public void TestGetBond()
{
var testResult = BondFactory.CreateBond(new Hydrogen(), new Chlorine()).GetBond <PolarCovalent>();
Assert.IsNotNull(testResult);
Console.WriteLine(testResult.DeltaPlus?.Name);
Console.WriteLine(testResult.DeltaMinus?.Name);
}
public void TestAsDouble()
{
var testInput00 = new Oxygen();
var testInput01 = new Oxygen();
BondFactory.CreateBond(testInput00, testInput01).AsDoubleBond();
Assert.AreEqual(0, testInput00.CountValences);
Assert.AreEqual(0, testInput01.CountValences);
}
public void TestPolarCovalent()
{
var testInput00 = new Oxygen();
var testInput01 = new Hydrogen();
var testOutput = BondFactory.CreateBond(testInput00, testInput01).GetBond <PolarCovalent>();
Assert.IsNotNull(testOutput);
var dipole = testOutput.DipoleVectorSize;
Assert.IsTrue(dipole > 0D);
Console.WriteLine(dipole);
}
public void TestBondFactory()
{
IElement testInput00 = new Sodium();
IElement testInput01 = new Chlorine();
var testResult = BondFactory.CreateBond(testInput00, testInput01);
Assert.IsTrue(testResult is Ionic);
testInput00 = new Hydrogen();
testInput01 = new Hydrogen();
testResult = BondFactory.CreateBond(testInput00, testInput01);
Assert.IsTrue(testResult.Is(typeof(PurelyCovalent)));
testInput00 = new Hydrogen();
testInput01 = new Chlorine();
testResult = BondFactory.CreateBond(testInput00, testInput01);
Assert.IsTrue(testResult.Is(typeof(PolarCovalent)));
}
