public void DeadCellWithThreeNeighboursSurvivesToNextGeneration()
{
//Implies there are other dead cells with two neighbours
//thus all cases for dead cells have been accounted for
//Setup
const int _gridXAxisCount = 60;
const int _gridYAxisCount = 70;
//point [6,8] is the only one with three neighbours
var aliveCellPoints = new List <Point> {
new Point(5, 8), new Point(7, 9), new Point(6, 7)
};
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var gameUniverse = new GameUniverse(_gridXAxisCount, _gridYAxisCount, aliveCellPoints);
var gameController = new GameController(generationSrategy, gameUniverse);
//Act
var newGenerationAliveCellPoints = gameController.RunNewGeneration();
//Assert
Assert.AreEqual(gameUniverse.GridXAxisCount, _gridXAxisCount);
Assert.AreEqual(gameUniverse.GridYAxisCount, _gridYAxisCount);
Assert.AreEqual(newGenerationAliveCellPoints.Count, 1);
Assert.IsTrue(newGenerationAliveCellPoints.Contains(new Point(6, 8)));
}
static void Main(string[] args)
{
GameUniverse gameUniverse = null;
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var intialAliveCellsForOscillatorPattern = new List <Point> {
new Point(7, 10), new Point(8, 10),
new Point(9, 10), new Point(8, 9)
};
try
{
gameUniverse = new GameUniverse(20, 20, intialAliveCellsForOscillatorPattern);
}
catch (Exception e)
{
DisplayErrorMessageAndCloseScreen(e);
}
var gameController = new GameController(generationSrategy, gameUniverse);
while (!Console.KeyAvailable)
{
List <Point> aliveCells = gameController.RunNewGeneration();
DrawSimulation(aliveCells, gameUniverse);
System.Threading.Thread.Sleep(refreshIntervalInMilliSeconds);
}
Console.ReadKey();
}
public void CanCreateNewGenerationForSingleAlivePoint()
{
//Setup
const int _gridXAxisCount = 50;
const int _gridYAxisCount = 50;
var aliveCellPoints = new List <Point> {
new Point(25, 25)
};
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var gameUniverse = new GameUniverse(_gridXAxisCount, _gridYAxisCount, aliveCellPoints);
var gameController = new GameController(generationSrategy, gameUniverse);
//Act
var newGenerationAliveCellPoints = gameController.RunNewGeneration();
//Assert
Assert.AreEqual(gameUniverse.GridXAxisCount, _gridXAxisCount);
Assert.AreEqual(gameUniverse.GridYAxisCount, _gridYAxisCount);
Assert.AreEqual(newGenerationAliveCellPoints.Count, 0);
}
public void AliveCellWithTwoNeighboursSurvivesToNextGeneration()
{
//Setup
const int _gridXAxisCount = 50;
const int _gridYAxisCount = 50;
//point [25,25] is the only one with two neighbours
var aliveCellPoints = new List <Point> {
new Point(25, 25), new Point(24, 26), new Point(26, 24)
};
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var gameUniverse = new GameUniverse(_gridXAxisCount, _gridYAxisCount, aliveCellPoints);
var gameController = new GameController(generationSrategy, gameUniverse);
//Act
var newGenerationAliveCellPoints = gameController.RunNewGeneration();
//Assert
Assert.AreEqual(gameUniverse.GridXAxisCount, _gridXAxisCount);
Assert.AreEqual(gameUniverse.GridYAxisCount, _gridYAxisCount);
Assert.AreEqual(newGenerationAliveCellPoints.Count, 1);
Assert.IsTrue(newGenerationAliveCellPoints.Contains(new Point(25, 25)));
}
public void AliveCellWithFourNeighboursIsKilledInNextGeneration()
{
//Setup
const int _gridXAxisCount = 60;
const int _gridYAxisCount = 70;
//point [17,25] is the only one with four neighbours
var aliveCellPoints = new List <Point> {
new Point(18, 24), new Point(17, 25), new Point(16, 26), new Point(16, 24), new Point(17, 26)
};
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var gameUniverse = new GameUniverse(_gridXAxisCount, _gridYAxisCount, aliveCellPoints);
var gameController = new GameController(generationSrategy, gameUniverse);
//Act
var newGenerationAliveCellPoints = gameController.RunNewGeneration();
//Assert
Assert.AreEqual(gameUniverse.GridXAxisCount, _gridXAxisCount);
Assert.AreEqual(gameUniverse.GridYAxisCount, _gridYAxisCount);
Assert.AreEqual(newGenerationAliveCellPoints.Count, 4);
Assert.IsFalse(newGenerationAliveCellPoints.Contains(new Point(17, 25)));
}
public void TwoSetsOfAliveCellWithThreeNeighboursSurvivesToNextGeneration()
{
//Setup
const int _gridXAxisCount = 60;
const int _gridYAxisCount = 70;
//point [6,25] and [11,24] are the only one with three neighbours
var aliveCellPoints = new List <Point> {
new Point(7, 24), new Point(6, 25), new Point(5, 26),
new Point(10, 25), new Point(11, 24), new Point(12, 23)
};
IGenerationSrategy generationSrategy = new CandidateDictionaryGenerationStrategy();
var gameUniverse = new GameUniverse(_gridXAxisCount, _gridYAxisCount, aliveCellPoints);
var gameController = new GameController(generationSrategy, gameUniverse);
//Act
var newGenerationAliveCellPoints = gameController.RunNewGeneration();
//Assert
Assert.AreEqual(gameUniverse.GridXAxisCount, _gridXAxisCount);
Assert.AreEqual(gameUniverse.GridYAxisCount, _gridYAxisCount);
Assert.AreEqual(newGenerationAliveCellPoints.Count, 2);
Assert.IsTrue(newGenerationAliveCellPoints.Contains(new Point(6, 25)));
Assert.IsTrue(newGenerationAliveCellPoints.Contains(new Point(11, 24)));
}
