/// <summary>
/// Accumulate ensembles to average. This will pass the ensemble to all the
/// different averagers to accumulate the data. When the NumSamples has been met,
/// an event will be sent with the averaged ensemble.
/// </summary>
/// <param name="ensemble"></param>
public void AddEnsemble(DataSet.Ensemble ensemble)
{
// Clone the ensemble
var cloneEnsemble = ensemble.Clone();
// Correlation averager
if (IsCorrelationAveraging)
{
_correlationAverager.AddEnsemble(cloneEnsemble);
}
// Amplitude averager
if (IsAmplitudeAveraging)
{
_amplitudeAverager.AddEnsemble(cloneEnsemble);
}
// Beam Velocity Averager
if (IsBeamVelocityAveraging)
{
_beamVelAverager.AddEnsemble(cloneEnsemble);
}
// Instrument Velocity Averager
if (IsInstrumentVelocityAveraging)
{
_instrumentVelAverager.AddEnsemble(cloneEnsemble);
}
// Earth Velocity Averager
if (IsEarthVelocityAveraging)
{
_earthVelAverager.AddEnsemble(cloneEnsemble);
}
// Reference layer averaging
if (IsReferenceLayerAveraging)
{
_refLayerAverager.AddEnsemble(cloneEnsemble);
}
// Bottom Track averaging
if (IsBottomTrackAveraging)
{
_bottomTrackAverager.AddEnsemble(cloneEnsemble);
}
// Set the first ping time if it has not been set
if (ensemble.IsAncillaryAvail && _firstPingTime == DEFAULT_FIRST_PING_TIME)
{
_firstPingTime = cloneEnsemble.AncillaryData.FirstPingTime;
}
// Set the previous ensemble
_lastEnsemble = cloneEnsemble;
// Increment the ensemble count
_ensCount++;
// Running average
// This will continously average the incoming data
if (IsAvgRunning)
{
// Publish the averaged data
PublishAverage(cloneEnsemble);
}
// If we have met the number of samples
// Publish the number of samples
else if (IsAvgByNumSamples && _ensCount >= NumSamples)
{
// Publish the averaged data
PublishAverage(cloneEnsemble);
// If we are not doing a running average
// Then clear the ensemble count so we
// can start over counting
if (!IsSampleRunningAverage)
{
ClearCount();
}
else
{
// Set the new first ping time for running average
_firstPingTime = cloneEnsemble.AncillaryData.FirstPingTime;
// Keep the _ensCount the same as the NumSamples so the
// number does not overflow
_ensCount = NumSamples;
// Remove the first ensemble
RemoveFirstEnsemble();
}
}
}
