public void L_Should_South()
{
var lShape = new LShapedPiece();
lShape.Turn();
lShape.Turn();
var exptected = PieceOrientation.South;
var actual = lShape.Orientation;
Assert.AreEqual(exptected, actual);
}
public void L_Should_TurnRight()
{
var lShape = new LShapedPiece();
var collisionMapList = lShape.DecomposeCollisionMapInLinesOfBlocks();
lShape.Turn();
var turnedCollisionMapList = lShape.DecomposeCollisionMapInLinesOfBlocks();
var first = collisionMapList.First().Last();
var firstTurned = turnedCollisionMapList.Last().Last();
Assert.AreEqual(first, firstTurned);
var second = collisionMapList[1].Last();
var secondTurned = turnedCollisionMapList[1][1];
Assert.AreEqual(second, secondTurned);
}
public void L_Should_DoubleTurn()
{
var lShape = new LShapedPiece();
var collisionMapList = lShape.DecomposeCollisionMapInLinesOfBlocks();
lShape.Turn();
lShape.Turn();
var turnedCollisionMapList = lShape.DecomposeCollisionMapInLinesOfBlocks();
var expected = collisionMapList[0][1];
var actual = turnedCollisionMapList[1][0];
Assert.AreEqual(expected, actual);
var expected1 = collisionMapList[1][1];
var actual1 = turnedCollisionMapList[2][0];
Assert.AreEqual(expected1, actual1);
}
public void LShaped_Should_Be_Four_Contiguous_Blocks()
{
var lShapedPiece = new LShapedPiece();
Assert.IsTrue(lShapedPiece.IsFourContiguousBlocks);
}
