public void BoundPositionTest(Molecule molecule, int boundNr, double xExp, double yExp)
{
var poz = molecule.BoundPosition(boundNr);
var poz_expected = new Position(xExp, yExp);
AssertExtensions.AreAlmostEqual(poz_expected, poz);
}
public void TryToAttachDefinitely(Molecule boundMember1)
{
int? bound1 = boundMember1.FreeBound(this);
if (bound1 != null)
{
int count2 = 0, bound2 = 0;
var boundMember2 = boundMember1.LastInCell((int)bound1, true, ref count2, ref bound2);
int count3 = 0, bound3 = 0;
var boundMember3 = boundMember1.LastInCell((int)bound1, true, ref count3, ref bound3);
AttachedIteration = habitat.Iteration;
boundMember1.Neigbours[(int)bound1] = this;
this.Neigbours[(int)bound1] = boundMember1;
this.BoundType = boundMember1.BoundType == BoundType.I ? BoundType.II : BoundType.I;
this.Position = boundMember1.BoundPosition((int)bound1);
if (count2 == 5)
{
boundMember2.Neigbours[bound2] = this;
this.Neigbours[bound2] = boundMember2;
}
if (count3 == 5)
{
boundMember3.Neigbours[bound3] = this;
this.Neigbours[bound3] = boundMember3;
}
FireMoleculeAttached();
habitat.Logger.Log("ATTACHED");
}
}
public void TryToAttachDefinitelyTest(Molecule mTo, Molecule mAttach, int boundNr_expected, BoundType boudType_expected)
{
mAttach.TryToAttachDefinitely(mTo);
Assert.AreEqual(boundNr_expected, mTo.GetBoundNr(mAttach));
Assert.AreEqual(boundNr_expected, mAttach.GetBoundNr(mTo));
Assert.AreEqual(boudType_expected, mAttach.BoundType);
var poz_expected = mTo.BoundPosition(boundNr_expected);
AssertExtensions.AreAlmostEqual(poz_expected, mAttach.Position);
// Assert.AreEqual(tetraNr_expected, mAttach.Position.TetrahedronPart(mTo.Position));
}