public void computeStatistics(HTuple grayVals)
{
HTuple tuple, val;
int max = 0;
if (grayVals != null && grayVals.Length > 1)
{
tuple = new HTuple(grayVals);
val = tuple.TupleMean();
labelMean.Text = val[0].D.ToString("f2");
val = tuple.TupleDeviation();
labelDeviation.Text = val[0].D.ToString("f2");
val = tuple.TupleSortIndex();
labelPeakX.Text = val[val.Length - 1].I + "";
max = (int)tuple[val[val.Length - 1].I].D;
labelPeak.Text = max + "";
labelRange.Text = (int)tuple[0].D + " ... " + (int)tuple[tuple.Length - 1].D;
labelRangeX.Text = "0 ... " + (tuple.Length - 1);
}
else
{
labelMean.Text = "0";
labelDeviation.Text = "0";
labelPeakX.Text = "0";
labelPeak.Text = "0";
labelRange.Text = "0 ... 0";
labelRangeX.Text = "0 ... 0";
}
}
/// <summary>Adjusts statistics of measure projection (line profile).</summary>
public void ComputeStatistics(double[] grayVals)
{
HTuple tuple, val;
int max =0;
if (grayVals != null)
{
tuple = new HTuple(grayVals);
val = tuple.TupleMean();
labelMean.Text = val[0].D.ToString("f2");
val = tuple.TupleDeviation();
labelDeviation.Text = val[0].D.ToString("f2");
val = tuple.TupleSortIndex();
labelPeakX.Text = val[val.Length - 1].I + "";
max = (int)tuple[val[val.Length - 1].I].D;
labelPeak.Text = max + "";
labelRange.Text = (int)tuple[0].D + " ... " + (int)tuple[tuple.Length - 1].D;
labelRangeX.Text = "0 ... " + (tuple.Length - 1);
}
else
{
labelMean.Text = "0";
labelDeviation.Text = "0";
labelPeakX.Text = "0";
labelPeak.Text = "0";
labelRange.Text = "0 ... 0";
labelRangeX.Text = "0 ... 0";
}
}