public void GetAllDesiredSignals(HashSet <MetadataBase> activeSignals, HashSet <SignalGroup> currentlyActiveGroups)
{
MetadataBase signalReference = null;
m_frequencySignals.Clear();
m_voltageAngleSignals.Clear();
foreach (SignalGroup group in currentlyActiveGroups)
{
SinglePhasorTerminal calc = group as SinglePhasorTerminal;
if (calc != null)
{
if (signalReference is null)
{
signalReference = calc.VoltageAngle;
m_framework.SetAngleReference(signalReference);
}
m_frequencySignals.Add(calc.VoltageAngleReference.SignalId);
activeSignals.Add(calc.VoltageAngleReference);
//m_frequencySignals.Add(calc.Frequency.SignalId);
//activeSignals.Add(calc.Frequency);
m_voltageAngleSignals.Add(calc.VoltageMagnitudePu.SignalId);
activeSignals.Add(calc.VoltageMagnitudePu);
//m_voltageAngleSignals.Add(calc.VoltageAngle.SignalId);
//activeSignals.Add(calc.VoltageAngle);
}
}
}
public SignalGroup CreateGroup(Dictionary <ulong, MetadataBase> points, MetadataBase signalReference)
{
SinglePhasorTerminal signal = new SinglePhasorTerminal();
signal.SignalGroupName = GroupName;
AssignIfFound(Im, ref signal.CurrentMagnitude, points);
AssignIfFound(Ia, ref signal.CurrentAngle, points);
AssignIfFound(Vm, ref signal.VoltageMagnitude, points);
AssignIfFound(Va, ref signal.VoltageAngle, points);
AssignIfFound(Dfdt, ref signal.Dfdt, points);
AssignIfFound(Freq, ref signal.Frequency, points);
AssignIfFound(Status, ref signal.Status, points);
signal.ExtraData = this;
signal.CreateCalculatedSignals(signalReference);
return(signal);
}