| C_N_VectorContent_Gmm | |
| CActiveInitializer | |
| ►CBaseActive | |
| CGenericActive< double > | |
| CGenericActive< valuetype > | |
| ►Cstd::basic_string< Char > | STL class |
| ►Cstd::string | STL class |
| Cfstring | Utility class with variable format |
| ►CCalculatable | Abstract mixin with the interface that has to be implemented by a Model capable of being solved both in simultaneous and in sequential mode |
| ►CEdgeBase | |
| ►CStream | Edge model for the mass and energy balance of a generic stream semi-abstract class Contains P, T and one Phase subobject: total phase |
| ►CStreamTwo< FlashVl > | |
| CStreamTabularLiquidLiquid | |
| CStreamTabularLiquidVapor | |
| ►CStreamBaseSimple | |
| CStreamSimple< NV, NL, NS > | |
| CStreamIapwsLiquidVapor | |
| CStreamOne | Stream with a single fluid phase |
| CStreamOneSolid | Parameterized stream with a single fluid phase and one solid phase |
| CStreamTwo< F > | Stream with two fluid phases, use for VL or LL equilibria |
| CStreamTwoSolid< F > | Stream with two fluid phases and one solid use for vapor-liquid solid or liquid-liquid-solid streams |
| ►CVertexBase | Base of the hierarchy of all vertex model types to be included in a FlowSheet This class manages the connection of vertexes with edges and derived classes must implement the Calculatable interface |
| ►CConnectivity | Vertex connectivity |
| CCompressor | |
| CDegasser | |
| CDivider | Vertex model to represent a multi-stream Divider (i.e. a tee or multi-way valve) |
| CExchanger | |
| CFlashDegasser | Parameterized vertex model to represent an (optionally reactive) flash drum with many inlets and two outlets: one vapor phase outlet stream and one liquid / condensate / solid phase outlet stream |
| ►CFlashDrum | |
| CEjector | |
| CHeatTransfer | |
| CPipe | Model for a pipe object for liquids |
| CPump | Simple class for liquid pump calculation |
| CFlashSplitter | Parameterized vertex model to represent an (optionally reactive) Flash drum with many inlets and X outlets |
| ►CFlowSheet | |
| CColumn | |
| CCompressionStage | |
| CDecanter | |
| CFallingFilm | |
| CLiquidRingVacuumPump | Liquid ring vacuum pump model
Port list: |
| ►CMultiStage | Vertex model to represent a generic multi-stage countercurrent unit |
| CColumnSection | |
| CMultiStage2D | Vertex model to represent a generic 2D distributed unit Vertex numbering from 0 to nX-1, from 0 to nY - 1 |
| ►CMultiStageOneTwo | Vertex model to represent a multi-stage unit with 1-2 connectivity |
| CMultiCompressorIntercooled< N > | |
| CPressureSwingAbsorption | |
| CReboilerCrossFlow | |
| CZone | Zone of a vertical shell and tube water steam fed thermosiphon |
| CHtuNtu | Vertex model to represent countercurrent multicomponent mass transfer of dilute components in an absorber or a stripper |
| CMixer | Vertex model to represent a multi-stream Mixer |
| CMultiExchanger | Vertex model to represent an (optionally reactive) rating multi-Stream heat exchanger |
| CMultiplier | Vertex model to represent a stream Multiplier |
| CSelector | Vertex model to represent a stream Selector |
| CSeparator | Vertex model to represent a general purpose separator with many inlets and nOutlets >= 2 outlets |
| CSplitter | Vertex model to represent a stream phase separator |
| CTerminator | Special purpose model to serve as source or sink of all streams entering a flowsheet and as sink to all stream exiting the flowsheet |
| CFlowSheet | |
| CCategory | |
| ►CComponentInterface | |
| ►CComponentBase | |
| ►CComponentBiochem | |
