "T_in_1" linkNode [134 144 146] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 146 name "m_dot_air_in_1" linkNode [134 145 147] 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 147 name "x_H2O_gas_in_1" linkNode [134 146 148] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 148 name "x_CO2_in_1" linkNode [134 147 149] 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 149 name "x_H2O_liq_in_1" linkNode [134 148 150] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 150 name "T_in_2" linkNode [134 149 151] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 151 name "m_dot_air_in_2" linkNode [134 150 152] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 152 name "x_H2O_gas_in_2" linkNode [134 151 153] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 153 name "x_CO2_in_2" linkNode [134 152 154] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 154 name "x_H2O_liq_in_2" linkNode [134 153 155] 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 "T_in_3" linkNode [134 154 156] 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 "m_dot_air_in_3" linkNode [134 155 157] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 157 name "x_H2O_gas_in_3" linkNode [134 156 158] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 158 name "x_CO2_in_3" linkNode [134 157 159] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 159 name "x_H2O_liq_in_3" linkNode [134 158 160] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 160 name "Q_dot" linkNode [134 159 161] 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 161 name "m_dot_H2O_gas" linkNode [134 160 162] 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 162 name "m_dot_CO2" linkNode [134 161 163] 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 163 name "m_dot_H2O_liq" linkNode [134 162 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 164 name "Mixing_Unit_3D_/Embedded_MATLAB_Function_1" machine 1 chart 134 } chart { id 165 name "Mixing_Unit_3D_/Embedded_MATLAB_Function_2" windowPosition [504.288 108.844 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 166 0 0] firstTransition 168 firstJunction 167 viewObj 165 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 169 chartFileNumber 10 disableImplicitCasting 1 eml { name "p_rho" } } state { id 166 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 165 treeNode [165 0 0 0] superState SUBCHART subviewer 165 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho_bar,T_bar,x_H2O_gas_bar,x_CO2,x_H2O_liq_bar" ",Delta_T,Delta_m_H2O_gas,Delta_m_H2O_liq] = p_rho(T,m_air,m" "_H2O_gas,m_CO2,m_H2O_liq,V,Delta_T_old,Delta_m_H2O_gas_old," "Delta_m_H2O_liq_old)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a mixing unit with 3 aperture\n" "% *\n" "% * Number of Inputs: 4\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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. Redefinition of the input variables.\n" "% * 2. Definition specific gas constants.\n" "% * 3. Calculation of the density.\n" "% * 4. Calculation of the pressure.\n" "% * 5. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% * 6. Condensation/Evaporation \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" "% * 5. 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. Redefinition of the input variables\n" "T = T+Delta_T_old;\n" "\n" "if T < 0\n" " T = 0;\n" "end\n" "\n" "m_H2O_gas = m_H2O_gas+Delta_m_H2O_gas_o" "ld;\n" "\n" "if m_H2O_gas < 0\n" " m_H2O_gas = 0;\n" "end\n" "\n" "m_H2O_liq = m_H2O_liq+Delta_m_H2O_liq_o" "ld;\n" "\n" "if m_H2O_liq < 0\n" " m_H2O_liq = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. 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" "\n" "% * 5. 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" "% *********************************************************" "***************\n" "\n" "% * 6. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "x_H2O_gas_sat = rho_H2O_gas_sat/(m_air/V);\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap>0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test>0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/(m_air" "/V);\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/(m_air" "/V);\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" " \n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " \n" " if iter > 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "Delta_T = Delta_T_old+T_bar-T;\n" "Delta_m_H2O_gas = Delta_m_H2O_gas_old+m_air*(" "x_H2O_gas_bar-x_H2O_gas);\n" "Delta_m_H2O_liq = Delta_m_H2O_liq_old+m_air*(" "x_H2O_liq_bar-x_H2O_liq);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[98 228 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 171 name "rho_bar" linkNode [165 170 172] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 172 name "m_air" linkNode [165 171 173] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 173 name "m_H2O_gas" linkNode [165 172 174] 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 174 name "m_CO2" linkNode [165 173 175] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 175 name "m_H2O_liq" linkNode [165 174 176] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 176 name "V" linkNode [165 175 177] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 177 name "Delta_T_old" linkNode [165 176 178] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 178 name "T_bar" linkNode [165 177 179] scope OUTPUT_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 "x_H2O_gas_bar" linkNode [165 178 180] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE 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SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 184 name "Delta_T" linkNode [165 183 185] scope OUTPUT_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 "Delta_m_H2O_gas" linkNode [165 184 186] scope OUTPUT_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 "Delta_m_H2O_liq" linkNode [165 185 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 187 name "Mixing_Unit_3D_/Embedded_MATLAB_Function_2" machine 1 chart 165 } chart { id 188 name "ISA_/Embedded\n" "MATLAB Function" windowPosition [341.813 269.45 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 189 0 0] firstTransition 191 firstJunction 190 viewObj 188 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 192 chartFileNumber 11 disableImplicitCasting 1 eml { name "Cal" } } state { id 189 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 188 treeNode [188 0 0 0] superState SUBCHART subviewer 188 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho,T]=Cal(h_flight,Delta_T,R)\n" "\n" "r_earth = 6.371*10^6;\n" "p_0 = 101325;\n" "rho_0 = 1.2250;\n" "T_0 = 288.15;\n" "L = 6.5/1000;\n" "H_ISA = (r_earth*h_flight)/(r_earth+h_flight);\n" "T = T_0-L*H_ISA+Delta_T;\n" "\n" "if h_flight > 11000\n" " T = T_0-L*(r_earth*11000)/(r_earth+11000)+Delta_T;\n" "end\n" "\n" "p = p_0*((1-(L*H_ISA/(T_0+Delta_T)))^5.25588);\n" "rho = p/(R*T);" editorLayout "100 M4x1[228 311 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. Definition state variables.\n" "% * 3. Calculation mass flow.\n" "% *\n" "% *\n" "% FAN CURVE\n" "% =========\n" "% Delta_p_zero -|-------_______ ->| |<- vol" "ume_margin\n" "% | -------_______ |\n" "% p_delta_end -|------------------------------E____|\n" "% | | ---__\n" "% | | | --" "_\n" "% 0 |______________________________|____|______" "_-______\n" "% 0 V_dot_end |\n" "% V_dot_slope\n" "% <------ linear curve ------>|<-- cubic c" "urve -->\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" "\n" "R_avg = (R_air+x_H2O_gas_in*R_H2O_gas+" "x_CO2_in*R_CO2)/(1+x_H2O_gas_in+x_CO2_in);\n" "c_p_avg = (c_p_air+x_H2O_gas_in*c_p_H2O_" "gas+x_CO2_in*c_p_CO2)/(1+x_H2O_gas_in+x_CO2_in);\n" "c_v_avg = c_p_avg-R_avg;\n" "gamma_avg = c_p_avg/c_v_avg;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Definition state variables\n" "rho = rho_in*((p_out/p_in)^(1/gamma_" "avg));\n" "rho_avg = (rho_in+rho)/2;\n" "T = T_in*((p_out/p_in)^((gamma_avg" "-1)/gamma_avg));\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation mass flow\n" "Delta_p = 0;\n" "Delta_p_end = 0;\n" "Delta_p_pol = 0;\n" "V_dot = 0;\n" "V_dot_end = 0;\n" "m_dot_in = 0;\n" "m_dot_out = 0;\n" "d_Delta_p_d_V_dot = 0;\n" "\n" "a_1 = abs(a_1);\n" "a_2 = -abs(a_2);\n" "a_3 = -abs(a_3);\n" "A_3 = (rho_avg/rho_0)*a_3*(n/n_0)^(-" "1);\n" "A_2 = (rho_avg/rho_0)*a_2*(n/n_0)^0;" "\n" "A_1 = (rho_avg/rho_0)*a_1*(n/n_0)^1;" "\n" "A_0 = (rho_avg/rho_0)*a_0*(n/n_0)^2;" "\n" "V_dot_limit = abs(V_dot_limit);\n" "\n" "if n>0\n" " Delta_p = abs(p_out-p_in);\n" " n = max(n,n_min);\n" " \n" " if A_3<0\n" " V_dot_end_1 = (-2*A_2+sqrt((2*A_2)^2-12*A_3*" "A_1))/(6*A_3);\n" " V_dot_end_2 = (-2*A_2-sqrt((2*A_2)^2-12*A_3*" "A_1))/(6*A_3);\n" " V_dot_end = max(V_dot_end_1,V_dot_end_2);\n" " Delta_p_end = A_3*V_dot_end^3+A_2*V_dot_end^" "2+A_1*V_dot_end+A_0;\n" " \n" " if Delta_p_end < 0\n" " Delta_p_end = 0;\n" " end\n" " \n" " if Delta_p <= Delta_p_end\n" " A_max = max(abs(A_3),abs(A_2));\n" " A_max = max(A_max,abs(A_1));\n" " A_max = max(A_max,abs(A_0));\n" " Z_A_3 = A_3/A_max;\n" " Z_A_2 = A_2/A_max;\n" " Z_A_1 = A_1/A_max;\n" " Z_A_0 = A_0/A_max;\n" " Z_Delta_p = Delta_p/A_max\n" " K_1 = 3*Z_A_3*Z_A_1-(Z_A_2^2);\n" " K_2 = 27*(Z_A_3^2)*(Z_A_0-Z_Delta_p)" "-9*Z_A_3*Z_A_2*Z_A_1+2*(Z_A_2^3);\n" " K_3 = 0.5*((-4*K_2+4*sqrt((K_2^2)+4*" "(K_1^3)))^(1/3));\n" " K_4 = 0.5*((-4*K_2-4*sqrt((K_2^2)+4*" "(K_1^3)))^(1/3));\n" " V_dot = (K_3+K_4-Z_A_2)/(3*Z_A_3);\n" " end\n" " \n" " if Delta_p > Delta_p_end\n" " Delta_V_dot = 0.1*V_dot_end;\n" " d_Delta_p_d_V_dot = (3*A_3*(V_dot_end+Delta_V_dot)" "^2+2*A_2*(V_dot_end+Delta_V_dot)+A_1);\n" " d_Delta_p_d_V_dot = max(abs(d_Delta_p_d_V_dot),0.1" ");\n" " Delta_p_zero = Delta_p_end+d_Delta_p_d_V_dot*" "V_dot_end; \n" " V_dot_virtuell = (Delta_p-Delta_p_end)/d_Delta_" "p_d_V_dot; \n" " V_dot = V_dot_end-V_dot_virtuell;\n" " end\n" " \n" " if V_dot > V_dot_limit\n" " V_dot = V_dot_limit+K*log(1+(V_dot-V_d" "ot_limit));\n" " end\n" " \n" " if V_dot < -V_dot_limit\n" " V_dot = -V_dot_limit-K*log(1+abs(V_dot" "+V_dot_limit));\n" " end\n" " \n" " m_dot = V_dot*rho_avg;\n" " m_dot_in = -m_dot/(1+x_H2O_gas_in+x_CO2_i" "n);\n" " m_dot_out = m_dot/(1+x_H2O_gas_in+x_CO2_i" "n);\n" " V_dot_pol = m_dot_pol/rho_avg;\n" " Delta_p_pol = A_3*V_dot_pol^3+A_2*V_dot_pol^" "2+A_1*V_dot_pol+A_0;\n" " \n" " if V_dot_pol Delta_p_end\n" " Delta_V_dot = 0.1*V_dot_end;\n" " d_Delta_p_d_V_dot = (2*A_2*(V_dot_end+Delta_V_dot)" "+A_1);\n" " d_Delta_p_d_V_dot = max(abs(d_Delta_p_d_V_dot),0.1" ");\n" " Delta_p_zero = Delta_p_end+d_Delta_p_d_V_dot*" "V_dot_end;\n" " V_dot_virtuell = (Delta_p-Delta_p_end)/d_Delta_" "p_d_V_dot; \n" " V_dot = V_dot_end-V_dot_virtuell;\n" " end\n" " \n" " if V_dot > V_dot_limit\n" " V_dot = V_dot_limit+K*log(1+(V_dot-V_" "dot_limit));\n" " end\n" " \n" " if V_dot < -V_dot_limit\n" " V_dot = -V_dot_limit-K*log(1+abs(V_dot" "+V_dot_limit));\n" " end\n" " \n" " m_dot = V_dot*rho_avg;\n" " m_dot_in = -m_dot/(1+x_H2O_gas_in+x_CO2_i" "n);\n" " m_dot_out = m_dot/(1+x_H2O_gas_in+x_CO2_i" "n);\n" " V_dot_pol = m_dot_pol/rho_avg;\n" " Delta_p_pol = A_2*V_dot_pol^2+A_1*V_dot_pol+" "A_0;\n" " \n" " if V_dot_pol < V_dot_end\n" " Delta_p_pol = Delta_p_end+d_Delta_p_d_V_dot*" "(V_dot_end-V_dot_pol);\n" " end\n" " end\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[103 228 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 201 position [23.5747 49.5747 7] chart 199 linkNode [199 0 0] subviewer 199 type CONNECTIVE_JUNCTION } transition { id 202 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 201 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 199 linkNode [199 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 199 drawStyle SMART executionOrder 1 } data { id 203 name "rho" linkNode [199 0 204] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 204 name "T" linkNode [199 203 205] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType 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scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 223 name "m_dot_pol" linkNode [199 222 224] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 224 name "Delta_p_pol" linkNode [199 223 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 225 name "Generalized_Fan_/Embedded\n" "MATLA Function" machine 1 chart 199 } chart { id 226 name "Mixing_Unit_4D_/Embedded\n" "MATLAB Function" windowPosition [435.45 138.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 227 0 0] firstTransition 229 firstJunction 228 viewObj 226 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 230 chartFileNumber 13 disableImplicitCasting 1 eml { name "Initial" } } state { id 227 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 226 treeNode [226 0 0 0] superState SUBCHART subviewer 226 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 mixing unit with 4 apertures\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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 43 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. 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,..." 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dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 273 name "m_dot_H2O_gas" linkNode [241 272 274] 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 274 name "m_dot_CO2" linkNode [241 273 275] 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 275 name "m_dot_H2O_liq" linkNode [241 274 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 276 name "Mixing_Unit_4D_/Embedded_MATLAB_Function_1" machine 1 chart 241 } chart { id 277 name "Compressor_/Embedded\n" "MATLA Function4" windowPosition [392.584 245.537 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 278 0 0] firstTransition 280 firstJunction 279 viewObj 277 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 281 chartFileNumber 15 disableImplicitCasting 1 eml { name "Cal_T_air" } } state { id 278 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 277 treeNode [277 0 0 0] superState SUBCHART subviewer 277 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function T_air_inlet = Cal_T_air(T_inlet,x_H2O_gas,x_CO2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a compressor\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Compressor\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 Compressor\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_T_air:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation dry bulb temperature T_air.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. The specific enthalpy of the inflowing gas mixture i" "s equal the enthalpy\n" "% * of a dry air flow. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation dry bulb temperature T_air\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "r_0 = 2500000;\n" "T_air_inlet = (c_p_air*T_inlet+x_H2O_gas*c_p_H2O_gas*T_inle" "t+x_CO2*c_p_CO2*T_inlet+x_H2O_gas*r_0)/c_p_air;\n" "% *********************************************************" "***************\n" "" editorLayout "100 M4x1[57 78 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 279 position [23.5747 49.5747 7] chart 277 linkNode [277 0 0] subviewer 277 type CONNECTIVE_JUNCTION } transition { id 280 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 279 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 277 linkNode [277 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 277 drawStyle SMART executionOrder 1 } data { id 281 name "T_inlet" linkNode [277 0 282] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 282 name "x_H2O_gas" linkNode [277 281 283] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 283 name "x_CO2" linkNode [277 282 284] 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 284 name "T_air_inlet" linkNode [277 283 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 285 name "Compressor_/Embedded\n" "MATLA Function4" machine 1 chart 277 } chart { id 286 name "Dynamic_HX_/Embedded\n" "MATLA Function" windowPosition [285.174 333.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 287 0 0] firstTransition 289 firstJunction 288 viewObj 286 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 290 chartFileNumber 16 disableImplicitCasting 1 eml { name "Cal_2" } } state { id 287 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 286 treeNode [286 0 0 0] superState SUBCHART subviewer 286 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [T_cold_outlet,T_hot_outlet,rho_cold_outlet,rho_ho" "t_outlet,T_dot_wall_1,T_dot_wall_2] = Cal_2(m_wall,c_wall,m" "_dot_air_cold,m_dot_air_hot,T_cold_inlet,T_hot_inlet,p_cold" "_outlet,p_hot_outlet,x_H2O_gas_cold,x_CO2_cold,x_H2O_gas_ho" "t,x_CO2_hot,T_wall_1,T_wall_2,eff,eff_HT_cold,eff_HT_hot)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a dynamic heat exchanger\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Map: Efficiency\n" "% * Mass HT Wall: m_wall\n" "% * Specific Heat Capacity HT Wall: c_wall\n" "% *\n" "% *\n" "% * Relevant input variables of Dynamic_HX\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 Dynamic_HX\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air_in" "\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_2:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation heat transfer air-air and air-wall.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "rho_cold_outlet = 0;\n" "rho_hot_outlet = 0;\n" "T_cold_outlet = 0;\n" "T_hot_outlet = 0;\n" "T_dot_wall_1 = 0;\n" "T_dot_wall_2 = 0;\n" "check = 0; \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" "\n" "R_cold = (R_air+x_H2O_gas_cold*R_H2O_gas+x" "_CO2_cold*R_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "R_hot = (R_air+x_H2O_gas_hot*R_H2O_gas+x_" "CO2_hot*R_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "c_p_cold = (c_p_air+x_H2O_gas_cold*c_p_H2O_g" "as+x_CO2_cold*c_p_CO2)/(1+x_H2O_gas_cold+x_CO2_cold);\n" "c_p_hot = (c_p_air+x_H2O_gas_hot*c_p_H2O_ga" "s+x_CO2_hot*c_p_CO2)/(1+x_H2O_gas_hot+x_CO2_hot);\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation heat transfer air-air and air-wall\n" "m_dot_cold = m_dot_air_cold*(1+x_H2O_gas_cold+" "x_CO2_cold);\n" "m_dot_hot = m_dot_air_hot*(1+x_H2O_gas_hot+x_" "CO2_hot);\n" "\n" "if m_dot_cold > 0.01\n" " if m_dot_hot > 0.01\n" " check = 1;\n" " end\n" "end\n" "\n" "if check == 0\n" " T_cold_outlet = T_cold_inlet;\n" " T_hot_outlet = T_hot_inlet;\n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_inle" "t);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_inlet);" "\n" "end\n" "\n" "if check > 0 \n" " H_dot_hot_inlet = m_dot_hot*c_p_hot*T_hot_inlet;\n" " H_dot_hot_outlet_min = m_dot_hot*c_p_hot*T_cold_inlet;\n" " H_dot_hot_outlet = H_dot_hot_inlet-eff*(H_dot_hot_in" "let-H_dot_hot_outlet_min);\n" " T_hot_outlet = H_dot_hot_outlet/(m_dot_hot*c_p_h" "ot);\n" "\n" " H_dot_cold_inlet = m_dot_cold*c_p_cold*T_cold_inlet;" "\n" " H_dot_cold_outlet = H_dot_cold_inlet+(H_dot_hot_inlet" "-H_dot_hot_outlet);\n" " T_cold_outlet = H_dot_cold_outlet/(m_dot_cold*c_p" "_cold);\n" " \n" " exp_hot = -log(1-eff_HT_hot);\n" " alpha_A_hot = exp_hot*(m_dot_hot*c_p_hot);\n" " \n" " if eff_HT_hot > 0.95\n" " exp_hot = -log(1-0.95);\n" " alpha_A_hot = exp_hot*(m_dot_hot*c_p_hot);\n" " end \n" " \n" " exp_cold = -log(1-eff_HT_cold);\n" " alpha_A_cold = exp_cold*(m_dot_cold*c_p_cold);\n" " \n" " if eff_HT_cold > 0.95\n" " exp_cold = -log(1-0.95);\n" " alpha_A_cold = exp_cold*(m_dot_cold*c_p_cold);\n" " end\n" " \n" " T_avg_hot = T_hot_inlet;\n" " \n" " if exp_hot > 0\n" " T_avg_hot = T_wall_1+(T_hot_inlet-T_wall_1)*(" "1-exp(-exp_hot))/exp_hot;\n" " end\n" "\n" " Q_dot_hot = alpha_A_hot*(T_wall_1-T_avg_hot);" "\n" " T_hot_inlet = T_hot_inlet+Q_dot_hot/(m_dot_hot*" "c_p_hot);\n" " \n" " if T_hot_inlet < T_wall_1\n" " T_hot_inlet = T_wall_1;\n" " end\n" " \n" " T_avg_cold = T_cold_inlet;\n" " \n" " if exp_cold > 0\n" " T_avg_cold = T_wall_2+(T_cold_inlet-T_wall_2)*" "(1-exp(-exp_cold))/exp_cold;\n" " end\n" "\n" " Q_dot_cold = alpha_A_cold*(T_wall_2-T_avg_cold" ");\n" " T_cold_inlet = T_cold_inlet+Q_dot_cold/(m_dot_co" "ld*c_p_cold);\n" " \n" " if T_cold_inlet < T_wall_2\n" " T_cold_inlet = T_wall_2;\n" " end\n" " \n" " H_dot_hot_inlet = m_dot_hot*c_p_hot*T_hot_inlet;\n" " H_dot_hot_outlet_min = m_dot_hot*c_p_hot*T_cold_inlet;\n" " H_dot_hot_outlet = H_dot_hot_inlet-eff*(H_dot_hot_in" "let-H_dot_hot_outlet_min);\n" " T_hot_outlet = H_dot_hot_outlet/(m_dot_hot*c_p_h" "ot);\n" "\n" " H_dot_cold_inlet = m_dot_cold*c_p_cold*T_cold_inlet;" "\n" " H_dot_cold_outlet = H_dot_cold_inlet+(H_dot_hot_inlet" "-H_dot_hot_outlet);\n" " T_cold_outlet = H_dot_cold_outlet/(m_dot_cold*c_p" "_cold);\n" " \n" " rho_cold_outlet = p_cold_outlet/(R_cold*T_cold_outl" "et);\n" " rho_hot_outlet = p_hot_outlet/(R_hot*T_hot_outlet)" ";\n" " \n" " Q_dot_wall_1 = -Q_dot_hot;\n" " T_dot_wall_1 = Q_dot_wall_1/(m_wall*c_wall);\n" " Q_dot_wall_2 = -Q_dot_cold;\n" " T_dot_wall_2 = Q_dot_wall_2/(m_wall*c_wall);\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[8 28 1032 748]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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screen [1 1 1280 1024 1.333333333333333] treeNode [0 315 0 0] firstTransition 317 firstJunction 316 viewObj 314 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 318 chartFileNumber 17 disableImplicitCasting 1 eml { name "p_rho" } } state { id 315 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 314 treeNode [314 0 0 0] superState SUBCHART subviewer 314 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho_bar,T_bar,x_H2O_gas_bar,x_CO2,x_H2O_liq_bar" ",Delta_T,Delta_m_H2O_gas,Delta_m_H2O_liq] = p_rho(T,m_air,m" "_H2O_gas,m_CO2,m_H2O_liq,V,Delta_T_old,Delta_m_H2O_gas_old," "Delta_m_H2O_liq_old)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a mixing unit with 4 aperture\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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 p_rho:\n" "% * \n" "% * Calculations:\n" "% * 1. Redefinition of the input variables.