public SequenceAnalyzer(int numSequences, int windowSize)
{
// Set the basic parameters. Take two times the size of the window for ringbuffers
_numbuffers = numSequences;
_windowsize = windowSize;
_ringbuffersize = windowSize * 2;
// Set the pointer initially to -1, and therefore the
// startpointer to the end of the ringbuffer
Pointer = -1;
// Initialize jagged array: one ringbuffer for each sequence
// each ringbuffer is initialized with its fixed size
_ringBuffers = new double[_numbuffers][];
for (int k = 0; k < _numbuffers; k++)
_ringBuffers[k] = new double[_ringbuffersize];
// Initialize jagged array: one ring buffer for each sequence
_fftBuffers = new Complex[_numbuffers][];
for (int k = 0; k < _numbuffers; k++)
_fftBuffers[k] = new Complex[_windowsize];
// Initialize result storage: this object is reused every time.
// Its contents are overwritten instead of creating a new object everytime
_result = new AnalysisResult(numSequences);
}
public void ReadFromAnalysisResult(AnalysisResult analysisresult)
{
RotationX = analysisresult.CurrentValues[0];
RotationY = analysisresult.CurrentValues[1];
RotationZ = analysisresult.CurrentValues[2];
RotationXMean = analysisresult.Means[0];
RotationYMean = analysisresult.Means[1];
RotationZMean = analysisresult.Means[2];
RotationXStdDev = analysisresult.StandardDeviations[0];
RotationYStdDev = analysisresult.StandardDeviations[1];
RotationZStdDev = analysisresult.StandardDeviations[2];
RotationCorrelationXY = analysisresult.CorrelationMatrix[0, 1];
RotationCorrelationXZ = analysisresult.CorrelationMatrix[0, 2];
RotationCorrelationYZ = analysisresult.CorrelationMatrix[1, 2];
RotationXEnergy = analysisresult.Energies[0];
RotationYEnergy = analysisresult.Energies[1];
RotationZEnergy = analysisresult.Energies[2];
}