| ►NCPS | |
| ►NBase | |
| ►NPh1 | |
| CCapacitor | |
| CCurrentSource | |
| CInductor | |
| CPiLine | |
| CResistor | |
| CSVC | Static VAR compensator (SVC) |
| CSwitch | Dynamic Phasor Three-Phase Switch |
| CTransformer | |
| CVoltageSource | |
| ►NPh3 | |
| CCapacitor | |
| CInductor | |
| CPiLine | |
| CResistor | |
| CSwitch | Dynamic Phasor Three-Phase Switch |
| CTransformer | |
| CVoltageSource | |
| CAvVoltageSourceInverterDQ | Base model of average inverter |
| CAvVoltageSourceInverterDQWithStateSpace | Base model of average inverter |
| CReducedOrderSynchronGenerator | |
| CSynchronGenerator | Base synchronous generator model |
| ►NCIM | |
| CInvalidTopology | |
| CReader | |
| ►NDP | |
| ►NPh1 | |
| ►CAvVoltageSourceInverterDQ | |
| CControlPreStep | |
| CControlStep | |
| ►CCapacitor | Capacitor model |
| CMnaPostStepHarm | |
| CMnaPreStepHarm | |
| CCurrentSource | Dynamic phasor ideal current source |
| CDPDQInterface | Class providing interface with DP domain for all components in DQ domain |
| ►CInductor | Inductor |
| CMnaPostStepHarm | |
| CMnaPreStepHarm | |
| ►CInverter | Single phase inverter model |
| CMnaPostStepHarm | |
| CMnaPreStepHarm | |
| CNetworkInjection | Network injection model |
| CPiLine | PI-line dynamic phasor model |
| CPQLoadCS | PQ-load represented by a current source |
| CReducedOrderSynchronGeneratorVBR | Base class for DP VBR synchronous generator model single phase |
| CResIndSeries | Resistor inductor series element |
| ►CResistor | Dynamic phasor resistor model |
| CMnaPostStepHarm | |
| CRxLine | |
| CRXLoad | Constant impedance load model consisting of RLC elements |
| CRXLoadSwitch | Constant impedance load model consisting of RLC elements |
| CSVC | SVC |
| CSwitch | Dynamic phasor switch |
| CSynchronGenerator3OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 3rd order synchronous generator model |
| CSynchronGenerator4OrderPCM | 4 Order Synchronous generator model for transient stability analysis |
| CSynchronGenerator4OrderTPM | 4 Order Synchronous generator model for transient stability analysis |
| CSynchronGenerator4OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 4th order synchronous generator model |
| CSynchronGenerator5OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 5th type 2 order synchronous generator model Ref: Milano, Documentation for PSAT version 2.1.6, June 2, 2011, chapter 17.1.2 |
| CSynchronGenerator6aOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Marconato's model (Milano, Power System modelling and scripting, chapter 15) |
| CSynchronGenerator6bOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Anderson - Fouad's model (Milano, Power System modelling and scripting, chapter 15) |
| CSynchronGenerator6OrderPCM | 6 Order Synchronous generator model for transient stability analysis |
| CSynchronGeneratorIdeal | Ideal voltage source representing a synchronous generator |
| CSynchronGeneratorIter | Base class for DP VBR synchronous generator model single phase |
| ►CSynchronGeneratorTrStab | Synchronous generator model for transient stability analysis |
| CAddBStep | |
| CTransformer | Transformer that includes an inductance and resistance |
| CvarResSwitch | Switch with variable resistance to avoid numerical oscillations, when an inductive current is suddenly interrupted. It is useful as a fault switch especially on a faulted generator or transformer winding |
| ►CVoltageSource | Ideal Voltage source model |
| CMnaPostStepHarm | |
| CMnaPreStepHarm | |
| CVoltageSourceNorton | Resistive dynamic phasor voltage source |
| CVoltageSourceRamp | |
| ►NPh3 | |
| CCapacitor | Capacitor model |
| CInductor | Inductor |
| CResistor | |
| CSeriesResistor | |
| CSeriesSwitch | Dynamic phasor three-phase switch |
| CSynchronGeneratorDQ | Synchronous generator model in dq-reference frame |
| ►CSynchronGeneratorDQODE | |
| CODEPreStep | |
| CSynchronGeneratorDQTrapez | |
| CSynchronGeneratorVBR | |
| CVoltageSource | Ideal Voltage source model |
| ►NEMT | |
| ►NPh1 | |
| CCapacitor | Capacitor model |
| CCurrentSource | Ideal current source model |
| CInductor | Inductor |
| CResistor | EMT Resistor |
| CSwitch | One phase EMT switch |
| CVoltageSource | Ideal Voltage source model |
| CVoltageSourceNorton | Voltage source as Norton equivalent |
| CVoltageSourceRamp | |
| ►NPh3 | |
| ►NSSN | |
| CCapacitor | Capacitor model |
| CFull_Serial_RLC | Full_Serial_RLC |
| CInductor | Inductor |
| ►CAvVoltageSourceInverterDQ | |
| CControlPreStep | |
| CControlStep | |
