public void LHDoubleRHOperation()
{
Operation rh = new AddOperation(7, 11);
Operation op = new AddOperation(13, rh);
Assert.AreEqual(31, op.Evaluate());
}
public void LHOPerationRHDouble()
{
Operation lh = new AddOperation(7, 11);
Operation op = new AddOperation(lh, 13);
Assert.AreEqual(31, op.Evaluate());
}
public void TwoOperations()
{
Operation lh = new AddOperation(7, 11);
Operation rh = new AddOperation(13, 19);
Operation op = new AddOperation(lh, rh);
Assert.AreEqual(50, op.Evaluate());
}
protected override bool _Evaluate(out double deltaTime, out double deltaPenalty)
{
// Pick random order:
int ind = StaticRandom.Next(0, State.UnScheduledOrders.Count);
// Evaluate the addition:
addOp = new AddOperation(State, ind);
bool possible = addOp.Evaluate();
deltaTime = addOp.DeltaTime;
deltaPenalty = addOp.DeltaPenalty;
return(possible);
}
public void TwoDoubles()
{
Operation op = new AddOperation(7, 11);
Assert.AreEqual(18, op.Evaluate());
}
