private ComplexNumber ToComplexNumber(CycleDataGroup cycleDataGroup, int cycle)
{
Angle angle = cycleDataGroup.Phase[cycle].Value;
double magnitude = cycleDataGroup.RMS[cycle].Value;
return(new ComplexNumber(angle, magnitude));
}
public PhaseTiming(DataSeries waveform, CycleDataGroup cycleDataGroup, BreakerTiming breakerTiming, double systemFrequency, double openBreakerThreshold)
{
m_waveform = waveform;
m_cycleDataGroup = cycleDataGroup;
m_systemFrequency = systemFrequency;
m_timeCleared = FindBreakerOpen(breakerTiming.TimeEnergized.Index, openBreakerThreshold);
if ((object)m_timeCleared != null)
{
m_timing = (m_timeCleared.Time - breakerTiming.TimeEnergized.Time).TotalSeconds * systemFrequency;
}
else
{
m_timing = double.NaN;
}
}
private XElement GetCycleElement(string name, CycleDataGroup cycleDataGroup, int cycleIndex)
{
return(new XElement(name,
new XElement("RMSMagnitude", cycleDataGroup.RMS[cycleIndex].Value.ToString(DoubleFormat)),
new XElement("PhaseAngle", new Angle(cycleDataGroup.Phase[cycleIndex].Value).ToDegrees().ToString(DoubleFormat))));
}
private IEnumerable <COMTRADEChannelData> ToAnalogChannelCollection(int cycleDataGroupIndex, string channelKey, CycleDataGroup cycleDataGroup)
{
// Get the RMS channel data from the given cycle data group
COMTRADEChannelData rmsChannelData = new COMTRADEChannelData()
{
GroupOrder = 2,
LoadOrder = cycleDataGroupIndex,
OriginalChannelIndex = -1,
Name = channelKey + " RMS",
Units = GetUnits(channelKey),
Data = cycleDataGroup.RMS
};
// Get the phase angle channel data from the given cycle group
COMTRADEChannelData phaseChannelData = new COMTRADEChannelData()
{
GroupOrder = 3,
LoadOrder = cycleDataGroupIndex,
OriginalChannelIndex = -1,
Name = channelKey + " phase angle",
Units = string.Empty,
Data = cycleDataGroup.Phase
};
// Return the channel data obtained from the given cycle group
return(new COMTRADEChannelData[] { rmsChannelData, phaseChannelData });
}
