public void ArrangementEqualityTest()
{
var s = SqrtOp.Create(2);
var d = new One();
Assert.AreEqual(s + d, d + s);
Assert.AreEqual(s * d, d * s);
}
public void SqrtOf8()
{
var sqrtOf8 = SqrtOp.Create(Literal.Create(8)).Simplify();
var two = new Two();
var three = Literal.Create(3);
var actual = two.Raise(three / two);
Assert.AreEqual(sqrtOf8, actual);
}
public void FractionRaiseToFraction()
{
var twentyFive = Literal.Create(25);
var thirtyTwo = Literal.Create(32);
var oneTenth = DivideOp.Create(1, 10);
var result = (thirtyTwo / twentyFive).Raise(oneTenth);
var actual = SqrtOp.Create(2) / PowerOp.Create(5, DivideOp.Create(1, 5));
Assert.AreEqual(result, actual);
}
public void SqrtN16()
{
var NegSixteen = NegativeOp.Create(Literal.Create(16));
var sqrt = NegSixteen.Sqrt();
var four = Literal.Create(4);
var sqrtOfNegOne = SqrtOp.Create(-1).Simplify();
var expected = four * sqrtOfNegOne;
Assert.AreEqual(sqrt, expected);
}
