public void Ticks_WithOscillating_100Generations_IsSame()
{
// arrange
var worldGenerator = new StandardWorldGenerator();
var cellGrid = new StandardCellGrid
(
new[]
{
new[] { Dead(), Dead(), Dead(), Dead() },
new[] { Dead(), Alive(), Alive(), Dead() },
new[] { Dead(), Alive(), Alive(), Dead() },
new[] { Dead(), Dead(), Dead(), Dead() }
}
);
var world = new StandardWorldBuilder().With(w => w.Data, new StandardWorldData {
Grid = cellGrid
}).Create();
// act
var result = worldGenerator.Ticks(world).Skip(100).First().Data.Grid;
// assert
Assert.AreEqual(GridToString(cellGrid), GridToString(result));
}
public void Ticks_OneAlive_100Generations_AllDead()
{
// arrange
var worldGenerator = new StandardWorldGenerator();
var cellGrid = new StandardCellGrid
(
new[]
{
new[] { Dead(), Dead(), Dead() },
new[] { Dead(), Alive(), Dead() },
new[] { Dead(), Dead(), Dead() }
}
);
var world = new StandardWorldBuilder().With(w => w.Data, new StandardWorldData {
Grid = cellGrid
}).Create();
var expected = new StandardCellGrid(EnumerablePrelude.Repeat(() => EnumerablePrelude.Repeat(Dead, 3).ToArray(), 3).ToArray());
// act
var result = worldGenerator.Ticks(world).Skip(100).First().Data.Grid;
// assert
Assert.AreEqual(GridToString(expected), GridToString(result));
}
private string GridToString(StandardCellGrid grid) =>
string.Join(Environment.NewLine, grid.Cells.SelectMany(row => string.Join(", ", row)));