| Cpurecomps::Ashes | |
| Cpurecomps::Carbohydrate | |
| Cpurecomps::Fiber | |
| Cpurecomps::Lipid | |
| Cpurecomps::Protein | |
| ►CComponentBkk | |
| Cpurecomps::CaO | |
| Cpurecomps::Fe | |
| Cpurecomps::Fe3O4 | |
| Cpurecomps::FeO | |
| Cpurecomps::silica | |
| Cpurecomps::silicon | |
| CComponentCmu | |
| ►CComponentDippr | |
| Cpurecomps::BuOH | |
| Cpurecomps::CO | |
| Cpurecomps::CO2 | |
| Cpurecomps::DiethyleneGlycol | |
| Cpurecomps::EthyleneGlycol | |
| Cpurecomps::Ethylhexanol | |
| Cpurecomps::H2 | |
| Cpurecomps::MA | |
| Cpurecomps::N2 | |
| Cpurecomps::NO2 | |
| Cpurecomps::O2 | |
| Cpurecomps::Octamethyltrisiloxane | |
| Cpurecomps::OctylPalmitate | |
| Cpurecomps::PalmiticAcid | |
| Cpurecomps::TriethyleneGlycol | |
| Cpurecomps::aacid | |
| Cpurecomps::acetone | |
| Cpurecomps::ammonia | |
| Cpurecomps::argon | |
| Cpurecomps::benzene | |
| Cpurecomps::butane | |
| Cpurecomps::ciclohexane | |
| Cpurecomps::eicosane | |
| Cpurecomps::ethane | |
| Cpurecomps::ethanol | |
| Cpurecomps::ethylene | |
| Cpurecomps::etylacetate | |
| Cpurecomps::heavy | |
| Cpurecomps::helium | |
| Cpurecomps::hexene | |
| Cpurecomps::hydrogensulfide | |
| Cpurecomps::ibutane | |
| Cpurecomps::ipentane | |
| Cpurecomps::methane | |
| Cpurecomps::methanol | |
| Cpurecomps::mxylene | |
| Cpurecomps::naphthalene | |
| Cpurecomps::nbutylene | |
| Cpurecomps::ndecane | |
| Cpurecomps::nheptane | |
| Cpurecomps::nhexadecane | |
| Cpurecomps::nhexane | |
| Cpurecomps::nnonane | |
| Cpurecomps::noctane | |
| Cpurecomps::oxylene | |
| Cpurecomps::pentane | |
| Cpurecomps::phenol | |
| Cpurecomps::propane | |
| Cpurecomps::propylene | |
| Cpurecomps::pxylene | |
| Cpurecomps::squalane | |
| ►CComponentPdippr | |
| Cpurecomps::water | |
| ►CComponentSolid | |
| Cpurecomps::CaCO3 | |
| Cpurecomps::CaCl2 | |
| Cpurecomps::CaF2 | |
| Cpurecomps::CaO2H2 | |
| Cpurecomps::Fe2O3 | |
| Cpurecomps::FeCl2 | |
| Cpurecomps::FeF2 | |
| Cpurecomps::Na2Hs | |
| Cpurecomps::Na2SO4 | |
| Cpurecomps::NaCl | |
| Cpurecomps::NaF | |
| Cpurecomps::NaOH | |
| Cpurecomps::Ni | |
| Cpurecomps::NiF2 | |
| Cpurecomps::Sn | |
| Cpurecomps::SnO | |
| Cpurecomps::SnO2 | |
| Cpurecomps::ZnCl2 | |
| Cpurecomps::ZnHs | |
| Cpurecomps::ZnS | |
| Cpurecomps::ZnSO4 | |
| Cpurecomps::ZnSO4H2O | |
| Cpurecomps::carbon | |
| ►CComponentGeneric | |
| CComponentBiochem | |
| CComponentBkk | |
| CComponentCmu | |
| CComponentDippr | |
| CComponentPdippr | |
| CComponentSolid | |
| ►CRouteHeatVaporCmu | |
| CComponentCmu | |
| ►CRouteTransport | |
| CComponentGeneric | |
| ►CRouteTransportCmu | |
| CComponentCmu | |
| ►CRouteTransportDippr | |
| CComponentDippr | |
| CComponentPdippr | |
| ►CRouteTransportDummy | |
| CComponentBkk | |
| CComponentSolid | |
| ►CRouteTransportSimple | |
| CComponentBiochem | |
| CRouteTransportDippr | |
| ►CRouteVolumeVaporIdeal | |
| CComponentCmu | |
| ►Cdippr | |
| CComponentDippr | |
| ►Cpdippr | |
| CComponentPdippr | |
| Cdippr | |
| Cpdippr | |
| CPhase::Activity::ComponentUnifac | |
| CNode::ConstIterator | |
| CObject::ConstIteratorQuantities | |
| CNode::ConstRange | |
| CObject::ConstRangeQuantities | |
| CCut | |
| CCutsSolution | |
| CLibpf::Persistency::Defaults | To pass to all informations required during the construction to configure Case instances |
| ►CDeInterface | Base class for Differential Equations systems solvers |
| ►CDaeInterface | Base class for Differential Algebraic Equations systems solvers |
| CSolverDaeIda | |
| ►CDiagnostic | |
| CAssignment | Used to store an explicit equation |
