public void TestReact()
{
var f = new LowerBoundFunction<int, Int32Order>();
var x = new[] {1, 1, 3, 5, 6, 9}.ToList();
Assert.That(f.React(3, x.ToLog(Δ1.Empty), 4.ToLog(false)), Is.EqualTo(3.ToLog(false)));
Assert.That(f.React(3, x.ToLog(Δ1.Empty), 4.ToLog(true)), Is.EqualTo(3.ToLog(false)));
Assert.That(f.React(3, x.ToLog(Δ1.Empty), 5.ToLog(true)), Is.EqualTo(3.ToLog(false)));
Assert.That(f.React(3, x.ToLog(Δ1.Empty), 3.ToLog(true)), Is.EqualTo(2.ToLog(true)));
Assert.That(f.React(3, x.Mutate(Expressions.Numbers(5).ToSub(), (key, j) => 20), 4.ToLog(false)), Is.EqualTo(3.ToLog(false)));
Assert.That(f.React(3, x.Mutate(Expressions.Numbers(3).ToSub(), (key, j) => 3), 4.ToLog(false)), Is.EqualTo(4.ToLog(true)));
}
public void TestReactYRandomly()
{
var f = new LowerBoundFunction<int, Int32Order>();
for (var i = 0; i < 100; i++)
{
var x = MonteCarlo.Ordered(40, MonteCarlo.Number(20)).ToList();
var y = MonteCarlo.Number(40);
var v = f[x, y];
var y2 = MonteCarlo.Number(40);
Assert.That(f.React(v, x.ToLog(Δ1.Empty), y.Assign(y2)), Is.EqualTo(v.Assign(f[x, y2])));
}
}
public void TestReactXRandomly()
{
var f = new LowerBoundFunction<int, Int32Order>();
for (var i = 0; i < 100; i++)
{
var x = MonteCarlo.Ordered(40, MonteCarlo.Number(20)).ToList();
var y = MonteCarlo.Number(40);
var v = f[x, y];
var xLog = x.RandomMutationOrdered();
Assert.That(f.React(v, xLog, y.ToLog(false)), Is.EqualTo(v.Assign(f[x, y])));
}
}