| CAvVoltSourceInverterStateSpace | Average inverter model with LC filter |
| CCapacitor | Capacitor model |
| CCurrentSource | Ideal current source model |
| CInductor | Inductor |
| CNetworkInjection | Network injection model |
| CPiLine | PI-line dynamic phasor model |
| CReducedOrderSynchronGeneratorVBR | Base class for EMT VBR simplefied synchronous generator models |
| CResistor | EMT Resistor |
| CRxLine | |
| CRXLoad | TODO: currently modelled as an impedance, which obviously doesn't have a constant power characteristic Model as current source and read from CSV files |
| CSeriesResistor | EMT three-phase resistor |
| CSeriesSwitch | EMT three-phase switch |
| CSwitch | Dynamic phasor switch |
| CSynchronGenerator3OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 3rd order synchronous generator model |
| CSynchronGenerator4OrderPCM | 4 Order Synchronous generator model for transient stability analysis |
| CSynchronGenerator4OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 4th order synchronous generator model |
| CSynchronGenerator5OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 5th type 2 order synchronous generator model Ref: Milano, Documentation for PSAT version 2.1.6, June 2, 2011, chapter 17.1.2 |
| CSynchronGenerator6aOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Marconato's model (Milano, Power System modelling and scripting, chapter 15) |
| CSynchronGenerator6bOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Anderson - Fouad's model (Milano, Power System modelling and scripting, chapter 15) |
| CSynchronGeneratorDQ | Synchronous generator model in dq-reference frame |
| ►CSynchronGeneratorDQODE | |
| CODEPreStep | |
| CSynchronGeneratorDQTrapez | |
| CSynchronGeneratorIdeal | Ideal voltage source representing a synchronous generator |
| ►CSynchronGeneratorTrStab | Synchronous generator model for transient stability analysis |
| CAddBStep | |
| CSynchronGeneratorVBR | |
| CTransformer | Transformer that includes an inductance and resistance |
| CVoltageSource | Ideal Voltage source model |
| CVoltageSourceNorton | Voltage source with Norton equivalent model |
| ►NGraph | |
| CElement | |
| CNode | |
| CEdge | |
| CGraph | |
| ►NSignal | |
| CCosineFMGenerator | Model to generate signals containing a frequency ramp |
| ►CDecouplingLine | |
| CPostStep | |
| CPreStep | |
| ►CDecouplingLineEMT | |
| CPostStep | |
| CPreStep | |
| CExciter | |
| ►CFIRFilter | |
| CStep | |
| CFrequencyRampGenerator | Model to generate signals containing a frequency ramp |
| ►CIntegrator | |
| CPreStep | |
| CStep | |
| ►CPLL | |
| CPreStep | |
| CStep | |
| ►CPowerControllerVSI | |
| CPreStep | |
| CStep | |
| CSignalGenerator | Model to generate generic signals |
| CSineWaveGenerator | Model to generate sinusoidal signals |
| CTurbineGovernor | Turbine governor model to be used with synchronous generator |
| CTurbineGovernorType1 | |
| ►NSP | |
| ►NPh1 | |
| ►CAvVoltageSourceInverterDQ | |
| CControlPreStep | |
| CControlStep | |
| CCapacitor | |
| CInductor | Static phasor inductor model |
| CLoad | |
| CNetworkInjection | Network injection model |
| CPiLine | PI-line static phasor model |
| CPQNode | |
| CPVNode | |
| CReducedOrderSynchronGeneratorVBR | Base class for SP VBR synchronous generator model single phase |
| CResistor | Static phasor resistor model |
| CRXLine | |
| CShunt | |
| CSolidStateTransformer | |
| CSwitch | Dynamic phasor switch |
| CSynchronGenerator | |
| CSynchronGenerator3OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 3rd order synchronous generator model |
| CSynchronGenerator4OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 4th order synchronous generator model |
| CSynchronGenerator5OrderVBR | Voltage-Behind-Reactance (VBR) implementation of 5th type 2 order synchronous generator model Ref: Milano, Documentation for PSAT version 2.1.6, June 2, 2011, chapter 17.1.2 |
| CSynchronGenerator6aOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Marconato's model (Milano, Power System modelling and scripting, chapter 15) |
| CSynchronGenerator6bOrderVBR | Voltage-Behind-Reactance (VBR) implementation of 6th order synchronous generator model Anderson-Fouad's model (Milano, Power System modelling and scripting, chapter 15) |
| ►CSynchronGeneratorTrStab | Synchronous generator model for transient stability analysis |
| CAddBStep | |
| CTransformer | Transformer that includes an inductance and resistance |
| CvarResSwitch | Switch with variable resistance to avoid numerical oscillations, when an inductive current is suddenly interrupted. It is useful as a fault switch especially on a faulted generator or transformer winding |
