public void BlinkersFirstGenerationShouldGiveADifferentPattern()
{
var pattern = new List <PairOfInt>()
{
PairOfInt.Create(2, 1),
PairOfInt.Create(2, 2),
PairOfInt.Create(2, 3),
};
var game = new ConwayGame <IEnumerable <PairOfInt>, PairOfInt>(pattern, PairOfInt.GetNeighbours);
game.NextGeneration();
Assert.That(!game.CurrentPattern.SequenceEqual(pattern));
}
public void BlockShouldNotChange()
{
var pattern = new List <PairOfInt>()
{
PairOfInt.Create(1, 1),
PairOfInt.Create(1, 2),
PairOfInt.Create(2, 1),
PairOfInt.Create(2, 2),
};
var game = new ConwayGame <IEnumerable <PairOfInt>, PairOfInt>(pattern, PairOfInt.GetNeighbours);
game.NextGeneration();
Assert.That(game.CurrentPattern.SequenceEqual(pattern));
}
public void DiehardShouldNotDieAfter1Generation()
{
var pattern = new List <PairOfInt>()
{
PairOfInt.Create(1, 7),
PairOfInt.Create(2, 1),
PairOfInt.Create(2, 2),
PairOfInt.Create(3, 2),
PairOfInt.Create(3, 6),
PairOfInt.Create(3, 7),
PairOfInt.Create(3, 8),
};
var game = new ConwayGame <IEnumerable <PairOfInt>, PairOfInt>(pattern, PairOfInt.GetNeighbours);
game.NextGeneration();
Assert.That(game.CurrentPattern.Any());
}
public void ToadShouldHaveAPeriodOfTwo()
{
var pattern = new List <PairOfInt>()
{
PairOfInt.Create(2, 2),
PairOfInt.Create(2, 3),
PairOfInt.Create(2, 4),
PairOfInt.Create(3, 1),
PairOfInt.Create(3, 2),
PairOfInt.Create(3, 3),
};
var game = new ConwayGame <IEnumerable <PairOfInt>, PairOfInt>(pattern, PairOfInt.GetNeighbours);
game.NextGeneration();
game.NextGeneration();
Assert.That(game.CurrentPattern.SequenceEqual(pattern));
}
public void LargePattern(int size)
{
var pattern = new List <PairOfInt>();
for (int i = 0; i < size; i++)
{
for (int j = 0; j < size; j++)
{
if ((i + j) % 2 == 0)
{
pattern.Add(PairOfInt.Create(i, j));
}
}
}
var game = new ConwayGame <IEnumerable <PairOfInt>, PairOfInt>(pattern, PairOfInt.GetNeighbours);
game.NextGeneration();
Assert.That(!pattern.SequenceEqual(game.CurrentPattern));
}
