protected override void Context()
{
base.Context();
_statistic = new PercentileStatisticalAggregation();
_statisticalAnalysis = new PopulationStatisticalAnalysis();
_statisticalAnalysis.AddStatistic(_statistic);
}
private IReadOnlyList <TimeProfileYValue> getResultsFor(StatisticalAggregation statisticalAggregation, FloatMatrix quantityResults)
{
var curveValues = _statisticalDataCalculator.StatisticalDataFor(quantityResults, statisticalAggregation).ToList();
//line curve
if (curveValues.Count == 1)
{
return(timeProfilePointValues(curveValues[0]));
}
//range
if (curveValues.Count == 2)
{
return(timeProfileRangeValues(curveValues[0], curveValues[1]));
}
return(new List <TimeProfileYValue>());
}
public string DisplayNameFor(StatisticalAggregation statisticalAggregation)
{
return(DisplayNameFor(RepresentationObjectType.CURVE_SELECTION, statisticalAggregation.Id));
}
private RepositoryItem editRepository(StatisticalAggregation statisticalAggregation) => new RepositoryItemTextEdit
{
NullText = _presenter.DisplayNameFor(statisticalAggregation)
};
public IEnumerable <float[]> StatisticalDataFor(FloatMatrix sortedResults, StatisticalAggregation statisticalAggregation)
{
var percentileSelection = statisticalAggregation as PercentileStatisticalAggregation;
if (percentileSelection != null)
{
yield return(calculatePercentileFor(percentileSelection.Percentile, sortedResults));
yield break;
}
var methodSelection = statisticalAggregation.DowncastTo <PredefinedStatisticalAggregation>();
switch (methodSelection.Method)
{
case StatisticalAggregationType.ArithmeticMean:
yield return(calculateArithmeticMeanFor(sortedResults));
break;
case StatisticalAggregationType.ArithmeticStandardDeviation:
var aritMean = calculateArithmeticMeanFor(sortedResults);
var aritStd = calculateArithmeticStandardDeviationFor(sortedResults);
yield return(calculateLowerArithmeticStandardDeviationFor(aritMean, aritStd));
yield return(calculateUpperArithmeticStandardDeviationFor(aritMean, aritStd));
break;
case StatisticalAggregationType.GeometricMean:
yield return(calculateGeometricMeanFor(sortedResults));
break;
case StatisticalAggregationType.Range90:
yield return(calculatePercentileFor(5f, sortedResults));
yield return(calculatePercentileFor(95f, sortedResults));
break;
case StatisticalAggregationType.Range95:
yield return(calculatePercentileFor(2.5f, sortedResults));
yield return(calculatePercentileFor(97.5f, sortedResults));
break;
case StatisticalAggregationType.GeometricStandardDeviation:
var geoMean = calculateGeometricMeanFor(sortedResults);
var geoStd = calculateGeometricStandardDeviationFor(sortedResults);
yield return(calculateLowerGeometricStandardDeviationFor(geoMean, geoStd));
yield return(calculateUpperGeometricStandardDeviationFor(geoMean, geoStd));
break;
case StatisticalAggregationType.Min:
yield return(calculateMinFor(sortedResults));
break;
case StatisticalAggregationType.Max:
yield return(calculateMaxFor(sortedResults));
break;
case StatisticalAggregationType.Median:
yield return(calculateMedianFor(sortedResults));
break;
default:
break;
}
}
public string DisplayNameFor(StatisticalAggregation statisticalAggregation)
{
return(statisticalAggregation.Id);
}
public string DisplayNameFor(StatisticalAggregation statisticalAggregation)
{
return(_representationInfoRepository.DisplayNameFor(statisticalAggregation));
}
private RepositoryItem editRepository(StatisticalAggregation statisticalAggregation)
{
_editRepository.NullText = _presenter.DisplayNameFor(statisticalAggregation);
return(_editRepository);
}