| CVDNode | |
| CVoltageSource | Ideal Voltage source model |
| CVoltageSourceInverter | |
| ►NPh3 | |
| CCapacitor | Capacitor model |
| CInductor | Inductor |
| CResistor | |
| CRxLine | |
| CVoltageSource | Ideal Voltage source model |
| ►NUtils | |
| CRgb | |
| CAttribute | |
| CAttributeStatic | |
| CAttributeDynamic | |
| CAttributePointer | |
| CAttributeCmp | |
| CAttributeEq | |
| CAttributeBase | |
| CAttributeUpdateTaskBase | |
| CAttributeUpdateTask | |
| CAttributeList | Base class of objects having attributes to access member variables |
| CCompositePowerComp | Base class for composite power components |
| CCSVReader | Reads load profiles (csv files only) and assign them to the corresponding load object |
| CCSVRow | |
| CCSVReaderIterator | |
| CException | |
| CAccessException | |
| CTypeException | |
| CInvalidAttributeException | |
| CInvalidArgumentException | |
| CSystemError | |
| CIdentifiedObject | |
| CLogger | |
| CMath | |
| ►CMNASimPowerComp | Base class for all MNA components that are transmitting power |
| CMnaPostStep | |
| CMnaPreStep | |
| CMNAStampUtils | |
| CPQData | |
| CPowerProfile | |
| ►CSimNode | |
| CMnaPostStepHarm | |
| CSimPowerComp | Base class for all components that are transmitting power |
| CSimSignalComp | |
| CSimTerminal | |
| CDAEInterface | |
| CMNAInterface | Interface to be implemented by all models used by the MNA solver |
| CMNASwitchInterface | MNA interface to be used by switching devices |
| CMNASyncGenInterface | Interface to be used by synchronous generators |
| CMNATearInterface | |
| CMNAVariableCompInterface | MNA interface to be used by elements that require recomputing of the system matrix |
| CODEInterface | |
| CODEintInterface | |
| CPFSolverInterfaceBranch | Common base class of all Component templates |
| CPFSolverInterfaceBus | Common base class of all Component templates |
| CSystemTopology | |
| CTask | Tasks to be defined by every component |
| CTopologicalNode | |
| CTopologicalPowerComp | |
| CTopologicalSignalComp | |
| CTopologicalTerminal | |
| ►NDPsim | |
| ►Ncuda | |
| ►CVector | |
| Citerator | |
| CCudaMatrix | |
| NUtils | |
| CDAESolver | Solver class which uses Differential Algebraic Equation(DAE) systems |
| ►CDataLogger | |
| CStep | |
| CSolverException | |
| CUnsupportedSolverException | |
| CDenseLUAdapter | |
| ►CDiakopticsSolver | |
| CLogTask | |
| CPostSolveTask | |
| CPreSolveTask | |
| CSolveTask | |
| CSubnetSolveTask | |
| CDirectLinearSolver | |
| CDirectLinearSolverConfiguration | |
| CEvent | |
| CEventComparator | |
| CAttributeEvent | |
| CSwitchEvent | |
| CSwitchEvent3Ph | |
| CEventQueue | |
| ►CGpuDenseAdapter | |
| CGpuData | Variables for solving one Equation-system (All pointer are device-pointer) |
| CGpuMagmaAdapter | |
| CGpuSparseAdapter | |
| ►CInterface | |
| CPostStep | |
| CPreStep | |
| CReaderThread | |
| CWriterThread | |
| CInterfaceWorker | |
| CKLUAdapter | |
| CMnaSolver | Solver class using Modified Nodal Analysis (MNA) |
| ►CMnaSolverDirect | Solver class using Modified Nodal Analysis (MNA) |
| CLogTask | |
| CSolveTask | |
| CSolveTaskHarm | |
| CSolveTaskRecomp | |
| CMnaSolverFactory | |
| ►CMnaSolverPlugin | |
| CLogTask | |
| CSolveTask | |
| CODEintSolver | Solver class which uses ODE systems |
| ►CODESolver | Solver class for ODE (Ordinary Differential Equation) systems |
| CSolveTask | |
| COpenMPLevelScheduler | |
| ►CPFSolver | Solver class using the nonlinear powerflow (PF) formulation |
| CSolveTask | |
| CPFSolverPowerPolar | Powerflow solver class considering power mismatch and voltages in polar coordinates |
| CRealTimeSimulation | Extending Simulation class by real-time functionality |
| CSchedulingException | |
| ►CScheduler | |
| CRoot | |
| CBarrier | |
| CBarrierTask | |
| CCounter | |
| CSequentialScheduler | |
| ►CSimulation | The Simulation holds a SystemTopology and a Solver |
| CLoggerMapping | |
| CSwitchConfiguration | Holds switching time and which system should be activated |
| CSolver | Base class for more specific solvers such as MNA, ODE or IDA |
| CSparseLUAdapter | |
| CThreadLevelScheduler | |
| CThreadListScheduler | |
| CThreadScheduler | |
| ►CTimer | |
| COverrunException | |
| ►CCommandLineArgs | |
| CArgument | |
| CInterfaceVillas | Interface type that can be used to import and export simulation attributes over any node type supported by VILLASnode |
| CInterfaceWorkerVillas | |
| ►Nstd | |
| Chash< CPS::AttributePointer< T > > | |
