public void FindingHexNeighbours_BothFunctions_ReturnSameResults([ValueSource("OddAndEvenInt2")] int2 pos, [Values(2, 3, 4, 5, 7)] int level)
{
var actual = HexUtility.FindNeighbours(pos, level);
var expected = HexUtility.DEPRECATE_FindNeighboursRecursive(pos, level);
CollectionAssert.AreEquivalent(expected, actual);
}
public void FindingHexNeighbours_ReturnsCorrectNeighbours_ForLevel1_Odd()
{
var neighbours = HexUtility.FindNeighbours(new int2(1, 1));
var expectedNneighbours = new[] { new int2(2, 1), new int2(0, 1), new int2(0, 2), new int2(1, 2), new int2(0, 0), new int2(1, 0) };
CollectionAssert.AreEquivalent(expectedNneighbours, neighbours);
}
// This test is a bit slow, so doing both things, checking Covered Area and Computed path
public void Pathfinder_CoveredCells_AndPathSize_AreCorrectOnEmptyMap([ValueSource("OddAndEvenInt2")] int2 cellFrom, [ValueSource("SomeRandomInt2")] int2 cellTo)
{
var c = TestUtility.CreateContainer();
var pathfinder = c.Resolve <IHexPathfinder>();
var distance = HexUtility.ManhattanDistance(cellFrom, cellTo);
var coveredCellsExpected = HexUtility.FindNeighbours(cellFrom, distance);
var pathMap = pathfinder.FindAllPaths(cellFrom, HexType.Empty, distance);
var coveredCellsActual = pathMap.CoveredCells();
var pathToDestination = pathMap.CalculatePath(cellTo);
Assert.AreEqual(coveredCellsExpected.Length, coveredCellsActual.Count(), "Collection sizes were different");
CollectionAssert.AreEquivalent(coveredCellsExpected, coveredCellsActual, "Elements inside were different");
Assert.AreEqual(distance, pathToDestination.Count(), "Calculated path size was incorrect");
}
public void FindingHexNeighbours_ReturnsCorrectAmountOfNeighbours(int level, int amountOfNeighbours)
{
var neighbours = HexUtility.FindNeighbours(new int2(1, 1), level);
Assert.AreEqual(amountOfNeighbours, neighbours.Length);
}
