public void MCTSBisect()
{
var expectedValue = 1.0;
var floor = 0.0;
var ceil = 10.0;
var biasExponent = 0;
var biasCoeff = 0;
for (var iterations = 1; iterations < 200; iterations++)
{
var bisect = new RangeNode(floor, ceil, (x) => ceil - floor - Math.Abs(x - expectedValue));
MCTS <RangeNode> .SetRandomSeed(0);
var root = MCTS.Create(bisect, biasCoeff, 1, biasExponent);
root.Execute(iterations, parallel: false);
Assert.AreEqual(iterations, root.Visits);
var actualValue = root.GetBestLeaf().Node.Middle;
var epsilon = Math.Max(Math.Pow(2, -iterations / 2.0 + 2), EDouble.RELATIVE_EPSILON);
var actualEpsilon = GetEpsilon(actualValue, expectedValue);
var epsilonDiff = epsilon / actualEpsilon;
Assert.IsTrue(actualValue.NearlyEquals(expectedValue, epsilon));
}
}
