public override bool Equals(object obj)
{
MetadataBase obj2 = obj as MetadataBase;
if (obj2 is null)
{
return(false);
}
return(obj2.UniqueId == UniqueId);
}
public void CreateCalculatedSignals(MetadataBase angleReference)
{
if (VoltageMagnitude != null)
{
SignalScaling calcPu = new SignalScaling(Math.Sqrt(3) / ExtraData.NominalVoltage, VoltageMagnitude);
calcPu.GetPoints(out VoltageMagnitudePu);
}
if (VoltageAngle != null && CurrentAngle != null && CurrentMagnitude != null && VoltageMagnitude != null)
{
SinglePhasorPowerSignals calc = new SinglePhasorPowerSignals(VoltageMagnitude, VoltageAngle, CurrentMagnitude, CurrentAngle);
calc.GetPoints(out Watt, out PowerFactor, out VoltAmpre, out VoltAmpreReactive);
}
if (VoltageAngle != null)
{
SignalAngleDifference calcRef = new SignalAngleDifference(VoltageAngle, angleReference);
calcRef.GetPoints(out VoltageAngleReference);
}
}
public void CreateCalculatedSignals(MetadataBase angleReference)
{
if (VoltageMagnitude != null)
{
SignalScaling calcPu = new SignalScaling(Math.Sqrt(3) / ExtraData.NominalVoltage, VoltageMagnitude);
calcPu.GetPoints(out VoltageMagnitudePu);
}
if (VoltageAngle != null && CurrentAngle != null && CurrentMagnitude != null && VoltageMagnitude != null)
{
SinglePhasorPowerSignals calc = new SinglePhasorPowerSignals(VoltageMagnitude, VoltageAngle, CurrentMagnitude, CurrentAngle);
calc.GetPoints(out Watt, out PowerFactor, out VoltAmpre, out VoltAmpreReactive);
}
if (VoltageAngle != null)
{
SignalAngleDifference calcRef = new SignalAngleDifference(VoltageAngle, angleReference);
calcRef.GetPoints(out VoltageAngleReference);
}
}