Measurements with zero magnitude in seto:4

[AAndersn]

When running a simulation on ieee13 circuit on feature/seto, a large number of objects have zero magnitude.

To reproduce this issues, run ieee13 in viz and do timeseries api call for one timestep:

topic = "goss.gridappsd.process.request.data.timeseries" # Specify Timeseries API GridAPPS-D topic

# Use queryFilter of "startTime" and "endTime"
message = {
    "queryMeasurement": "simulation",
    "queryFilter": {
        "simulation_id": simulation_id,
        "startTime": "1724948375",
        "endTime": "1724948378"},
    "responseFormat": "JSON"
}

data = gapps.get_response(topic, message) # Pass API call

Then filter by measurements with magnitude zero:

for data_dict in data:
    if data_dict['time'] == 1724948377:
        if 'magnitude' in data_dict:
            if data_dict['magnitude'] == 0:
                mRID = data_dict['measurement_mrid']
                uuid = UUID(mRID.strip('_').lower())
                analog = network.graph[cim.Analog][uuid]
                print('magnitude is zero for Analog', analog.name, analog.phases)

This returns the following measurements with zero magnitude:

magnitude is zero for Analog PowerTransformer_xfm1_Power PhaseCode.C
magnitude is zero for Analog EnergyConsumer_671 PhaseCode.C
magnitude is zero for Analog Breaker_brkr1_Current PhaseCode.A
magnitude is zero for Analog Recloser_rec1_Current PhaseCode.C
magnitude is zero for Analog LoadBreakSwitch_671692_Voltage PhaseCode.C
magnitude is zero for Analog PowerTransformer_xfm1_Power PhaseCode.C
magnitude is zero for Analog ACLineSegment_650632_Power PhaseCode.A
magnitude is zero for Analog EnergyConsumer_670c PhaseCode.C
magnitude is zero for Analog EnergyConsumer_675a PhaseCode.A
magnitude is zero for Analog LinearShuntCompensator_cap1 PhaseCode.C
magnitude is zero for Analog ACLineSegment_632633_Power PhaseCode.C
magnitude is zero for Analog LoadBreakSwitch_671692_Voltage PhaseCode.C
magnitude is zero for Analog Breaker_brkr1_Current PhaseCode.B
magnitude is zero for Analog ACLineSegment_632645_Power PhaseCode.B
magnitude is zero for Analog ACLineSegment_632670_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_670671_Power PhaseCode.C
magnitude is zero for Analog EnergyConsumer_645 PhaseCode.B
magnitude is zero for Analog EnergyConsumer_675c PhaseCode.C
magnitude is zero for Analog EnergyConsumer_634a PhaseCode.A
magnitude is zero for Analog EnergyConsumer_692 PhaseCode.C
magnitude is zero for Analog ACLineSegment_632645_Power PhaseCode.C
magnitude is zero for Analog ACLineSegment_650632_Power PhaseCode.C
magnitude is zero for Analog EnergyConsumer_611 PhaseCode.C
magnitude is zero for Analog ACLineSegment_632670_Power PhaseCode.C
magnitude is zero for Analog EnergyConsumer_646 PhaseCode.B
magnitude is zero for Analog EnergyConsumer_671 PhaseCode.A
magnitude is zero for Analog LinearShuntCompensator_cap2 PhaseCode.C
magnitude is zero for Analog Breaker_brkr1_Current PhaseCode.C
magnitude is zero for Analog EnergyConsumer_634c PhaseCode.C
magnitude is zero for Analog EnergyConsumer_611 PhaseCode.C
magnitude is zero for Analog ACLineSegment_671684_Power PhaseCode.C
magnitude is zero for Analog LoadBreakSwitch_671692_Current PhaseCode.C
magnitude is zero for Analog LinearShuntCompensator_cap2 PhaseCode.C
magnitude is zero for Analog ACLineSegment_650632_Voltage PhaseCode.C
magnitude is zero for Analog EnergyConsumer_675c PhaseCode.C
magnitude is zero for Analog EnergyConsumer_house PhaseCode.s2
magnitude is zero for Analog EnergyConsumer_634b PhaseCode.B
magnitude is zero for Analog Recloser_rec1_Voltage PhaseCode.C
magnitude is zero for Analog EnergyConsumer_652 PhaseCode.A
magnitude is zero for Analog LoadBreakSwitch_sect1_Voltage PhaseCode.C
magnitude is zero for Analog Recloser_rec1_Voltage PhaseCode.C
magnitude is zero for Analog EnergyConsumer_692 PhaseCode.C
magnitude is zero for Analog EnergyConsumer_671 PhaseCode.B
magnitude is zero for Analog ACLineSegment_692675_Power PhaseCode.C
magnitude is zero for Analog ACLineSegment_645646_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_671680_Power PhaseCode.C
magnitude is zero for Analog ACLineSegment_684611_Power PhaseCode.C
magnitude is zero for Analog ACLineSegment_671680_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_632633_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_645646_Power PhaseCode.B
magnitude is zero for Analog ACLineSegment_645646_Power PhaseCode.C
magnitude is zero for Analog EnergyConsumer_671 PhaseCode.C
magnitude is zero for Analog ACLineSegment_671680_Power PhaseCode.B
magnitude is zero for Analog EnergyConsumer_670b PhaseCode.B
magnitude is zero for Analog EnergyConsumer_670c PhaseCode.C
magnitude is zero for Analog ACLineSegment_632645_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_650632_Power PhaseCode.B
magnitude is zero for Analog EnergyConsumer_675b PhaseCode.B
magnitude is zero for Analog EnergyConsumer_670a PhaseCode.A
magnitude is zero for Analog EnergyConsumer_house PhaseCode.s1
magnitude is zero for Analog LoadBreakSwitch_sect1_Current PhaseCode.C
magnitude is zero for Analog LinearShuntCompensator_cap1 PhaseCode.C
magnitude is zero for Analog LoadBreakSwitch_sect1_Voltage PhaseCode.C
magnitude is zero for Analog ACLineSegment_671680_Power PhaseCode.A

[AAndersn]

Using measurements from cim-builder (https://github.com/GRIDAPPSD/Powergrid-Models/blob/seto_cleanup/models/feeders/CIM/XML/ieee13_CDPSM/analog.xml), PNV measurements of zero have gone away, but still have zero VA power for EnergyConsumer and inverter objects