| CComponentGeneric | |
| ►CFlash | |
| ►CFlashVl | |
| CStreamTwo< FlashVl > | |
| ►CFlashVlT | |
| ►CFlashVlTx | |
| CFlashLlTx | |
| CStreamIapwsLiquidVapor | |
| CStreamOne | Stream with a single fluid phase |
| CStreamOneSolid | Parameterized stream with a single fluid phase and one solid phase |
| CStreamSimple< NV, NL, NS > | |
| CHomotopy | |
| ►CNode | Concrete class, to represent a persistable node belonging to a hierarchical tree structure; the descendant ids are inside a sequential range of ids [rootId() .. (rootId() + range() - 1)] for a Node belonging to a tree the tag must be unique among siblings; also contains properties and methods related to the visualization (icon, setIcon...) |
| ►CObject | A Node with Quantity, String and Integer variables |
| ►CModel | |
| ►CMultiReaction< 2 > | |
| CMultiReactionElectrochemical | |
| CMultiReactionTransfer | Model for multi reaction with phase transfer |
| CEdgeBase | |
| ►CElectricalConsumption | |
| CCompressor | |
| CPump | Simple class for liquid pump calculation |
| ►CFlashDrumBase | |
| CFlashDegasser | Parameterized vertex model to represent an (optionally reactive) flash drum with many inlets and two outlets: one vapor phase outlet stream and one liquid / condensate / solid phase outlet stream |
| CFlashDrum | |
| CFlashSplitter | Parameterized vertex model to represent an (optionally reactive) Flash drum with many inlets and X outlets |
| CMultiReaction< N > | Model to represent a generic multiphase Reaction object |
| ►CPhase::Mass | Phase model interface mass-based only |
| ►CPhase::MassMolar | Adds molar representation to Mass |
| ►CPhase::MassMolarProperties | Adds physical properties calculation to MassMolar |
| ►CPhase::Generic | Parameterizes MassMolarProperties |
| ►CPhaseGeneric< U > | |
| CPhaseActivity< U > | For liquid phases with activity-coefficients thermo |
| CPhaseGeneric< T > | Generic phase model with properties and mass / molar representation |
| CPhaseTotal | A total phase model Accumulates mass and molar flows over all phases and computes the total phase for a stream |
| CPhaseSimple | Simple mass-balance only {vapor, liquid, solid} phase Options: |
| CPhaseSimpleTotal | Total phase model for simple mass-balance only (fraction, mdot, w, mdotcomps) Accumulates mass flows over all phases and computes the total phase for a stream |
| ►CPipeBase | |
| CPipe | Model for a pipe object for liquids |
| ►CRatingColumn | |
| ►CRatingColumnTray | |
| CRatingColumnTraySieve | |
| ►CRatingHeat | |
| ►CShellAndTube | Model to represent a Shell and Tube heat exchanger geometry |
| ►CShellCondensing | |
| CRatingHeatShellAndTubeFallingFilmReboiler | |
| CRatingHeatShellAndTubeHeater | Model to represent a Shell and Tube heat heater fluid one (process, cold): tube side fluid two (utility, hot): shell side |
| CRatingHeatShellAndTubeThermosiphon | Model to represent a Shell and Tube heat Vertical Thermosiphon fluid one (process, cold): tube side fluid two (utility, hot): shell side |
| ►CShellSensible | |
| CRatingHeatShellAndTubeRecovery | Model to represent a Shell and Tube heat heat recovery fluid one (process, cold): tube side fluid two (process, hot): shell side |
| ►CTubesBoiling | Model to represent Tube-side forced boiling fluid one (process, cold): tube side |
| CRatingHeatShellAndTubeThermosiphon | Model to represent a Shell and Tube heat Vertical Thermosiphon fluid one (process, cold): tube side fluid two (utility, hot): shell side |