\n" "% * 2. Definition specific gas constants.\n" "% * 3. Calculation of the density.\n" "% * 4. Calculation of the pressure.\n" "% * 5. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% * 6. Condensation/Evaporation \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" "% * 5. 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. Redefinition of the input variables\n" "T = T+Delta_T_old;\n" "\n" "if T < 0\n" " T = 0;\n" "end\n" "\n" "m_H2O_gas = m_H2O_gas+Delta_m_H2O_gas_o" "ld;\n" "\n" "if m_H2O_gas < 0\n" " m_H2O_gas = 0;\n" "end\n" "\n" "m_H2O_liq = m_H2O_liq+Delta_m_H2O_liq_o" "ld;\n" "\n" "if m_H2O_liq < 0\n" " m_H2O_liq = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. 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" "\n" "% * 5. 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" "% *********************************************************" "***************\n" "\n" "% * 6. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "x_H2O_gas_sat = rho_H2O_gas_sat/(m_air/V);\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap>0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test>0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/(m_air" "/V);\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/(m_air" "/V);\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" " \n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " \n" " if iter > 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "Delta_T = Delta_T_old+T_bar-T;\n" "Delta_m_H2O_gas = Delta_m_H2O_gas_old+m_air*(" "x_H2O_gas_bar-x_H2O_gas);\n" "Delta_m_H2O_liq = Delta_m_H2O_liq_old+m_air*(" "x_H2O_liq_bar-x_H2O_liq);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[12 211 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 320 name "rho_bar" linkNode [314 319 321] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 321 name "m_air" linkNode [314 320 322] 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 "m_H2O_gas" linkNode [314 321 323] 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 323 name "m_CO2" linkNode [314 322 324] 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 "m_H2O_liq" linkNode [314 323 325] 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 "V" linkNode [314 324 326] 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 "Delta_T_old" linkNode [314 325 327] scope INPUT_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 "T_bar" linkNode [314 326 328] 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 "x_H2O_gas_bar" linkNode [314 327 329] 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 329 name "x_CO2" linkNode [314 328 330] 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 330 name "x_H2O_liq_bar" linkNode [314 329 331] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 331 name "Delta_m_H2O_gas_old" linkNode [314 330 332] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 332 name "Delta_m_H2O_liq_old" linkNode [314 331 333] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 333 name "Delta_T" linkNode [314 332 334] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 334 name "Delta_m_H2O_gas" linkNode [314 333 335] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 335 name "Delta_m_H2O_liq" linkNode [314 334 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 336 name "Mixing_Unit_4D_/Embedded_MATLAB_Function_2" machine 1 chart 314 } chart { id 337 name "Mixing_Unit_1D_/Embedded\n" "MATLAB Function" windowPosition [420.45 153.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 338 0 0] firstTransition 340 firstJunction 339 viewObj 337 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 341 chartFileNumber 18 disableImplicitCasting 1 eml { name "Initial" } } state { id 338 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 337 treeNode [337 0 0 0] superState SUBCHART subviewer 337 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 mixing unit with 1 apertures\n" "% *\n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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 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 43 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 339 position [23.5747 49.5747 7] chart 337 linkNode [337 0 0] subviewer 337 type CONNECTIVE_JUNCTION } transition { id 340 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 339 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 337 linkNode [337 0 0] dataLimits [21.175 25.975 14.625 42.575] subviewer 337 drawStyle SMART executionOrder 1 } data { id 341 name "V" linkNode [337 0 342] 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 342 name "p_init" linkNode [337 341 343] 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 "T_init" linkNode [337 342 344] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 344 name "x_H2O_gas_init" linkNode [337 343 345] 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_init" linkNode [337 344 346] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 346 name "x_H2O_liq_init" linkNode [337 345 347] 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 "m_air_init" linkNode [337 346 348] scope OUTPUT_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_H2O_gas_init" linkNode [337 347 349] scope OUTPUT_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 "m_CO2_init" linkNode [337 348 350] scope OUTPUT_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 "m_H2O_liq_init" linkNode [337 349 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 351 name "Mixing_Unit_1D_/Embedded\n" "MATLAB Function" machine 1 chart 337 } chart { id 352 name "Mixing_Unit_1D_/Embedded_MATLAB_Function_1" windowPosition [564.36 34.875 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 353 0 0] firstTransition 355 firstJunction 354 viewObj 352 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 356 chartFileNumber 19 disableImplicitCasting 1 eml { name "T_m" } } state { id 353 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 352 treeNode [352 0 0 0] superState SUBCHART subviewer 352 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 mixing unit with 1 apertures\n" "% *\n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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_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[12 202 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 358 name "m_H2O_gas" linkNode [352 357 359] 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 359 name "m_CO2" linkNode [352 358 360] 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 "m_H2O_liq" linkNode [352 359 361] 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 "T_dot" linkNode [352 360 362] scope OUTPUT_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 "m_dot_air" linkNode [352 361 363] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 363 name "T_in" linkNode [352 362 364] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 364 name "m_dot_air_in" linkNode [352 363 365] 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 365 name "x_H2O_gas_in" linkNode [352 364 366] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 366 name "x_CO2_in" linkNode [352 365 367] 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 367 name "x_H2O_liq_in" linkNode [352 366 368] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 368 name "Q_dot" linkNode [352 367 369] 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 369 name "m_dot_H2O_gas" linkNode [352 368 370] 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 370 name "m_dot_CO2" linkNode [352 369 371] 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 371 name "m_dot_H2O_liq" linkNode [352 370 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 372 name "Mixing_Unit_1D_/Embedded_MATLAB_Function_1" machine 1 chart 352 } chart { id 373 name "Mixing_Unit_1D_/Embedded_MATLAB_Function_2" windowPosition [504.288 108.844 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 374 0 0] firstTransition 376 firstJunction 375 viewObj 373 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 377 chartFileNumber 21 disableImplicitCasting 1 eml { name "p_rho" } } state { id 374 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 373 treeNode [373 0 0 0] superState SUBCHART subviewer 373 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho_bar,T_bar,x_H2O_gas_bar,x_CO2,x_H2O_liq_bar" ",Delta_T,Delta_m_H2O_gas,Delta_m_H2O_liq] = p_rho(T,m_air,m" "_H2O_gas,m_CO2,m_H2O_liq,V,Delta_T_old,Delta_m_H2O_gas_old," "Delta_m_H2O_liq_old)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a mixing unit with 1 aperture\n" "% *\n" "% * Number of Inputs: 2\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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. Redefinition of the input variables.\n" "% * 2. Definition specific gas constants.\n" "% * 3. Calculation of the density.\n" "% * 4. Calculation of the pressure.\n" "% * 5. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% * 6. Condensation/Evaporation \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" "% * 5. 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. Redefinition of the input variables\n" "T = T+Delta_T_old;\n" "\n" "if T < 0\n" " T = 0;\n" "end\n" "\n" "m_H2O_gas = m_H2O_gas+Delta_m_H2O_gas_o" "ld;\n" "\n" "if m_H2O_gas < 0\n" " m_H2O_gas = 0;\n" "end\n" "\n" "m_H2O_liq = m_H2O_liq+Delta_m_H2O_liq_o" "ld;\n" "\n" "if m_H2O_liq < 0\n" " m_H2O_liq = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. 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" "\n" "% * 5. 