def feeder_to_pb(cim: Feeder) -> PBFeeder:
return PBFeeder(
ec=equipmentcontainer_to_pb(cim),
normalHeadTerminalMRID=mrid_or_empty(cim.normal_head_terminal),
normalEnergizingSubstationMRID=mrid_or_empty(
cim.normal_energizing_substation),
currentEquipmentMRIDs=[str(io.mrid) for io in cim.current_equipment])
def terminal_to_pb(cim: Terminal) -> PBTerminal:
return PBTerminal(
ad=acdcterminal_to_pb(cim),
conductingEquipmentMRID=mrid_or_empty(cim.conducting_equipment),
connectivityNodeMRID=mrid_or_empty(cim.connectivity_node),
tracedPhases=get_or_none(tracedphases_to_pb, cim.traced_phases),
phases=PBPhaseCode.Value(cim.phases.short_name),
sequenceNumber=cim.sequence_number)
def transformerend_to_pb(cim: TransformerEnd) -> PBTransformerEnd:
return PBTransformerEnd(io=identifiedobject_to_pb(cim),
terminalMRID=mrid_or_empty(cim.terminal),
baseVoltageMRID=mrid_or_empty(cim.base_voltage),
ratioTapChangerMRID=mrid_or_empty(
cim.ratio_tap_changer),
endNumber=cim.end_number,
grounded=cim.grounded,
rGround=cim.r_ground,
xGround=cim.x_ground)
def diagramobject_to_pb(cim: DiagramObject) -> PBDiagramObject:
return PBDiagramObject(io=identifiedobject_to_pb(cim),
diagramMRID=mrid_or_empty(cim.diagram),
identifiedObjectMRID=cim.identified_object_mrid,
diagramObjectStyle=PBDiagramObjectStyle.Value(cim.style.short_name),
rotation=cim.rotation,
diagramObjectPoints=[diagramobjectpoint_to_pb(io) for io in cim.points])
def measurement_to_pb(cim: Measurement) -> PBMeasurement:
return PBMeasurement(
io=identifiedobject_to_pb(cim),
remoteSourceMRID=mrid_or_empty(cim.remote_source),
powerSystemResourceMRID=cim.power_system_resource_mrid,
terminalMRID=cim.terminal_mrid,
phases=PBPhaseCode.Value(cim.phases.short_name),
unitSymbol=PBUnitSymbol.Value(cim.unitSymbol.short_name))
def substation_to_pb(cim: Substation) -> PBSubstation:
return PBSubstation(
ec=equipmentcontainer_to_pb(cim),
subGeographicalRegionMRID=mrid_or_empty(cim.sub_geographical_region),
normalEnergizedFeederMRIDs=[str(io.mrid) for io in cim.feeders],
loopMRIDs=[str(io.mrid) for io in cim.loops],
normalEnergizedLoopMRIDs=[str(io.mrid) for io in cim.energized_loops],
circuitMRIDs=[str(io.mrid) for io in cim.circuits])
def energyconsumerphase_to_pb(
cim: EnergyConsumerPhase) -> PBEnergyConsumerPhase:
return PBEnergyConsumerPhase(
psr=powersystemresource_to_pb(cim),
energyConsumerMRID=mrid_or_empty(cim.energy_consumer),
phase=PBSinglePhaseKind.Value(cim.phase.short_name),
p=cim.p,
pFixed=cim.p_fixed,
q=cim.q,
qFixed=cim.q_fixed)
def powertransformerend_to_pb(
cim: PowerTransformerEnd) -> PBPowerTransformerEnd:
return PBPowerTransformerEnd(te=transformerend_to_pb(cim),
powerTransformerMRID=mrid_or_empty(
cim.power_transformer),
ratedS=cim.rated_s,
ratedU=cim.rated_u,
r=cim.r,
r0=cim.r0,
x=cim.x,
x0=cim.x0,
connectionKind=PBWindingConnection.Value(
cim.connection_kind.short_name),
b=cim.b,
b0=cim.b0,
g=cim.g,
g0=cim.g0,
phaseAngleClock=cim.phase_angle_clock)
def customeragreement_to_pb(cim: CustomerAgreement) -> PBCustomerAgreement:
return PBCustomerAgreement(agr=agreement_to_pb(cim),
customerMRID=mrid_or_empty(cim.customer),
pricingStructureMRIDs=[str(io.mrid) for io in cim.pricing_structures])
def remotesource_to_pb(cim: RemoteSource) -> PBRemoteSource:
return PBRemoteSource(rp=remotepoint_to_pb(cim),
measurementMRID=mrid_or_empty(cim.measurement))
def remotecontrol_to_pb(cim: RemoteControl) -> PBRemoteControl:
return PBRemoteControl(rp=remotepoint_to_pb(cim),
controlMRID=mrid_or_empty(cim.control))
def usagepoint_to_pb(cim: UsagePoint) -> PBUsagePoint:
return PBUsagePoint(
io=identifiedobject_to_pb(cim),
usagePointLocationMRID=mrid_or_empty(cim.usage_point_location),
equipmentMRIDs=[str(io.mrid) for io in cim.equipment],
endDeviceMRIDs=[str(io.mrid) for io in cim.end_devices])
def control_to_pb(cim: Control) -> PBControl:
return PBControl(ip=iopoint_to_pb(cim),
remoteControlMRID=mrid_or_empty(cim.remote_control),
powerSystemResourceMRID=cim.power_system_resource_mrid)
def circuit_to_pb(cim: Circuit) -> PBCircuit:
return PBCircuit(
l=line_to_pb(cim),
loopMRID=mrid_or_empty(cim.loop.mrid),
endTerminalMRIDs=[str(io.mrid) for io in cim.end_terminals],
endSubstationMRIDs=[str(io.mrid) for io in cim.end_substations])
def auxiliaryequipment_to_pb(cim: AuxiliaryEquipment) -> PBAuxiliaryEquipment:
return PBAuxiliaryEquipment(eq=equipment_to_pb(cim),
terminalMRID=mrid_or_empty(cim.terminal))
def ratiotapchanger_to_pb(cim: RatioTapChanger) -> PBRatioTapChanger:
return PBRatioTapChanger(tc=tapchanger_to_pb(cim),
transformerEndMRID=mrid_or_empty(
cim.transformer_end),
stepVoltageIncrement=cim.step_voltage_increment)
def energysourcephase_to_pb(cim: EnergySourcePhase) -> PBEnergySourcePhase:
return PBEnergySourcePhase(
psr=powersystemresource_to_pb(cim),
energySourceMRID=mrid_or_empty(cim.energy_source),
phase=PBSinglePhaseKind.Value(cim.phase.short_name))
def enddevice_to_pb(cim: EndDevice) -> PBEndDevice:
return PBEndDevice(
ac=assetcontainer_to_pb(cim),
usagePointMRIDs=[str(io.mrid) for io in cim.usage_points],
customerMRID=cim.customer_mrid,
serviceLocationMRID=mrid_or_empty(cim.service_location))
def aclinesegment_to_pb(cim: AcLineSegment) -> PBAcLineSegment:
return PBAcLineSegment(cd=conductor_to_pb(cim),
perLengthSequenceImpedanceMRID=mrid_or_empty(
cim.per_length_sequence_impedance))
def conductingequipment_to_pb(
cim: ConductingEquipment) -> PBConductingEquipment:
return PBConductingEquipment(
eq=equipment_to_pb(cim),
baseVoltageMRID=mrid_or_empty(cim.base_voltage),
terminalMRIDs=[str(io.mrid) for io in cim.terminals])
def powersystemresource_to_pb(
cim: PowerSystemResource) -> PBPowerSystemResource:
return PBPowerSystemResource(io=identifiedobject_to_pb(cim),
assetInfoMRID=mrid_or_empty(cim.asset_info),
locationMRID=mrid_or_empty(cim.location))
def subgeographicalregion_to_pb(
cim: SubGeographicalRegion) -> PBSubGeographicalRegion:
return PBSubGeographicalRegion(
io=identifiedobject_to_pb(cim),
geographicalRegionMRID=mrid_or_empty(cim.geographical_region),
substationMRIDs=[str(io.mrid) for io in cim.substations])