| ►CTubesFallingFilmBoiling | Model to represent tube side falling film boiling fluid one (process, cold): tube side |
| CRatingHeatShellAndTubeFallingFilmReboiler | |
| ►CTubesSensible | Model to represent Tube-side single phase sensible heat transfer (heating or cooling) |
| CRatingHeatShellAndTubeHeater | Model to represent a Shell and Tube heat heater fluid one (process, cold): tube side fluid two (utility, hot): shell side |
| CRatingHeatShellAndTubeRecovery | Model to represent a Shell and Tube heat heat recovery fluid one (process, cold): tube side fluid two (process, hot): shell side |
| ►CReaction | Model to represent a generic Reaction object |
| ►CReactionYield | Model to represent a Reaction with specified fixed conversion |
| ►CReactionEquilibrium | Model to represent a generic Reaction at equilibrium |
| CReactionOxidationEquilibriumCH4 | Model to represent the combustion of methane at equilibrium |
| CReactionOxidationEquilibriumN2 | Model to represent the oxidation of nitrogen at equilibrium |
| CReactionReformingEquilibriumC2H6 | Model to represent the reforming of ethane at equilibrium |
| CReactionReformingEquilibriumC3H8 | Model to represent the reforming of propane at equilibrium |
| CReactionReformingEquilibriumCH4 | Model to represent the reforming of methane at equilibrium |
| CReactionReformingEquilibriumMeOH | Model to represent the reforming of methanol at equilibrium |
| CReactionSynthesisEquilibriumNH3 | Model to represent the synthesis of ammonia at equilibrium |
| CReactionWaterGasShiftEquilibrium | Model to represent a Water Gas Shift Reaction at equilibrium |
| CReactionOxidationC2H6 | Model to represent the total combustion of ethane with specified fixed conversion |
| CReactionOxidationCO | Model to represent the total combustion of CO with specified fixed conversion |
| ►CReactionOxidationHydrocarbon | Model to represent the total combustion of a generic hydrocarbon (CxHy) with specified fixed conversion |
| CReactionOxidationEquilibriumCH4 | Model to represent the combustion of methane at equilibrium |
| CReactionOxidationMeOH | Model to represent the total combustion of methanol with specified fixed conversion |
| ►CReactionOxidationN2 | Model to represent the oxidation of nitrogen |
| CReactionOxidationEquilibriumN2 | Model to represent the oxidation of nitrogen at equilibrium |
| CReactionOxidationNH3 | Model to represent the total combustion of ammonia with specified fixed conversion |
| CReactionOxidationPhenol | Model to represent the total combustion of phenol with specified fixed conversion |
| ►CReactionReformingC2H6 | Model to represent the reforming of ethane with specified fixed conversion |
| CReactionReformingEquilibriumC2H6 | Model to represent the reforming of ethane at equilibrium |
| ►CReactionReformingC3H8 | Model to represent the reforming of propane with specified fixed conversion |
| CReactionReformingEquilibriumC3H8 | Model to represent the reforming of propane at equilibrium |
| ►CReactionReformingCH4 | Model to represent the reforming of methane with specified fixed conversion |
| CReactionReformingEquilibriumCH4 | Model to represent the reforming of methane at equilibrium |
| ►CReactionReformingMeOH | Model to represent the reforming of methanol with specified fixed conversion |
| CReactionReformingEquilibriumMeOH | Model to represent the reforming of methanol at equilibrium |
| ►CReactionSynthesisNH3 | Model to represent the synthesis of ammonia |
| CReactionSynthesisEquilibriumNH3 | Model to represent the synthesis of ammonia at equilibrium |