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" "% *********************************************************" "***************\n" "\n" "% * 6. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "x_H2O_gas_sat = rho_H2O_gas_sat/(m_air/V);\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap>0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test>0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/(m_air" "/V);\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/(m_air" "/V);\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" " \n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " \n" " if iter > 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "Delta_T = Delta_T_old+T_bar-T;\n" "Delta_m_H2O_gas = Delta_m_H2O_gas_old+m_air*(" "x_H2O_gas_bar-x_H2O_gas);\n" "Delta_m_H2O_liq = Delta_m_H2O_liq_old+m_air*(" "x_H2O_liq_bar-x_H2O_liq);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[12 174 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 375 position [23.5747 49.5747 7] chart 373 linkNode [373 0 0] subviewer 373 type CONNECTIVE_JUNCTION } transition { id 376 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 375 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 373 linkNode [373 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 373 drawStyle SMART executionOrder 1 } data { id 377 name "T" linkNode [373 0 378] scope INPUT_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 "p" linkNode [373 377 379] 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 "rho_bar" linkNode [373 378 380] 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 "m_air" linkNode [373 379 381] scope INPUT_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 "m_H2O_gas" linkNode [373 380 382] 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 382 name "m_CO2" linkNode [373 381 383] scope INPUT_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_H2O_liq" linkNode [373 382 384] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 384 name "V" linkNode [373 383 385] 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 "Delta_T_old" linkNode [373 384 386] 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 "T_bar" linkNode [373 385 387] scope OUTPUT_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 "x_H2O_gas_bar" linkNode [373 386 388] 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 388 name "x_CO2" linkNode [373 387 389] 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 389 name "x_H2O_liq_bar" linkNode [373 388 390] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 390 name "Delta_m_H2O_gas_old" linkNode [373 389 391] 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 "Delta_m_H2O_liq_old" linkNode [373 390 392] 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 "Delta_T" linkNode [373 391 393] scope OUTPUT_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 "Delta_m_H2O_gas" linkNode [373 392 394] scope OUTPUT_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 "Delta_m_H2O_liq" linkNode [373 393 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 395 name "Mixing_Unit_1D_/Embedded_MATLAB_Function_2" machine 1 chart 373 } chart { id 396 name "Compressor_/Embedded\n" "MATLA Function3" windowPosition [423.23 204.633 200.25 189.75] 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 22 disableImplicitCasting 1 eml { name "Cal_N" } } 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 N = Cal_N(T_air_inlet,T_0,n)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a compressor\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Compressor\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 Compressor\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" "% * \n" "% * Calculations:\n" "% * 1. Calculation corrected rotational speed N.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation corrected rotational speed N\n" "N = n/sqrt(T_air_inlet/T_0);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[112 55 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 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 "T_air_inlet" linkNode [396 0 401] scope INPUT_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_0" linkNode [396 400 402] scope INPUT_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 "n" linkNode [396 401 403] 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 403 name "N" linkNode [396 402 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 404 name "Compressor_/Embedded\n" "MATLA Function3" machine 1 chart 396 } chart { id 405 name "Mixing_Unit_2D_/Embedded\n" "MATLAB Function" windowPosition [405.45 168.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 406 0 0] firstTransition 408 firstJunction 407 viewObj 405 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 409 chartFileNumber 23 disableImplicitCasting 1 eml { name "Initial" } } state { id 406 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 405 treeNode [405 0 0 0] superState SUBCHART subviewer 405 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 mixing unit with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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 43 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. 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" "% * 6. Condensation/Evaporation.\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 : 18.01.2008\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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\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" "% *********************************************************" "***************\n" "\n" "% * 6. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "rho_air = rho/(1+x_H2O_gas+x_CO2);\n" "x_H2O_gas_sat = rho_H2O_gas_sat/rho_air;\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap>0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test>0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/rho_ai" "r;\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/rho_ai" "r;\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" " \n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " \n" " if iter > 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[17 141 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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complexity SF_COMPLEX_INHERITED } dataType "inherited" complexity SF_COMPLEX_INHERITED } data { id 426 name "T_old" linkNode [420 425 427] 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 427 name "x_H2O_gas_old" linkNode [420 426 428] 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 428 name "x_CO2_old" linkNode [420 427 429] 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 429 name "x_H2O_liq_old" linkNode [420 428 430] 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 430 name "p_in_1" linkNode [420 429 431] 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 431 name "rho_in_1" linkNode [420 430 432] scope INPUT_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 "T_in_1" linkNode [420 431 433] scope INPUT_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 "m_dot_air_in_1" linkNode [420 432 434] 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 434 name "x_H2O_gas_in_1" linkNode [420 433 435] scope INPUT_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 "x_CO2_in_1" linkNode [420 434 436] scope INPUT_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 "x_H2O_liq_in_1" linkNode [420 435 437] scope INPUT_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_in_2" linkNode [420 436 438] scope INPUT_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 "rho_in_2" linkNode [420 437 439] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 439 name "T_in_2" linkNode [420 438 440] 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 "m_dot_air_in_2" linkNode [420 439 441] 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 "x_H2O_gas_in_2" linkNode [420 440 442] 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 "x_CO2_in_2" linkNode [420 441 443] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 443 name "x_H2O_liq_in_2" linkNode [420 442 444] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 444 name "p_in_3" linkNode [420 443 445] 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 "rho_in_3" linkNode [420 444 446] 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 446 name "T_in_3" linkNode [420 445 447] 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 447 name "p" linkNode [420 446 448] scope OUTPUT_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 "rho_bar" linkNode [420 447 449] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 449 name "T_bar" linkNode [420 448 450] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 450 name "m_dot_air_in_3" linkNode [420 449 451] 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 "x_H2O_gas_in_3" linkNode [420 450 452] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 452 name "x_CO2_in_3" linkNode [420 451 453] 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 453 name "x_H2O_gas_bar" linkNode [420 452 454] 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 454 name "x_CO2" linkNode [420 453 455] 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 455 name "x_H2O_liq_bar" linkNode [420 454 456] 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 456 name "x_H2O_liq_in_3" linkNode [420 455 457] 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 457 name "Delta_p_threshold" linkNode [420 456 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 458 name "Mixing_Point_3D_/Embedded_MATLAB_Function" machine 1 chart 420 } chart { id 459 name "Turbine_/Embedded\n" "MATLA Function1" windowPosition [378.23 249.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 460 0 0] firstTransition 462 firstJunction 461 viewObj 459 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 463 chartFileNumber 25 disableImplicitCasting 1 eml { name "Cal_2" } } state { id 460 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 459 treeNode [459 0 0 0] superState SUBCHART subviewer 459 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho_outlet,T_outlet,m_dot_air_inlet,m_dot_air_out" "let,x_H2O_gas_outlet,x_H2O_liq_outlet,P_trb] = Cal_2(p_inle" "t,p_outlet,rho_inlet,T_inlet,x_H2O_gas,x_CO2,x_H2O_liq,m_do" "t_air,eff,eff_bar)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a turbine\n" "% *\n" "% * Number of inputs : 3\n" "% *\n" "% * Parameter: Characteristic Maps: Speed Factor, Effici" "ency\n" "% *\n" "% *\n" "% * Relevant input variables of Turbine\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 Turbine\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_2:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation mass flow.