public void LimitedCapacityTest()
{
var legSel = new LegSelections(3);
Assert.That(legSel.Add(new SelectionModel(1, 0.3)));
Assert.That(legSel.Add(new SelectionModel(2, 0.3)));
Assert.That(legSel.Add(new SelectionModel(3, 0.3)));
Assert.That(!legSel.Add(new SelectionModel(4, 0.3)));
}
public void BinsAndProbabilityTest()
{
var legSel = new LegSelections(3);
Assert.That(legSel.Add(new SelectionModel(1, 0.3)));
Assert.That(legSel.Add(new SelectionModel(2, 0.3)));
Assert.That(legSel.Add(new SelectionModel(3, 0.3)));
Assert.That(legSel.Bins.Count() == 3);
Assert.That(Math.Abs(legSel.Probability - 0.9d) < Tolerance);
}
protected virtual IReadOnlyList <T> GetLegPatterns(Pattern pattern)
{
var legs = new List <LegSelections>();
for (var legOrder = 1; legOrder <= Pool.Legs.Length; legOrder++)
{
var leg = new LegSelections(pattern[legOrder]);
legs.Add(leg);
}
return((IReadOnlyList <T>)legs);
}
public void RemoveMinTest()
{
var legSel = new LegSelections(3)
{
new SelectionModel(1, 0.4),
new SelectionModel(2, 0.3),
new SelectionModel(3, 0.2)
};
legSel.RemoveMin();
Assert.That(legSel.Count == 2);
Assert.That(legSel.Min(s => s.Probability) > 0.2);
}
public void LimitedCapacityAddRangeTest()
{
var legSel = new LegSelections(3);
Assert.That(legSel.AddRange(new List <SelectionModel>
{
new SelectionModel(1, 0.3),
new SelectionModel(2, 0.3),
new SelectionModel(3, 0.3),
new SelectionModel(4, 0.3)
}));
Assert.That(legSel.Count == 3);
}
