internal void Evaluate_WithThreeGroupCompoundStatementAndEinsteinFunctions_ReturnsExpectedResult()
{
// Arrange
var tnorm = TriangularNormFactory.EinsteinProduct();
var tconorm = TriangularConormFactory.EinsteinSum();
var evaluator = new FuzzyEvaluator(tnorm, tconorm);
var evaluations = new List <Evaluation>
{
// Statement group 1
new Evaluation(LogicOperators.If(), UnitInterval.Create(0.25)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(0.0)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(0.2)),
// Statement group 2
new Evaluation(LogicOperators.Or(), UnitInterval.Create(1)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(0.9)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(0.8)),
// Statement group 3
new Evaluation(LogicOperators.Or(), UnitInterval.Create(0.5)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(1)),
new Evaluation(LogicOperators.And(), UnitInterval.Create(1))
};
// Act
var result = evaluator.Evaluate(evaluations);
// Assert
Assert.Equal(0.891304347826087, result.Value);
}
internal void Evaluate_WithVariousValidValues_ReturnsExpectedResult(
double membershipA,
double membershipB,
double expected)
{
// Arrange
var einsteinProduct = TriangularNormFactory.EinsteinProduct();
// Act
var result = einsteinProduct.Evaluate(UnitInterval.Create(membershipA), UnitInterval.Create(membershipB));
// Assert
Assert.Equal(UnitInterval.Create(expected), result);
}