Reference
The Python API is generated from the dpsimpy extension module. It is organised by
simulation domain: dynamic phasor (dp), electromagnetic transient (emt) and static
phasor (sp), each split into single phase (ph1) and three phase (ph3) models.
- Core
- DPsim Python bindings
AttributeAttributeComplexAttributeComplexDynAttributeComplexStatAttributeMatrixAttributeMatrixCompAttributeMatrixCompDynAttributeMatrixCompStatAttributeMatrixDynAttributeMatrixStatAttributeRealAttributeRealDynAttributeRealStatAttributeStringAttributeStringDynAttributeStringStatCIMReaderCIMReaderVoltageTargetUnitCSVReaderCSVReaderFormatCSVReaderModeCouplingMethodDataLoggerInterfaceDirectLinearSolverConfigurationDirectLinearSolverImplDomainGeneratorTypeIdentifiedObjectInterfaceLogLevelLoggerMNAStateSpaceExtractorMathPhaseTypePowerflowBusTypeRealTimeDataLoggerRealTimeSimulationSimPowerCompComplexSimPowerCompRealSimTerminalComplexSimTerminalRealSimulationSolverSolverBehaviourStateSpaceAnalysisFrameStateSpaceModalAnalysisSystemMatrixRecomputationModeSystemTopologyTopologicalNodeTopologicalPowerCompTopologicalTerminalfill_in_reduction_methodpartial_refactorization_methodscaling_methoduse_btf- Base Models
- Events
- Dynamic Phasor / SFA Models
- Electromagnetic Transient Models
- (Quasi) Static / RMS Models
- Signal Models
DecouplingIdealTransformer_DP_Ph1DecouplingIdealTransformer_EMT_Ph1DecouplingIdealTransformer_EMT_Ph3DecouplingIdealTransformer_SP_Ph1DecouplingLineDecouplingLineEMTDecouplingLineEMT_Ph3ExciterExciterDC1ExciterDC1ParametersExciterDC1SimpExciterDC1SimpParametersExciterParametersExciterST1ParametersExciterST1SimpExciterStaticExciterStaticParametersGovernorGovernorParametersHydroGovernorParametersHydroTurbineHydroTurbineGovernorHydroTurbineParametersPSSPSS1APSS1AParametersPSSParametersSimSignalCompSteamGovernorParametersSteamTurbineSteamTurbineGovernorSteamTurbineParametersTopologicalSignalCompTurbineTurbineGovernorType1TurbineParameters
- Co-simulation