public void TestConstructor(
[Values(2, 4)] int columns,
[Values(2, 6)] int rows)
{
var pf = new Playfield(columns, rows);
Assert.AreEqual(columns, pf.NumCellColumns);
Assert.AreEqual(rows, pf.NumCellRows);
Assert.IsTrue(pf.GetEnumeratorCells().All(c => c.State == Cell.States.Empty));
Assert.AreEqual(columns - 1, pf.NumSquareColumns);
Assert.AreEqual(rows - 1, pf.NumSquareRows);
for (int c = 0; c < pf.NumSquareColumns; c++)
{
for (int r = 0; r < pf.NumSquareRows; r++)
{
Assert.AreEqual(c, pf.Squares[c][r].Column);
Assert.AreEqual(r, pf.Squares[c][r].Row);
}
}
}
void SetLevel()
{
if (lgo != null)
{
GameObject.Destroy(lgo);
lgo = null;
}
var level = _levelNames[_currentLevel];
var subDir = $"Levels/{level}";
var goPath = $"{subDir}/Level{level}";
Debug.Log($"Instantiating {goPath}");
{
var go = Resources.Load <GameObject>(goPath);
if (go == null)
{
throw new Exception($"failed to load resource '{goPath}'");
}
lgo = Instantiate(go);
}
Level = (AbstractLevel)lgo?.GetComponent <MonoBehaviour>();
if (Level == null)
{
throw new Exception($"failed to find component for level '{level}'");
}
if (audioSource != null)
{
audioSource.Stop();
}
audioSource = lgo.GetComponent <AudioSource>();
if (audioSource != null)
{
audioSource.Play();
}
var bgcam = GameObject.Find("Background Camera").GetComponent <Camera>();
bgcam.backgroundColor = Level.clearColor;
var bggo = GameObject.Find("BackgroundPlane");
bggo.GetComponent <MeshRenderer>().material = Level.backgroundMaterial;
_currentLevel = ++_currentLevel % _levelNames.Length;
// update current visuals:
foreach (var c in Playfield.GetEnumeratorCells())
{
InstantiateVisual(c);
}
foreach (var s in Playfield.GetEnumeratorSquares())
{
// InstantiateVisual(s);
}
var dpv = GameObject.Find("DropPiece").GetComponent <DropPieceView>();
dpv.UpdateVisuals = true;
}
//TODO: fix test [Test()]
public void TestSetJewelRemoveState()
{
// -------------
// | B | W | B |
// +---+---+---+
// | W | J | W |
// +---+---+---+
// | W | W | B |
// +---+---+---+
const int numColumns = 3;
var pf = new Playfield(numColumns, 3);
pf.Cells[0][0].State = pf.Cells[2][0].State = Cell.States.Black;
pf.Cells[2][2].State = Cell.States.Black;
pf.Cells[1][1].State = Cell.States.WhiteJeweledBoth;
pf.JeweledCells.Add(pf.Cells[1][1]);
pf.Cells[0][1].State = pf.Cells[0][2].State = Cell.States.White;
pf.Cells[1][0].State = pf.Cells[1][2].State = Cell.States.White;
pf.Cells[2][1].State = Cell.States.White;
pf.Timeline.IncrementPosition(0.0001f);
Assert.AreEqual(0, pf.Timeline.Column);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[0][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[0][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[0][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelWillBeRemoved, pf.Cells[1][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.WillBeRemoved, pf.Cells[1][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.WillBeRemoved, pf.Cells[1][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelWillBeRemoved, pf.Cells[2][1].RemoveState);
pf.Timeline.IncrementPosition(1.0 / numColumns);
Assert.AreEqual(1, pf.Timeline.Column);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[0][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[0][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[0][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[1][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[1][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.Removing, pf.Cells[1][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelWillBeRemoved, pf.Cells[2][1].RemoveState);
pf.Timeline.IncrementPosition(1.0 / numColumns);
Assert.AreEqual(2, pf.Timeline.Column);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[0][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.NotRemoved, pf.Cells[2][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[0][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[0][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[1][0].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[1][1].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[1][2].RemoveState);
Assert.AreEqual(Cell.RemoveStates.JewelRemoving, pf.Cells[2][1].RemoveState);
pf.Timeline.IncrementPosition(1.0 / numColumns);
Assert.AreEqual(0, pf.Timeline.Column);
// -------------
// | E | E | E |
// +---+---+---+
// | E | E | B |
// +---+---+---+
// | B | E | B |
// +---+---+---+
Assert.IsTrue(pf.GetEnumeratorCells().All(c => c.RemoveState == Cell.RemoveStates.NotRemoved));
// black cells:
Assert.AreEqual(Cell.States.Black, pf.Cells[0][2].State);
Assert.AreEqual(Cell.States.Black, pf.Cells[2][1].State);
Assert.AreEqual(Cell.States.Black, pf.Cells[2][2].State);
// expect cells to be empty:
Assert.AreEqual(Cell.States.Empty, pf.Cells[0][0].State);
Assert.AreEqual(Cell.States.Empty, pf.Cells[0][1].State);
Assert.AreEqual(Cell.States.Empty, pf.Cells[1][0].State);
Assert.AreEqual(Cell.States.Empty, pf.Cells[1][1].State);
Assert.AreEqual(Cell.States.Empty, pf.Cells[1][2].State);
Assert.AreEqual(Cell.States.Empty, pf.Cells[2][0].State);
}