\n" "% * 3. Calculation outlet temperature and density.\n" "% * 4. Calculation delivered power.\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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_ice = 333000;\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" "\n" "% * 2. Calculation specific work\n" "w_trb = eff*c_p_air*T_inlet*(1-((p_outlet/p_inle" "t)^((gamma_avg-1)/gamma_avg)));\n" "w_trb_bar = eff_bar*c_p_air*T_inlet*(1-((p_outlet/p_" "inlet)^((gamma_avg-1)/gamma_avg)));\n" "\n" "if w_trb < 0\n" " w_trb = 0;\n" " w_trb_bar = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation outlet temperature and density\n" "T_outlet = T_inlet-(1/c_p_air)*w_trb;\n" "\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T_outlet-273.15)/(" "208.07254+(T_outlet-273.15)))/1000;\n" "rho_air_inlet = rho_inlet/(1+x_H2O_gas+x_CO2);\n" "x_H2O_gas_sat = rho_H2O_gas_sat/rho_air_inlet;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " x_H2O_gas_sat = x_H2O_gas;\n" "end\n" "\n" "x_H2O_gas_outlet = x_H2O_gas_sat;\n" "x_H2O_liq_outlet = x_H2O_liq+(x_H2O_gas-x_H2O_gas_outlet);\n" "\n" "R_avg = (R_air+x_H2O_gas_outlet*R_H2O_gas+x_CO2*" "R_CO2)/(1+x_H2O_gas_outlet+x_CO2);\n" "c_p_avg = (R_air+x_H2O_gas_outlet*c_p_H2O_gas+x_CO" "2*c_p_CO2)/(1+x_H2O_gas_outlet+x_CO2);\n" "\n" "rho_outlet = p_outlet/(R_avg*T_outlet);\n" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation delivered power\n" "if p_outlet == p_inlet\n" " m_dot_air = 0;\n" "end\n" "\n" "P_trb = m_dot_air*w_trb_bar;\n" "\n" "m_dot_air_inlet = -m_dot_air;\n" "m_dot_air_outlet = m_dot_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[129 146 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 461 position [23.5747 49.5747 7] chart 459 linkNode [459 0 0] subviewer 459 type CONNECTIVE_JUNCTION } transition { id 462 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 461 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 459 linkNode [459 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 459 drawStyle SMART executionOrder 1 } data { id 463 name "rho_outlet" linkNode [459 0 464] 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 "T_outlet" linkNode [459 463 465] 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_inlet" linkNode [459 464 466] 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 466 name "p_outlet" linkNode [459 465 467] scope INPUT_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 "rho_inlet" linkNode [459 466 468] scope INPUT_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 "T_inlet" linkNode [459 467 469] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 469 name "x_H2O_gas" linkNode [459 468 470] 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 470 name "x_CO2" linkNode [459 469 471] 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 471 name "x_H2O_liq" linkNode [459 470 472] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 472 name "m_dot_air" linkNode [459 471 473] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 473 name "eff" linkNode [459 472 474] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 474 name "m_dot_air_inlet" linkNode [459 473 475] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 475 name "m_dot_air_outlet" linkNode [459 474 476] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 476 name "x_H2O_gas_outlet" linkNode [459 475 477] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 477 name "x_H2O_liq_outlet" linkNode [459 476 478] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 478 name "P_trb" linkNode [459 477 479] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 479 name "eff_bar" linkNode [459 478 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 480 name "Turbine_/Embedded\n" "MATLA Function1" machine 1 chart 459 } chart { id 481 name "Turbine_/Embedded\n" "MATLA Function2" windowPosition [393.23 234.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 482 0 0] firstTransition 484 firstJunction 483 viewObj 481 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 485 chartFileNumber 26 disableImplicitCasting 1 eml { name "Cal_1" } } state { id 482 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 481 treeNode [481 0 0 0] superState SUBCHART subviewer 481 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_dot_air,F_v] = Cal_1(p_inlet,rho_inlet,T_inlet" ",p_0,T_0,T_outlet,A_n,n,F_f)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a turbine\n" "% *\n" "% * Number of inputs : 3\n" "% *\n" "% * Parameter: Characteristic Maps: Speed Factor, Effici" "ency\n" "% *\n" "% *\n" "% * Relevant input variables of Turbine\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 Turbine\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_1:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation mass flow.\n" "% * 3. Calculation velocity factor.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "F_v = 0;\n" "\n" "% * 1. Definition specific gas constants\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "r_0 = 2500000;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation mass flow\n" "if F_f < 0\n" " F_f = 0;\n" "end\n" "\n" "m_dot_air = 0.0403*F_f*p_inlet*A_n/sqrt(T_inlet);\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation velocity factor\n" "if T_inlet > T_outlet\n" " F_v = n/(3320*sqrt(1.8)*sqrt(T_inlet-T_outlet));\n" "end\n" "\n" "if T_inlet <= T_outlet\n" " F_v = 0;\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[225 198 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 483 position [23.5747 49.5747 7] chart 481 linkNode [481 0 0] subviewer 481 type CONNECTIVE_JUNCTION } transition { id 484 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 483 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 481 linkNode [481 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 481 drawStyle SMART executionOrder 1 } data { id 485 name "m_dot_air" linkNode [481 0 486] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 486 name "p_inlet" linkNode [481 485 487] 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 487 name "rho_inlet" linkNode [481 486 488] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 488 name "T_inlet" linkNode [481 487 489] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 489 name "p_0" linkNode [481 488 490] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 490 name "T_0" linkNode [481 489 491] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 491 name "T_outlet" linkNode [481 490 492] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 492 name "A_n" linkNode [481 491 493] scope INPUT_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 "n" linkNode [481 492 494] scope INPUT_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 "F_f" linkNode [481 493 495] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 495 name "F_v" linkNode [481 494 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 496 name "Turbine_/Embedded\n" "MATLA Function2" machine 1 chart 481 } chart { id 497 name "Mixing_Unit_2D_/Embedded_MATLAB_Function_1" windowPosition [549.36 49.875 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 498 0 0] firstTransition 500 firstJunction 499 viewObj 497 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 501 chartFileNumber 27 disableImplicitCasting 1 eml { name "T_m" } } state { id 498 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 497 treeNode [497 0 0 0] superState SUBCHART subviewer 497 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 mixing unit with 2 apertures\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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[210 18 1036 780]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"inherited" } data { id 503 name "m_H2O_gas" linkNode [497 502 504] 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 "m_CO2" linkNode [497 503 505] 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 "m_H2O_liq" linkNode [497 504 506] 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 "T_dot" linkNode [497 505 507] scope OUTPUT_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 "m_dot_air" linkNode [497 506 508] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 508 name "T_in_1" linkNode [497 507 509] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 509 name "m_dot_air_in_1" linkNode [497 508 510] 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 "x_H2O_gas_in_1" linkNode [497 509 511] scope INPUT_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_CO2_in_1" linkNode [497 510 512] 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 512 name "x_H2O_liq_in_1" linkNode [497 511 513] 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 "T_in_2" linkNode [497 512 514] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 514 name "m_dot_air_in_2" linkNode [497 513 515] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 515 name "x_H2O_gas_in_2" linkNode [497 514 516] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 516 name "x_CO2_in_2" linkNode [497 515 517] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 517 name "x_H2O_liq_in_2" linkNode [497 516 518] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 518 name "Q_dot" linkNode [497 517 519] 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 519 name "m_dot_H2O_gas" linkNode [497 518 520] 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 520 name "m_dot_CO2" linkNode [497 519 521] 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 521 name "m_dot_H2O_liq" linkNode [497 520 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 522 name "Mixing_Unit_2D_/Embedded_MATLAB_Function_1" machine 1 chart 497 } chart { id 523 name "Turbine_/Embedded\n" "MATLA Function3" windowPosition [408.23 219.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 524 0 0] firstTransition 526 firstJunction 525 viewObj 523 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 527 chartFileNumber 28 disableImplicitCasting 1 eml { name "Cal_N" } } state { id 524 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 523 treeNode [523 0 0 0] superState SUBCHART subviewer 523 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function N = Cal_N(T_air_inlet,T_0,n)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a turbine\n" "% *\n" "% * Number of inputs : 3\n" "% *\n" "% * Parameter: Characteristic Maps: Speed Factor, Effici" "ency\n" "% *\n" "% *\n" "% * Relevant input variables of Turbine\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 Turbine\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" "% * \n" "% * Calculations:\n" "% * 1. Calculation corrected rotational speed N.