public BoxSummaryData Calculate(SingleTracingResults singleTechniqueResults, TLDataset dataset)
{
SortedDictionary<string, double> intermediateResults = m_metricComputation.Calculate(singleTechniqueResults.ResultMatrix, dataset);
double[] dataPoints = intermediateResults.Values.ToArray();
if (dataPoints.Length == 0 && m_logger != null)
{
m_logger.Warn("Metric computation of '" + m_metricName + "' returned zero matching results for " + dataset.Name + " for one of the techniques. It may be valid results, but it may also mean that there is mismatch of ids in the answer matrix and corresponding artifacts." );
}
var summaryData = new BoxSummaryData(m_metricName, m_metricDescription);
summaryData.AddPoint(new BoxPlotPoint(dataPoints));
return summaryData;
}
public BoxSummaryData Calculate(SingleTracingResults singleTechniqueResults, TLDataset dataset)
{
SortedDictionary <string, double> intermediateResults = m_metricComputation.Calculate(singleTechniqueResults.ResultMatrix, dataset);
double[] dataPoints = intermediateResults.Values.ToArray();
if (dataPoints.Length == 0 && m_logger != null)
{
m_logger.Warn("Metric computation of '" + m_metricName + "' returned zero matching results for " + dataset.Name + " for one of the techniques. It may be valid results, but it may also mean that there is mismatch of ids in the answer matrix and corresponding artifacts.");
}
var summaryData = new BoxSummaryData(m_metricName, m_metricDescription);
summaryData.AddPoint(new BoxPlotPoint(dataPoints));
return(summaryData);
}
