private static RangeXValue createRangeXValue(BinInterval xValueInterval, int numberOfItems)
{
return(new RangeXValue(xValueInterval.MeanValue.ToFloat())
{
Minimum = xValueInterval.Min.ToFloat(),
Maximum = xValueInterval.Max.ToFloat(),
NumberOfItems = numberOfItems
});
}
protected override void Context()
{
base.Context();
_outputResidual1 = new OutputResiduals("O1", _observedData, new[] { new Residual(1f, 5f, 1), new Residual(2f, 10f, 1) });
_outputResidual2 = new OutputResiduals("O2", _observedData, new[] { new Residual(3f, 15f, 1), new Residual(4f, 19f, 1), new Residual(4f, 20f, 1) });
_residualResults = new ResidualsResult();
_optimizationRunResult = new OptimizationRunResult {
ResidualsResult = _residualResults
};
_residualResults.AddOutputResiduals(_outputResidual1);
_residualResults.AddOutputResiduals(_outputResidual2);
_binInterval1 = new BinInterval(0, 17);
_binInterval2 = new BinInterval(18, 25);
A.CallTo(_binIntervalCreator).WithReturnType <IReadOnlyList <BinInterval> >().Returns(new[] { _binInterval1, _binInterval2 });
}
private IReadOnlyList <BinInterval> constantIntervalsFor(IReadOnlyCollection <double> allValues, int numberOfBins)
{
if (allValues.Count == 0)
{
return(undefinedBinIntervals);
}
var min = allValues.Min();
var max = allValues.Max();
var binInterval = new BinInterval(min, max);
if (binInterval.IsConstant || numberOfBins <= 1)
{
return new[] { binInterval }
}
;
return(new List <BinInterval>());
}
protected override void Context()
{
_min = 2;
_max = 6;
sut = new BinInterval(_min, _max);
}
protected override void Context()
{
_min = 2;
_max = 6;
sut = new BinInterval(_min, _max, maxAllowed: true);
}