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation corrected rotational speed N\n" "N = n/sqrt(T_air_inlet/T_0);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[103 236 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 525 position [23.5747 49.5747 7] chart 523 linkNode [523 0 0] subviewer 523 type CONNECTIVE_JUNCTION } transition { id 526 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 525 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 523 linkNode [523 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 523 drawStyle SMART executionOrder 1 } data { id 527 name "T_air_inlet" linkNode [523 0 528] scope INPUT_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 "T_0" linkNode [523 527 529] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 529 name "n" linkNode [523 528 530] 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 530 name "N" linkNode [523 529 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 531 name "Turbine_/Embedded\n" "MATLA Function3" machine 1 chart 523 } chart { id 532 name "Turbine_/Embedded\n" "MATLA Function4" windowPosition [407.584 230.537 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 533 0 0] firstTransition 535 firstJunction 534 viewObj 532 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 536 chartFileNumber 29 disableImplicitCasting 1 eml { name "Cal_T_air" } } state { id 533 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 532 treeNode [532 0 0 0] superState SUBCHART subviewer 532 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function T_air_inlet = Cal_T_air(T_inlet,x_H2O_gas,x_CO2)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a turbine\n" "% *\n" "% * Number of inputs : 3\n" "% *\n" "% * Parameter: Characteristic Maps: Speed Factor, Effici" "ency\n" "% *\n" "% *\n" "% * Relevant input variables of Turbine\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 Turbine\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_T_air:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation dry bulb temperature T_air.\n" "% *\n" "% *\n" "% * Assumptions: \n" "% * 1. The specific enthalpy of the inflowing gas mixture i" "s equal the enthalpy\n" "% * of a dry air flow. \n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation dry bulb temperature T_air\n" "c_p_air = 1005;\n" "c_p_H2O_gas = 1870;\n" "c_p_CO2 = 830;\n" "r_0 = 2500000;\n" "T_air_inlet = (c_p_air*T_inlet+x_H2O_gas*c_p_H2O_gas*T_inle" "t+x_CO2*c_p_CO2*T_inlet+x_H2O_gas*r_0)/c_p_air;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[182 198 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 534 position [23.5747 49.5747 7] chart 532 linkNode [532 0 0] subviewer 532 type CONNECTIVE_JUNCTION } transition { id 535 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 534 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 532 linkNode [532 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 532 drawStyle SMART executionOrder 1 } data { id 536 name "T_inlet" linkNode [532 0 537] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 537 name "x_H2O_gas" linkNode [532 536 538] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 538 name "x_CO2" linkNode [532 537 539] 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 539 name "T_air_inlet" linkNode [532 538 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 540 name "Turbine_/Embedded\n" "MATLA Function4" machine 1 chart 532 } chart { id 541 name "Mixing_Unit_2D_/Embedded_MATLAB_Function_2" windowPosition [489.288 123.844 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 542 0 0] firstTransition 544 firstJunction 543 viewObj 541 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 545 chartFileNumber 31 disableImplicitCasting 1 eml { name "p_rho" } } state { id 542 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 541 treeNode [541 0 0 0] superState SUBCHART subviewer 541 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [p,rho_bar,T_bar,x_H2O_gas_bar,x_CO2,x_H2O_liq_bar" ",Delta_T,Delta_m_H2O_gas,Delta_m_H2O_liq] = p_rho(T,m_air,m" "_H2O_gas,m_CO2,m_H2O_liq,V,Delta_T_old,Delta_m_H2O_gas_old," "Delta_m_H2O_liq_old)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a mixing unit with 2 aperture\n" "% *\n" "% * Number of Inputs: 3\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Mixing_Unit_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 Mixing_Unit_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. Redefinition of the input variables.\n" "% * 2. Definition specific gas constants.\n" "% * 3. Calculation of the density.\n" "% * 4. Calculation of the pressure.\n" "% * 5. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% * 6. Condensation/Evaporation \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" "% * 5. 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. Redefinition of the input variables\n" "T = T+Delta_T_old;\n" "\n" "if T < 0\n" " T = 0;\n" "end\n" "\n" "m_H2O_gas = m_H2O_gas+Delta_m_H2O_gas_o" "ld;\n" "\n" "if m_H2O_gas < 0\n" " m_H2O_gas = 0;\n" "end\n" "\n" "m_H2O_liq = m_H2O_liq+Delta_m_H2O_liq_o" "ld;\n" "\n" "if m_H2O_liq < 0\n" " m_H2O_liq = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation of the density\n" "rho = (m_air+m_H2O_gas+m_CO2)/V;\n" "% *********************************************************" "***************\n" "\n" "% * 4. 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" "\n" "% * 5. 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" "% *********************************************************" "***************\n" "\n" "% * 6. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "x_H2O_gas_sat = rho_H2O_gas_sat/(m_air/V);\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap>0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test>0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/(m_air" "/V);\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/(m_air" "/V);\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" " \n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " \n" " if iter > 10\n" " test = 0;\n" " end\n" " \n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" " \n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "Delta_T = Delta_T_old+T_bar-T;\n" "Delta_m_H2O_gas = Delta_m_H2O_gas_old+m_air*(" "x_H2O_gas_bar-x_H2O_gas);\n" "Delta_m_H2O_liq = Delta_m_H2O_liq_old+m_air*(" "x_H2O_liq_bar-x_H2O_liq);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[12 155 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 543 position [23.5747 49.5747 7] chart 541 linkNode [541 0 0] subviewer 541 type CONNECTIVE_JUNCTION } transition { id 544 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 543 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 541 linkNode [541 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 541 drawStyle SMART executionOrder 1 } data { id 545 name "T" linkNode [541 0 546] scope INPUT_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 "p" linkNode [541 545 547] 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 "rho_bar" linkNode [541 546 548] 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_air" linkNode [541 547 549] scope INPUT_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 "m_H2O_gas" linkNode [541 548 550] 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 550 name "m_CO2" linkNode [541 549 551] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 551 name "m_H2O_liq" linkNode [541 550 552] 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 "V" linkNode [541 551 553] 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 "Delta_T_old" linkNode [541 552 554] 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 "T_bar" linkNode [541 553 555] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 555 name "x_H2O_gas_bar" linkNode [541 554 556] 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 556 name "x_CO2" linkNode [541 555 557] 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 557 name "x_H2O_liq_bar" linkNode [541 556 558] scope OUTPUT_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 "Delta_m_H2O_gas_old" linkNode [541 557 559] 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 "Delta_m_H2O_liq_old" linkNode [541 558 560] 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 "Delta_T" linkNode [541 559 561] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 561 name "Delta_m_H2O_gas" linkNode [541 560 562] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 562 name "Delta_m_H2O_liq" linkNode [541 561 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 563 name "Mixing_Unit_2D_/Embedded_MATLAB_Function_2" machine 1 chart 541 } chart { id 564 name "Dynamic_HX_/Embedded\n" "MATLA Function1" windowPosition [266.284 333.75 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 565 0 0] firstTransition 567 firstJunction 566 viewObj 564 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 568 chartFileNumber 33 disableImplicitCasting 1 eml { name "Cal_1" } } state { id 565 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 564 treeNode [564 0 0 0] superState SUBCHART subviewer 564 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_dot_air_cold,m_dot_air_cold_inlet,m_dot_air_col" "d_outlet,m_dot_air_hot,m_dot_air_hot_inlet,m_dot_air_hot_ou" "tlet] = Cal_1(K_1_hot,m_1_hot,rho_hot_inlet,K_1_cold,m_1_co" "ld,rho_cold_inlet,p_cold_inlet,p_cold_outlet,p_hot_inlet,p_" "hot_outlet,x_H2O_gas_cold,x_CO2_cold,x_H2O_gas_hot,x_CO2_ho" "t,p_0,T_0)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a dynamic heat exchanger\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Map: Efficiency\n" "% * Mass HT Wall: m_wall\n" "% * Specific Heat Capacity HT Wall: c_wall\n" "% *\n" "% *\n" "% * Relevant input variables of Dynamic_HX\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 Dynamic_HX\n" "% *\n" "% * Temperature: T\n" "% * Mass flow dry air: m_dot_air_in" "\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_1:\n" "% * \n" "% * Calculations:\n" "% * 1. Calculation mass flow.