public void testSimpleBoardSuccessorGenerator()
{
ICollection <QueenAction> actions = CollectionFactory.CreateQueue <QueenAction>(actionsFn.apply(oneBoard));
Assert.AreEqual(1, actions.Size());
NQueensBoard next = resultFn.apply(oneBoard, actions.Get(0));
Assert.AreEqual(1, next.getNumberOfQueensOnBoard());
}
public void testSuccessors()
{
ICollection <AgentPosition> succPositions = CollectionFactory.CreateQueue <AgentPosition>();
ICollection <AgentPosition.Orientation> succOrientation = CollectionFactory.CreateQueue <AgentPosition.Orientation>();
// From every position the possible actions are:
// - Turn right (change orientation, not position)
// - Turn left (change orientation, not position)
// - Forward (change position, not orientation)
AgentPosition P11U = new AgentPosition(1, 1, AgentPosition.Orientation.FACING_NORTH);
succPositions.Add(new AgentPosition(1, 2, AgentPosition.Orientation.FACING_NORTH));
succOrientation.Add(AgentPosition.Orientation.FACING_EAST);
succOrientation.Add(AgentPosition.Orientation.FACING_WEST);
foreach (IAction a in actionFn.apply(P11U))
{
if (a is Forward)
{
Assert.IsTrue(succPositions.Contains(((Forward)a).getToPosition()));
Assert.IsTrue(succPositions.Contains(resultFn.apply(P11U, a)));
}
else if (a is TurnLeft)
{
Assert.IsTrue(succOrientation.Contains(((TurnLeft)a).getToOrientation()));
Assert.AreEqual("[1,1]->FacingWest", resultFn.apply(P11U, a).ToString());
}
else if (a is TurnRight)
{
Assert.IsTrue(succOrientation.Contains(((TurnRight)a).getToOrientation()));
Assert.AreEqual("[1,1]->FacingEast", resultFn.apply(P11U, a).ToString());
}
}
//If you are in front of a wall forward action is not possible
AgentPosition P31D = new AgentPosition(3, 1, AgentPosition.Orientation.FACING_SOUTH);
AgentPosition P41R = new AgentPosition(4, 1, AgentPosition.Orientation.FACING_EAST);
foreach (IAction a in actionFn.apply(P31D))
{
Assert.IsFalse(a is Forward);
}
foreach (IAction a in actionFn.apply(P41R))
{
Assert.IsFalse(a is Forward);
}
}
public void testSuccessors()
{
ICollection <string> locations = CollectionFactory.CreateQueue <string>();
// A
locations.Clear();
locations.Add("B");
locations.Add("C");
foreach (MoveToAction a in actionsFn.apply("A"))
{
Assert.IsTrue(locations.Contains(a.getToLocation()));
Assert.IsTrue(locations.Contains(resultFn.apply("A", a)));
}
// B
locations.Clear();
locations.Add("A");
locations.Add("C");
locations.Add("E");
foreach (MoveToAction a in actionsFn.apply("B"))
{
Assert.IsTrue(locations.Contains(a.getToLocation()));
Assert.IsTrue(locations.Contains(resultFn.apply("B", a)));
}
// C
locations.Clear();
locations.Add("A");
locations.Add("B");
locations.Add("D");
foreach (MoveToAction a in actionsFn.apply("C"))
{
Assert.IsTrue(locations.Contains(a.getToLocation()));
Assert.IsTrue(locations.Contains(resultFn.apply("C", a)));
}
// D
locations.Clear();
locations.Add("C");
foreach (MoveToAction a in actionsFn.apply("D"))
{
Assert.IsTrue(locations.Contains(a.getToLocation()));
Assert.IsTrue(locations.Contains(resultFn.apply("D", a)));
}
// E
locations.Clear();
Assert.IsTrue(0 == actionsFn.apply("E").Size());
}
public S getResult(S state, A action)
{
return(resultFn.apply(state, action));
}