private void PublishResults(PseudoResult result)
{
// Turn results into output measurements
Measurement[] measurements = new Measurement[Outputs.Length];
foreach (Output output in Outputs)
{
int index = (int)output;
switch (output)
{
case Output.Band1Energy:
measurements[index] = Measurement.Clone(OutputMeasurements[index], result.Band1Energy, result.Timestamp);
measurements[index].StateFlags = DeriveQualityFlags.From(result.Band1EnergyQualityIsGood, m_timeQualityIsGood);
break;
case Output.Band2Energy:
measurements[index] = Measurement.Clone(OutputMeasurements[index], result.Band2Energy, result.Timestamp);
measurements[index].StateFlags = DeriveQualityFlags.From(result.Band2EnergyQualityIsGood, m_timeQualityIsGood);
break;
case Output.Band3Energy:
measurements[index] = Measurement.Clone(OutputMeasurements[index], result.Band3Energy, result.Timestamp);
measurements[index].StateFlags = DeriveQualityFlags.From(result.Band3EnergyQualityIsGood, m_timeQualityIsGood);
break;
case Output.Band4Energy:
measurements[index] = Measurement.Clone(OutputMeasurements[index], result.Band4Energy, result.Timestamp);
measurements[index].StateFlags = DeriveQualityFlags.From(result.Band4EnergyQualityIsGood, m_timeQualityIsGood);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
m_publishMeasurements(measurements);
}
public void Load(DateTime timestamp, double[,] values, bool[,] qualities)
{
PseudoResult result = new PseudoResult {
Timestamp = timestamp
};
for (int i = 0; i < values.GetLength(0); i++)
{
switch ((OscillationDetector.Output)i)
{
case OscillationDetector.Output.Band1Energy:
result.Band1Energy = values.GetColumn(i).Average();
result.Band1EnergyQualityIsGood = qualities.GetColumn(i).All(state => state);
break;
case OscillationDetector.Output.Band2Energy:
result.Band2Energy = values.GetColumn(i).Average();
result.Band2EnergyQualityIsGood = qualities.GetColumn(i).All(state => state);
break;
case OscillationDetector.Output.Band3Energy:
result.Band3Energy = values.GetColumn(i).Average();
result.Band3EnergyQualityIsGood = qualities.GetColumn(i).All(state => state);
break;
case OscillationDetector.Output.Band4Energy:
result.Band4Energy = values.GetColumn(i).Average();
result.Band4EnergyQualityIsGood = qualities.GetColumn(i).All(state => state);
break;
default:
throw new ArgumentOutOfRangeException();
}
}
ReportCallback(result);
}