\n" "% *\n" "% *\n" "% * Last modification : 15.03.2008\n" "% * Author : Christian Müller(HAW)" ".de\n" "% *\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation mass flow\n" "R_air = 287.058;\n" "rho_0 = p_0/(R_air*T_0);\n" "rho_air_cold_inlet = rho_cold_inlet/(1+x_H2O_gas_cold+x_" "CO2_cold);\n" "rho_air_hot_inlet = rho_hot_inlet/(1+x_H2O_gas_hot+x_CO" "2_hot);\n" "sigma_1_cold = rho_air_cold_inlet/rho_0;\n" "sigma_1_hot = rho_air_hot_inlet/rho_0;\n" "m_dot_air_cold = (abs(p_cold_inlet-p_cold_outlet)*si" "gma_1_cold/K_1_cold)^(1/m_1_cold);\n" "\n" "if p_cold_inlet < p_cold_outlet\n" " m_dot_air_cold = 0;\n" "end\n" "\n" "m_dot_air_hot = (abs(p_hot_inlet-p_hot_outlet)*sigm" "a_1_hot/K_1_hot)^(1/m_1_hot);\n" "\n" "if p_hot_inlet < p_hot_outlet\n" " m_dot_air_hot = 0;\n" "end\n" "\n" "m_dot_air_cold_inlet = -m_dot_air_cold;\n" "m_dot_air_cold_outlet = m_dot_air_cold;\n" "m_dot_air_hot_inlet = -m_dot_air_hot;\n" "m_dot_air_hot_outlet = m_dot_air_hot;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[365 365 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 566 position [23.5747 49.5747 7] chart 564 linkNode [564 0 0] subviewer 564 type CONNECTIVE_JUNCTION } transition { id 567 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 566 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 564 linkNode [564 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 564 drawStyle SMART executionOrder 1 } data { id 568 name "m_dot_air_cold" linkNode [564 0 569] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 569 name "m_dot_air_cold_inlet" linkNode [564 568 570] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 570 name "m_dot_air_cold_outlet" linkNode [564 569 571] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 571 name "m_dot_air_hot" linkNode [564 570 572] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 572 name "m_dot_air_hot_inlet" linkNode [564 571 573] scope OUTPUT_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 "m_dot_air_hot_outlet" linkNode [564 572 574] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 574 name "K_1_hot" linkNode [564 573 575] 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 575 name "m_1_hot" linkNode [564 574 576] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 576 name "rho_hot_inlet" linkNode [564 575 577] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 577 name "K_1_cold" linkNode [564 576 578] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 578 name "m_1_cold" linkNode [564 577 579] 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 579 name "rho_cold_inlet" linkNode [564 578 580] 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 580 name "p_cold_inlet" linkNode [564 579 581] 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 581 name "p_cold_outlet" linkNode [564 580 582] 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 582 name "p_hot_inlet" linkNode [564 581 583] scope INPUT_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 "p_hot_outlet" linkNode [564 582 584] 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 "x_H2O_gas_cold" linkNode [564 583 585] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 585 name "x_CO2_cold" linkNode [564 584 586] 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 "x_H2O_gas_hot" linkNode [564 585 587] 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 "x_CO2_hot" linkNode [564 586 588] 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 "p_0" linkNode [564 587 589] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 589 name "T_0" linkNode [564 588 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 590 name "Dynamic_HX_/Embedded\n" "MATLA Function1" machine 1 chart 564 } chart { id 591 name "Specialized_Fan_/Embedded\n" "MATLA Function1" windowPosition [393.23 234.633 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 592 0 0] firstTransition 594 firstJunction 593 viewObj 591 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 595 chartFileNumber 60 disableImplicitCasting 1 eml { name "Cal_1" } } state { id 592 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 591 treeNode [591 0 0 0] superState SUBCHART subviewer 591 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho_outlet,T_outlet,m_dot_air_inlet,m_dot_air_out" "let,P_fan,eff] = Cal_1(p_0,T_0,p_inlet,p_outlet,T_inlet,x_H" "2O_gas,x_CO2,dT_T,m_dot_air_corr)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a specialized fan\n" "% *\n" "% * Number of inputs : 4\n" "% *\n" "% * Parameter: Characteristic Maps: Mass Flow, Efficienc" "y\n" "% *\n" "% *\n" "% * Relevant input variables of Specialized_Fan\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 Specialized_Fan\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_1:\n" "% * \n" "% * Calculations:\n" "% * 1. Definition specific gas constants.\n" "% * 2. Calculation mass flow.\n" "% * 3. Calculation absorbed power and output variables.\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" "\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" "\n" "% * 2. Calculation mass flow\n" "m_dot_air = m_dot_air_corr*(p_inlet/p_0)*(1/sqrt(T" "_inlet/T_0));\n" "% *********************************************************" "***************\n" "\n" "% * 3. Calculation absorbed power and output variables\n" "eff = 0;\n" "\n" "if abs(dT_T) > 0\n" " eff = (((p_outlet/p_inlet)^((gamma_avg-1)/ga" "mma_avg))-1)/dT_T;\n" " if eff > 1\n" " eff = 1;\n" " end\n" "end\n" "\n" "P_fan = 0;\n" "T_outlet = T_inlet;\n" "\n" "if eff > 0.01\n" " P_fan = (1/eff)*m_dot_air*c_p_air*T_inlet*(((p" "_outlet/p_inlet)^((gamma_avg-1)/gamma_avg))-1);\n" " \n" " if p_outlet < p_inlet\n" " P_fan = 0;\n" " end\n" " \n" " T_outlet = T_inlet*(1+dT_T);\n" "end\n" "\n" "if P_fan < 0\n" " P_fan = 0;\n" "end\n" "\n" "rho_outlet = p_outlet/(R_avg*T_outlet);\n" "m_dot_air_inlet = -m_dot_air;\n" "m_dot_air_outlet = m_dot_air;\n" "\n" "if m_dot_air < 0\n" " m_dot_air_inlet = 0;\n" "end\n" "% *********************************************************" "***************" editorLayout "100 M4x1[285 235 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 593 position [23.5747 49.5747 7] chart 591 linkNode [591 0 0] subviewer 591 type CONNECTIVE_JUNCTION } transition { id 594 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 593 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 591 linkNode [591 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 591 drawStyle SMART executionOrder 1 } data { id 595 name "p_0" linkNode [591 0 596] 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 "T_0" linkNode [591 595 597] 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 "rho_outlet" linkNode [591 596 598] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 598 name "T_outlet" linkNode [591 597 599] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 599 name "p_inlet" linkNode [591 598 600] 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 600 name "p_outlet" linkNode [591 599 601] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 601 name "T_inlet" linkNode [591 600 602] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 602 name "x_H2O_gas" linkNode [591 601 603] 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 603 name "x_CO2" linkNode [591 602 604] 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 604 name "dT_T" linkNode [591 603 605] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 605 name "m_dot_air_corr" linkNode [591 604 606] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 606 name "m_dot_air_inlet" linkNode [591 605 607] scope OUTPUT_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 "m_dot_air_outlet" linkNode [591 606 608] 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 "P_fan" linkNode [591 607 609] 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 "eff" linkNode [591 608 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 610 name "Specialized_Fan_/Embedded\n" "MATLA Function1" machine 1 chart 591 } chart { id 611 name "Vol_Isobaric_2D_/Embedded\n" "MATLAB Function" windowPosition [414.36 184.875 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 612 0 0] firstTransition 614 firstJunction 613 viewObj 611 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 615 chartFileNumber 74 disableImplicitCasting 1 eml { name "Initial" } } state { id 612 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 611 treeNode [611 0 0 0] superState SUBCHART subviewer 611 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,T_init,x_H2O_gas_init,x_CO2_init,x_H2O_liq" "_init)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a isobaric with 2 apertures\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_Isobaric_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_Isobaric_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*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*V/T_init)-(m_H2O_gas_init*R_H2O_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[25 45 1036 780]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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Definition specific gas constants.\n" "% * 2. Definition of the outflowing mass flow\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" "% *********************************************************" "***************\n" "\n" "% * 2. Definition of the outflowing mass flow\n" "if m_dot_air_in < 0\n" " m_dot_air_in = 0;\n" "end\n" "\n" "m_dot_air_out = (Q_dot+m_dot_air_in*(c_p_air+x_H2O_gas_in" "*c_p_H2O_gas+x_CO2_in*c_p_CO2)*T_in+m_dot_H2O_gas_human*c_p" "_H2O_gas*T+m_dot_CO2_human*c_p_CO2*T)/((c_p_air+x_H2O_gas*c" "_p_H2O_gas+x_CO2*c_p_CO2)*T);\n" "m_dot_air_out = -m_dot_air_out;\n" "% *********************************************************" "***************\n" "\n" "% * 3. Modification of the mass inside the system\n" "m_dot_air = m_dot_air_in+m_dot_air_out;\n" "m_dot_H2O_gas = m_dot_air_in*x_H2O_gas_in+m_dot_air_out*x" "_H2O_gas+m_dot_H2O_gas_human;\n" "m_dot_CO2 = m_dot_air_in*x_CO2_in+m_dot_air_out*x_CO2" "+m_dot_CO2_human;\n" "m_dot_H2O_liq = m_dot_air_in*x_H2O_liq_in+m_dot_air_out*x" "_H2O_liq;\n" "% *********************************************************" "***************\n" "\n" "% * 4. Modification of the temperature inside the system\n" "m = m_air+m_air*x_H2O_gas+m_air*x_CO2;\n" "m_dot = m_dot_air+m_dot_H2O_gas+m_dot_CO2;\n" "T_dot = -(T/m)*m_dot;\n" "% *********************************************************" "***************" editorLayout "100 M4x1[52 93 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 628 position [23.5747 49.5747 7] chart 626 linkNode [626 0 0] subviewer 626 type CONNECTIVE_JUNCTION } transition { id 629 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 628 intersection [7 0 -1 -1 23.5747 42.5747 0 0] } midPoint [23.5747 24.9468] chart 626 linkNode [626 0 0] dataLimits [23.575 23.575 14.625 