| CReactionWaterGasC | Model to represent the water gas production fron C with specified fixed conversion |
| ►CReactionWaterGasShift | Model to represent a Water Gas Shift Reaction with specified fixed conversion |
| CReactionWaterGasShiftEquilibrium | Model to represent a Water Gas Shift Reaction at equilibrium |
| ►CTabular | Mixin for constant kvli |
| CStreamTabularLiquidLiquid | |
| CStreamTabularLiquidVapor | |
| CVertexBase | Base of the hierarchy of all vertex model types to be included in a FlowSheet This class manages the connection of vertexes with edges and derived classes must implement the Calculatable interface |
| ►CObjectiveNleInterface | |
| CObjectiveFlood | |
| CObjectiveLoad | Objective function to determine the load limits |
| ►CObjectiveNleAuto | Objective function with analytical derivatives computed with FADOO (Forward Automatic Differentiation with Operator Overloading) |
| ►CObjectiveNleAd | Objective function with scaling based on Scaler class and analytical derivatives computed with FADOO |
| CFlash | |
| ►CObjectiveNleAdVertex | Differentiate calculateResiduals and calculateResidualsLocal |
| CCompressor | |
| CExchanger | |
| CFlashDrumBase | |
| CMultiExchanger | Vertex model to represent an (optionally reactive) rating multi-Stream heat exchanger |
| ►CObjectiveNleAdFlowsheet | Differentiate calculateResiduals and calculateResidualsLocal |
| CFlowSheet | |
| CSeparator | Vertex model to represent a general purpose separator with many inlets and nOutlets >= 2 outlets |
| CObjectiveScalar | Scalar objective function with scaling |
| ►CPersistency | Pesistent storage management class |
| CPersistencyOdbc | Manage the Persistency storage inside ODBC database |
| CPersistencyPostgres | Manage the Percistency storage inside Postgres data source |
| CPersistencySqlite | Manage the Percistency storage inside SQLite data source |
| ►CRouteHeatLiquid | |
| ►CChoiOkos | |
| CComponentBiochem | |
| CComponentGeneric | |
| ►CRouteHeatLiquidBkk | |
| CComponentBkk | |
| ►CRouteHeatLiquidDummySolidBkk | |
| CComponentSolid | |
| Cdippr | |
| Cpdippr | |
| ►CRouteHeatSolid | |
| CChoiOkos | |
| CComponentGeneric | |
| CRouteHeatLiquidDummySolidBkk | |
| ►CRouteHeatSolidBkk | |
| CComponentBkk | |
| ►CRouteHeatSolidDummy | |
| CComponentDippr | |
| CComponentPdippr | |
| ►CRouteHeatVapor | |
| CComponentGeneric | |
| CRouteHeatVaporCmu | |
| ►CRouteHeatVaporDippr | |
| Cdippr | |
| ►CRouteHeatVaporDummy | |
| CComponentBiochem | |
| CComponentBkk | |
| CComponentSolid | |
| CRouteHeatVaporVolp | |
| Cpdippr | |
| ►CRouteVolumeLiquid | |
| CChoiOkos | |
| CComponentBkk | |
| CComponentGeneric | |
| CComponentSolid | |
| ►CRouteVolumeLiquidDippr | |
| Cdippr | |
| CRouteVolumeLiquidWater | |
| Cpdippr | |
| CSensitivity | |
| ►CSequentialAssembly | Contains informations about cuts and user specified global equations |
| CFlowSheet | |
| CSolverConjugateGradient | Conjugate Gradient minimization |
| ►CSolverNleInterface | |
| ►CAutomatic | |
| CSolverNleQAutomatic | |
| CSolverNleRecipesAutomatic | |
| ►CNumeric | |
| CSolverNleQNumeric | |
| CSolverNleRecipesNumeric | |
| ►CSolverNleQ | |
| CSolverNleQAutomatic | |
| CSolverNleQNumeric | |
| ►CSolverNleRecipes | |
| CSolverNleRecipesAutomatic | |
| CSolverNleRecipesNumeric | |
| CDimension | |
| CDirection | |
| ►CLibpf::Utility::EnumeratorInterface | Abstract interface for static and dynamics enumerators |
| CLibpf::Core::Enumerator | Dynamic enumerator, to define the valid values for a StringOption |
