private static Channel ParseSeries(SeriesDefinition seriesDefinition)
{
ChannelDefinition channelDefinition = seriesDefinition.ChannelDefinition;
// Populate series properties
Series series = new Series();
series.Channel = new Channel();
series.SeriesType = new SeriesType();
series.SourceIndexes = string.Empty;
// Populate channel properties
Channel channel = series.Channel;
channel.Series = new List <Series>()
{
series
};
channel.MeasurementType = new MeasurementType();
channel.MeasurementCharacteristic = new MeasurementCharacteristic();
channel.Phase = new openXDA.Model.Phase();
channel.Name = channelDefinition.ChannelName;
channel.HarmonicGroup = 0;
channel.Series.Add(series);
if (seriesDefinition.HasElement(SeriesDefinition.SeriesNominalQuantityTag))
{
channel.PerUnitValue = seriesDefinition.SeriesNominalQuantity;
}
// Populate measurement type properties
QuantityMeasured quantityMeasured = channelDefinition.QuantityMeasured;
channel.MeasurementType.Name = quantityMeasured.ToString();
// Populate characteristic properties
Guid quantityTypeID = channelDefinition.QuantityTypeID;
Guid quantityCharacteristicID = seriesDefinition.QuantityCharacteristicID;
// Workaround for bad quantity characteristic in files produced by PQube Classic
if (quantityTypeID == QuantityType.Phasor && quantityCharacteristicID == QuantityCharacteristic.Instantaneous)
{
quantityCharacteristicID = QuantityCharacteristic.RMS;
}
channel.MeasurementCharacteristic.Name = QuantityCharacteristic.ToName(quantityCharacteristicID) ?? quantityCharacteristicID.ToString();
channel.MeasurementCharacteristic.Description = QuantityCharacteristic.ToString(quantityCharacteristicID);
// Popuplate phase properties
Phase phase = channelDefinition.Phase;
channel.Phase.Name = phase.ToString();
// Populate series type properties
series.SeriesType.Name = SeriesValueType.ToString(seriesDefinition.ValueTypeID) ?? seriesDefinition.ValueTypeName ?? seriesDefinition.ValueTypeID.ToString();
series.SeriesType.Description = seriesDefinition.ValueTypeName;
return(channel);
}
private static Channel ParseSeries(SeriesDefinition seriesDefinition)
{
ChannelDefinition channelDefinition = seriesDefinition.ChannelDefinition;
QuantityMeasured quantityMeasured = channelDefinition.QuantityMeasured;
Phase phase = channelDefinition.Phase;
// Populate series properties
Series series = new Series();
series.Channel = new Channel();
series.SeriesType = new SeriesType();
series.SourceIndexes = string.Empty;
// Populate channel properties
Channel channel = series.Channel;
channel.Series = new List <Series>()
{
series
};
channel.MeasurementType = new MeasurementType();
channel.MeasurementCharacteristic = new MeasurementCharacteristic();
channel.Phase = new openXDA.Model.Phase();
channel.Name = channelDefinition.ChannelName;
channel.HarmonicGroup = 0;
channel.Series.Add(series);
if (seriesDefinition.HasElement(SeriesDefinition.SeriesNominalQuantityTag))
{
channel.PerUnitValue = seriesDefinition.SeriesNominalQuantity;
}
// Populate measurement type properties
channel.MeasurementType.Name = quantityMeasured.ToString();
// Populate characteristic properties
channel.MeasurementCharacteristic.Name = QuantityCharacteristic.ToName(seriesDefinition.QuantityCharacteristicID) ?? seriesDefinition.QuantityCharacteristicID.ToString();
channel.MeasurementCharacteristic.Description = QuantityCharacteristic.ToString(seriesDefinition.QuantityCharacteristicID);
// Popuplate phase properties
channel.Phase.Name = phase.ToString();
// Populate series type properties
series.SeriesType.Name = SeriesValueType.ToString(seriesDefinition.ValueTypeID) ?? seriesDefinition.ValueTypeName ?? seriesDefinition.ValueTypeID.ToString();
series.SeriesType.Description = seriesDefinition.ValueTypeName;
return(channel);
}
private Disturbance ToDisturbance(DataSeries rms, Range <int> range, Phase phase)
{
double nominalValue = rms.SeriesInfo.Channel.PerUnitValue ?? GetLineVoltage(rms);
Disturbance disturbance = new Disturbance();
disturbance.EventType = m_eventType;
disturbance.Phase = phase;
disturbance.StartIndex = range.Start;
disturbance.EndIndex = range.End;
disturbance.StartTime = rms[range.Start].Time;
disturbance.EndTime = rms[range.End].Time;
disturbance.Magnitude = GetMagnitude(rms.ToSubSeries(range.Start, range.End));
disturbance.PerUnitMagnitude = disturbance.Magnitude / nominalValue;
return(disturbance);
}
private Channel ParseChannel(Meter meter, GSF.PQDIF.Logical.ChannelDefinition channeldef, AdoDataConnection connection)
{
Channel channel = new Channel();
channel.MeterID = meter.ID;
channel.Name = channeldef.ChannelName;
GSF.PQDIF.Logical.QuantityMeasured quantity = channeldef.QuantityMeasured;
Guid quantityType = channeldef.QuantityTypeID;
GSF.PQDIF.Logical.Phase phase = channeldef.Phase;
if (isRMS(quantityType))
{
channel.SignalType = SignalType.RMS;
}
else if (isPOW(quantityType))
{
channel.SignalType = SignalType.PointOnWave;
}
else
{
channel.SignalType = SignalType.other;
}
Boolean isV = quantity == QuantityMeasured.Voltage;
Boolean isI = quantity == QuantityMeasured.Current;
Boolean isA = (phase == Phase.AN) || (phase == Phase.AB);
Boolean isB = (phase == Phase.BN) || (phase == Phase.BC);
Boolean isC = (phase == Phase.CN) || (phase == Phase.CA);
Boolean isN = phase == Phase.Residual;
string measurementname = MeasurementType.other;
if (isV && isA)
{
measurementname = MeasurementType.VoltageA;
}
else if (isV && isB)
{
measurementname = MeasurementType.VoltageB;
}
else if (isV && isC)
{
measurementname = MeasurementType.VoltageC;
}
else if (isI && isA)
{
measurementname = MeasurementType.CurrentA;
}
else if (isI && isB)
{
measurementname = MeasurementType.CurrentB;
}
else if (isI && isC)
{
measurementname = MeasurementType.CurrentC;
}
else if (isV && isN)
{
measurementname = MeasurementType.other;
}
else if (isI && isN)
{
measurementname = MeasurementType.other;
}
GSF.Data.Model.TableOperations <Channel> channelTable = new GSF.Data.Model.TableOperations <Channel>(connection);
channel.MeasurementType = measurementname;
channelTable.AddNewRecord(channel);
channel.ID = ModelID.GetID <Channel>(connection);
return(channel);
}