34.575] subviewer 626 drawStyle SMART executionOrder 1 } data { id 630 name "T" linkNode [626 0 631] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 631 name "m_air" linkNode [626 630 632] 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 "x_H2O_gas" linkNode [626 631 633] 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 633 name "x_CO2" linkNode [626 632 634] 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 "x_H2O_liq" linkNode [626 633 635] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 635 name "T_dot" linkNode [626 634 636] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 636 name "m_dot_air" linkNode [626 635 637] scope OUTPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 637 name "T_in" linkNode [626 636 638] 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 "m_dot_air_in" linkNode [626 637 639] 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 639 name "x_H2O_gas_in" linkNode [626 638 640] 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 "x_CO2_in" linkNode [626 639 641] 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 "x_H2O_liq_in" linkNode [626 640 642] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 642 name "Q_dot" linkNode [626 641 643] 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_H2O_gas" linkNode [626 642 644] 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 "m_dot_CO2" linkNode [626 643 645] 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 645 name "m_dot_H2O_liq" linkNode [626 644 646] 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 646 name "m_dot_H2O_gas_human" linkNode [626 645 647] scope INPUT_DATA machine 1 props { array { size "-1" } type { method SF_INHERITED_TYPE primitive SF_DOUBLE_TYPE isSigned 1 wordLength "16" } } dataType "inherited" } data { id 647 name "m_dot_CO2_human" linkNode [626 646 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 648 name "Vol_Isobaric_2D_/Embedded_MATLAB_Function_1" machine 1 chart 626 } chart { id 649 name "Vol_Isobaric_2D_/Embedded_MATLAB_Function_2" windowPosition [417.544 219.522 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 650 0 0] firstTransition 652 firstJunction 651 viewObj 649 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 653 chartFileNumber 101 disableImplicitCasting 1 eml { name "p_rho" } } state { id 650 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 649 treeNode [649 0 0 0] superState SUBCHART subviewer 649 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [rho_bar,T_bar,m_air_bar,x_H2O_gas_bar,x_CO2,x_H2O" "_liq_bar,Delta_T,Delta_m_H2O_gas,Delta_m_H2O_liq] = p_rho(p" ",T,m_air,m_H2O_gas,m_CO2,m_H2O_liq,V,Delta_T_old,Delta_m_H2" "O_gas_old,Delta_m_H2O_liq_old)\n" "\n" "% *********************************************************" "****************\n" "% * Definition of a isobaric with 2 apertures\n" "% *\n" "% * Number of Inputs: 5\n" "% *\n" "% * Parameter : Volume: V\n" "% *\n" "% *\n" "% * Relevant input variables of Vol_Isobaric_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_Isobaric_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. Redefinition of the input variables.\n" "% * 2. Definition specific gas constants.\n" "% * 3. Calculation of the water vapor content, CO2 content " "and \n" "% * water content.\n" "% * 4. Calculation of the density.\n" "% * 5. Condensation/Evaporation \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" "% * 3. 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. Redefinition of the input variables\n" "T = T+Delta_T_old;\n" "\n" "if T < 0\n" " T = 0;\n" "end\n" "\n" "m_H2O_gas = m_H2O_gas+Delta_m_H2O_gas_o" "ld;\n" "\n" "if m_H2O_gas < 0\n" " m_H2O_gas = 0;\n" "end\n" "\n" "m_H2O_liq = m_H2O_liq+Delta_m_H2O_liq_o" "ld;\n" "\n" "if m_H2O_liq < 0\n" " m_H2O_liq = 0;\n" "end\n" "% *********************************************************" "***************\n" "\n" "% * 2. 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_p_H2O_liq = 4173;\n" "c_p_H2O_ice = 2050;\n" "r_0 = 2500000;\n" "r_ice = 333000;\n" "% *********************************************************" "***************\n" "\n" "% * 3. 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" "% *********************************************************" "***************\n" "\n" "% * 4. Calculation of the density\n" "rho = (p/T)*((1+x_H2O_gas+x_CO2)/" "(R_air+x_H2O_gas*R_H2O_gas+x_CO2*R_CO2));\n" "m_air_bar = (p*V/T)*(1/(R_air+x_H2O_gas" "*R_H2O_gas+x_CO2*R_CO2));\n" "% *********************************************************" "***************\n" "\n" "% * 5. Condensation/Evaporation\n" "rho_bar = rho;\n" "T_bar = T;\n" "x_H2O_gas_bar = x_H2O_gas;\n" "x_H2O_liq_bar = x_H2O_liq;\n" "rho_H2O_gas_sat = 4.44259*exp(15.05703*(T-273" ".15)/(208.07254+(T-273.15)))/1000;\n" "x_H2O_gas_sat = rho_H2O_gas_sat/(m_air_bar/" "V);\n" "evap = 0;\n" "cond = 0;\n" "\n" "if x_H2O_gas_sat > x_H2O_gas\n" " evap = 1;\n" "end\n" "\n" "if x_H2O_gas_sat < x_H2O_gas\n" " cond = 1;\n" "end\n" "\n" "if evap > 0\n" " test = 1;\n" " iter = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_evap = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_evap = rho_H2O_gas_sat_evap/(m_air" "_bar/V);\n" " \n" " if (x_H2O_gas_sat_evap-x_H2O_gas) < x_H2O_liq\n" " x_H2O_gas_bar = x_H2O_gas_sat_evap;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas+x_H2O_liq;\n" " end\n" "\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas_bar-x_H2O_ga" "s);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T-Q_lat)" "/(c_p_air+x_H2O_gas_bar*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H2O_li" "q-(x_H2O_gas_bar-x_H2O_gas))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T+(x_" "H2O_gas_bar-x_H2O_gas)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T-Q_lat)" "/(c_p_air+x_H2O_gas_bar*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H2O_li" "q-(x_H2O_gas_bar-x_H2O_gas))*c_p_H2O_ice);\n" " end\n" "\n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" " if iter > 10\n" " test = 0;\n" " end\n" "\n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" "\n" " if T_bar >= T\n" " T_bar = T;\n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_liq_bar = x_H2O_liq-(x_H2O_gas_bar-x_" "H2O_gas);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "if cond>0\n" " test = 1;\n" " iter = 0;\n" " x_H2O_gas_sat_cond = 0;\n" " \n" " while test > 0\n" " rho_H2O_gas_sat_cond = 4.44259*exp(15.05703*(T_bar" "-273.15)/(208.07254+(T_bar-273.15)))/1000;\n" " x_H2O_gas_sat_cond = rho_H2O_gas_sat_cond/(m_air" "_bar/V);\n" " h_air_T = (c_p_air+x_H2O_gas*c_p_H2O_" "gas+x_CO2*c_p_CO2)*T;\n" " h_H2O_liq_T = x_H2O_liq*c_p_H2O_liq*T;\n" " Q_lat = r_0*(x_H2O_gas-x_H2O_gas_sa" "t_cond);\n" " Z_T_bar = (h_air_T+h_H2O_liq_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_liq);\n" " \n" " if T < 273.15\n" " h_H2O_ice_T = x_H2O_liq*c_p_H2O_ice*T-(x_" "H2O_gas-x_H2O_gas_sat_cond)*r_ice;\n" " Z_T_bar = (h_air_T+h_H2O_ice_T+Q_lat)" "/(c_p_air+x_H2O_gas_sat_cond*c_p_H2O_gas+x_CO2*c_p_CO2+(x_H" "2O_liq+(x_H2O_gas-x_H2O_gas_sat_cond))*c_p_H2O_ice);\n" " end\n" "\n" " Z_T_bar = (Z_T_bar+T_bar)/2;\n" " \n" " if abs(Z_T_bar-T_bar) < 0.1\n" " test = 0;\n" " end\n" "\n" " if iter > 10\n" " test = 0;\n" " end\n" "\n" " T_bar = Z_T_bar;\n" " iter = iter+1;\n" " end\n" "\n" " if T_bar <= T\n" " T_bar = T; \n" " rho_bar = rho;\n" " x_H2O_gas_bar = x_H2O_gas;\n" " x_H2O_liq_bar = x_H2O_liq;\n" " else\n" " x_H2O_gas_bar = x_H2O_gas_sat_cond;\n" " x_H2O_liq_bar = x_H2O_liq+(x_H2O_gas-x_H2O_" "gas_sat_cond);\n" " R_avg = (R_air+x_H2O_gas_bar*R_H2O_" "gas+x_CO2*R_CO2)/(1+x_H2O_gas_bar+x_CO2);\n" " rho_bar = p/(R_avg*T_bar);\n" " end\n" "end\n" "\n" "Delta_T = Delta_T_old+T_bar-T;\n" "Delta_m_H2O_gas = Delta_m_H2O_gas_old+m_air_b" "ar*(x_H2O_gas_bar-x_H2O_gas);\n" "Delta_m_H2O_liq = Delta_m_H2O_liq_old+m_air_b" "ar*(x_H2O_liq_bar-x_H2O_liq);\n" "% *********************************************************" "***************" editorLayout "100 M4x1[12 164 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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"Vol_Isobaric_2D_/Embedded_MATLAB_Function_2" machine 1 chart 649 } chart { id 673 name "Heat_Mass_Exchange_/Embedded\n" "MATLA Function" windowPosition [390.288 225.094 200.25 189.75] viewLimits [0 156.75 0 153.75] screen [1 1 1280 1024 1.333333333333333] treeNode [0 674 0 0] firstTransition 676 firstJunction 675 viewObj 673 machine 1 decomposition CLUSTER_CHART type EML_CHART firstData 677 chartFileNumber 103 disableImplicitCasting 1 eml { name "Cal" } } state { id 674 labelString "eML_blk_kernel()" position [18 64.5 118 66] fontSize 12 chart 673 treeNode [673 0 0 0] superState SUBCHART subviewer 673 type FUNC_STATE decomposition CLUSTER_STATE eml { isEML 1 script "function [m_dot_air_1,x_H2O_gas,x_CO2,x_H2O_liq,m_dot_air_2" "]=Cal(A,L,gain,rho_in_1,x_H2O_gas_in_1,x_CO2_in_1,x_H2O_liq" "_in_1,rho_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" "% * Relevant input variables of Block FR\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" "% * Relevant output variables of Block FR\n" "% * temperature : T\n" "% * mass flow 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" "% *********************************************************" "***************\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 : 24.01.2007\n" "% * Author : Christian Müller (HAW)\n" "% *********************************************************" "***************\n" "\n" "% * 1. Calculation parameter\n" "D_air=1.76*10^-5;\n" "c_p_air=1005;\n" "c_p_H2O_gas=1870;\n" "c_p_CO2=830;\n" "% *********************************************************" "***************\n" "\n" "% * 2. Calculation of the state variables.\n" "m_dot=gain*D_air*(A/L)*abs(rho_in_1-rho_in_2);\n" "m_dot_air_1=0;\n" "m_dot_air_2=0;\n" "x_H2O_gas=0;\n" "x_CO2=0;\n" "x_H2O_liq=0;\n" "if rho_in_1>=rho_in_2\n" " m_dot_air_1=-m_dot/(1+x_H2O_gas_in_1+x_CO2_in_1);\n" " m_dot_air_2=-m_dot_air_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" "end \n" "if rho_in_2>rho_in_1\n" " m_dot_air_2=-m_dot/(1+x_H2O_gas_in_2+x_CO2_in_2);\n" " m_dot_air_1=-m_dot_air_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" "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" "% *********************************************************" "***************" editorLayout "100 M4x1[125 164 1288 1002]" fimathString "fimath(...\n" "'RoundMode', 'floor',...\n" "'OverflowMode', 'wrap',...\n" "'ProductMode', 'KeepLSB', 'ProductWordLength', 32,..." 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