private List <int> ApplyRule(List <int> inputItems, IRule rule, int uniqueItemsCount)
{
List <int> outputItems = new List <int>(inputItems);
outputItems = rule.ApplyRule(outputItems, uniqueItemsCount);
return(outputItems);
}
public void Iterate()
{
int[,] new_field = new int[fieldSize, fieldSize];
Parallel.For(0, fieldSize, (int x) =>
{
for (int y = 0; y < fieldSize; y++)
{
switch (rule.GetNeighbourhood())
{
case Neighbourhoods.VonNeumann:
int[] neighbours = new int[5];
neighbours[0] = field[x, y];
neighbours[1] = field[mod(x - 1, fieldSize), y];
neighbours[2] = field[x, mod(y + 1, fieldSize)];
neighbours[3] = field[mod(x + 1, fieldSize), y];
neighbours[4] = field[x, mod(y - 1, fieldSize)];
new_field[x, y] = rule.ApplyRule(neighbours);
break;
case Neighbourhoods.Moore:
neighbours = new int[9];
neighbours[0] = field[mod(x, fieldSize), mod(y, fieldSize)];
neighbours[1] = field[mod(x + 1, fieldSize), mod(y - 1, fieldSize)];
neighbours[2] = field[mod(x + 1, fieldSize), mod(y, fieldSize)];
neighbours[3] = field[mod(x + 1, fieldSize), mod(y + 1, fieldSize)];
neighbours[4] = field[mod(x, fieldSize), mod(y - 1, fieldSize)];
neighbours[5] = field[mod(x, fieldSize), mod(y + 1, fieldSize)];
neighbours[6] = field[mod(x - 1, fieldSize), mod(y - 1, fieldSize)];
neighbours[7] = field[mod(x - 1, fieldSize), mod(y, fieldSize)];
neighbours[8] = field[mod(x - 1, fieldSize), mod(y + 1, fieldSize)];
new_field[x, y] = rule.ApplyRule(neighbours);
break;
}
}
});
field = new_field;
}
private static string TestIRule(IRule rule, string request)
{
// Arrange
var context = MakeContext(request);
// Act
rule.ApplyRule(context);
// Assert
return(context.HttpContext.Request.Path.ToString());
}