| CLibpf::Utility::SmartEnumerator< T > | Trait type to define the a static set of valid values for a StringOption |
| ►CError | |
| CErrorBrowsing | |
| CErrorConnectivity | |
| CErrorDynamicCast | |
| CErrorInvalidCharacter | |
| CErrorJson | |
| CErrorObjectFactory | |
| CErrorRunTime | |
| CErrorSmartEnum | |
| CErrorUnit | |
| ►CF | |
| CStreamTwo< F > | Stream with two fluid phases, use for VL or LL equilibria |
| CStreamTwoSolid< F > | Stream with two fluid phases and one solid use for vapor-liquid solid or liquid-liquid-solid streams |
| CFactoryFlowsheets | |
| CFactoryPhases | |
| CFactoryReactions | |
| CFactoryStreams | |
| CFactoryUnits | |
| ►CFlashBase | |
| CFlash | |
| CStream | Edge model for the mass and energy balance of a generic stream semi-abstract class Contains P, T and one Phase subobject: total phase |
| CFlashMode | |
| ►CFlowPattern | |
| ►CFlowPatternAscii< 6, 6 > | |
| CFlowPatternSpiralRight66 | |
| ►CFlowPatternAscii< 9, 6 > | |
| CFlowPatternSpiralRight96 | |
| CFlowPatternAscii< NX, NY > | |
| CFlowPatternDummy | |
| ►CFlowPatternSimple< NX, NY > | |
| CFlowPatternDown< NX, NY > | FlowPatternDown hardwired flow pattern, Direction=down |
| CFlowPatternLeft< NX, NY > | FlowPatternLeft hardwired flow pattern, Direction=left |
| CFlowPatternRight< NX, NY > | FlowPatternUp hardwired flow pattern, Direction=right |
| CFlowPatternUp< NX, NY > | FlowPatternUp hardwired flow pattern, Direction=up |
| CFormulaParser | |
| CGenericValue< valuetype > | Model for physical quantities complete with unit of measurement, derivates and persistency |
| ►CGenericValue< GenericActive< double > > | |
| CQuantity | Floating point variable |
| ►CGroupBkk | |
| CRouteHeatLiquidDummySolidBkk | |
| ►CHomotopyInput | |
| CHomotopy | |
| CHomotopyInputJson | Initialize from JSON |
| CHomotopyInputXml | Initialize from XML file |
| CHomotopyVariable | |
| CIcon | |
| CLibpf::Persistency::IntegerOption | To define the supported integer options within a TypeDescriptor |
| CPhase::Generic::Interface | |
| ►CItem | Semi-abstract class, with a type, a tag and a description; also knows about its parent so can be part of a hierarchical data structure |
| ►CType< int > | |
| CInteger | Integer variable |
| ►CType< std::vector< int > > | |
| ►CTypeVector< int > | |
| CIntegerVector | Integer vector variable |
| ►CType< std::vector< Value > > | |
| ►CTypeVector< Value > | |
| CQuantityMatrix | Real matrix variable |
| CQuantityVector | Real vector variable |
| ►CType< std::string > | |
| CString | String variable |
| ►CType< std::vector< std::string > > | |
| ►CTypeVector< std::string > | |
| CStringVector | String vector variable |
| ►CType< std::vector< T > > | |
| CTypeVector< T > | Generic vector Item, header-only |
| ►CPersistent | Semi-abstract class for Items with an id; can be persisted i.e. serialized |
| CNode | Concrete class, to represent a persistable node belonging to a hierarchical tree structure; the descendant ids are inside a sequential range of ids [rootId() .. (rootId() + range() - 1)] for a Node belonging to a tree the tag must be unique among siblings; also contains properties and methods related to the visualization (icon, setIcon...) |
| CQuantity | Floating point variable |
| CType< T > | Generic Item, header-only |
| CNode::Iterator | |
| ►Cstd::iterator | |
| CObject::IteratorQuantities | |
| CJacobian | |
| CKey | |
| CLibpfInitializer | |
| CListComponents | Component list manager
Vector Wrapper to manage the actual component list |
| CMassBalanceMode | |
| ►CMonitoredVariable | |
| CControlledVariable | |
| CMutableVector | |
| CNodeFactory | Node factory |
| CNodeFactoryInitializer | |
| CObjectFactory0< CtorSignature, U > | Object factory for 0 parameter-constructor |
| CObjectFactory0< B(void), U > | |
| ►CObjectiveDae | Abstract base class for defining Differential Algebraic Equation systems |
| CObjectiveDaeDynamic | ObjectiveDae derivate to encode the DAE set for the dynamic resolution of a flowsheet |
| ►CObjectiveScalarInterface | Scalar objective function for optimization |
| CObjectiveScalar | Scalar objective function with scaling |
| CLibpf::Utility::Option | To define the individual values of an Enumerator |
| ►COrdering | |
| COrderingLexicographical | |
| COrderingReflectedGray | |
| COrderingSpiral | |
| CParameterAntoine | |
| CParameterBkk | |
| CParameterChoiOkos | |
| ►CParameterDippr7 | |
| Ckldip_parameterWater | |
| Ckvdip_parameterWater | |
| Cmuldip_parameterWater | |
| Cmuvdip_parameterWater | |
| Csigdip_parameterWater | |
| CParameterHenry | |
| CPhase::Activity::ParametersNrtl1 | |
| CPhase::Activity::ParametersNrtl2 | |
| CPhase::Activity::ParametersUnifac | |
| CParameterVolp | |
| CPhase::PcsaftParameters | |
| CPhaseIndex | |
| CPhaseType | |
| ►CPrecedence | |
| CEdgeBase | |
| CProduct | |
| CLibpf::Persistency::QuantityOption | To define the supported Quantity options within a TypeDescriptor |
| CNode::Range | |
| CObject::RangeQuantities | |
| CRecorder | |
| CRegistrar | |
| ►Cregistry_value | |
| Cregistry_int< T > | |
| Cregistry_string< T > | |
| Cregistry_string< std::basic_string< TCHAR > > | |
| CResult | |
| ►CRouteSaturation | |
| CComponentGeneric | |
| ►CRouteSaturationCmu | |
| CComponentCmu | |
| ►CRouteSaturationDummy | |
| CComponentBiochem | |
| CComponentBkk | |
| CComponentSolid | |
| Cdippr | |
| Cpdippr | |
| ►CRouteVolumeSolid | |
| CChoiOkos | |
| CComponentGeneric | |
| ►CRouteVolumeSolidDummy | |
| CComponentBkk | |
| CComponentDippr | |
| CComponentPdippr | |
| CComponentSolid | |
| ►CRouteVolumeVapor | |
| CComponentGeneric | |
| ►CRouteVolumeVaporDummy | |
| CComponentBiochem | |
| CComponentBkk | |
| CComponentSolid | |
| CRouteVolumeVaporIdeal | |
| CScaler | |
| CScalingMode | |
| ►CSensitivityInput | |
| CSensitivity | |
| CSensitivityInputJson | Initialize from JSON |
| CSensitivityInputXml | Initialize from XML file |
| ►CSensitivityResult | |
| CSensitivity | |
| ►CStreamInterface | |
| CStream | Edge model for the mass and energy balance of a generic stream semi-abstract class Contains P, T and one Phase subobject: total phase |
| CLibpf::Persistency::StringOption | To define the supported string options within a TypeDescriptor |
| ►CTask | |
| CVertexBase | Base of the hierarchy of all vertex model types to be included in a FlowSheet This class manages the connection of vertexes with edges and derived classes must implement the Calculatable interface |
| CTiming | Timer for diagnostic purposes |
| ►CPhase::Total | |
| CPhaseSimpleTotal | Total phase model for simple mass-balance only (fraction, mdot, w, mdotcomps) Accumulates mass flows over all phases and computes the total phase for a stream |
| CPhaseTotal | A total phase model Accumulates mass and molar flows over all phases and computes the total phase for a stream |
| CLibpf::Persistency::TypeDescriptor | To define the characteristics of a type before a Case of such type is instantiated |
| CUnitArrayGen< T > | |
| CUnitArrayGen< int > | |
| CUnitEngine | Unit of mesurement converter |
| CVector | |
1.9.4