public void tick_world_returns_new_world_with_cells_after_applying_rules()
{
var world = new World();
world.AddLiveCell(new Position(0, 0));
World worldAftertick = world.Tick();
Assert.True(worldAftertick.IsCellDead(new Position(0, 0)));
}
public void get_neighbours_for_cell_with_one_neighbour_returns_1()
{
var world = new World();
world.AddLiveCell(new Position(0, 0));
world.AddLiveCell(new Position(1, 1));
Assert.Equal(1, world.GetLiveNeighbours(new Position(0, 0)));
}
public World Tick()
{
var newWorld = new World();
foreach (Cell cell in GetRemainingLiveCellsAfterTick().Concat(GetNewLiveCellsAfterTick()))
{
newWorld.AddLiveCell(cell.Position);
}
return newWorld;
}
public void tick_world_brings_dead_cells_to_life_when_has_3_neighbours()
{
var world = new World();
world.SetupWorld(
"0+0", // <- we expect the cell at 2,0 to come alive because it has 3 neighbours
"0++",
"000");
World worldAfterTick = world.Tick();
Assert.True(worldAfterTick.IsCellAlive(new Position(2, 0)));
}
static void Main(string[] args)
{
var world = new World();
string[] setup = ConwayBoards.Puffer();
world.SetupWorld(setup);
var model = new WorldToConwayModelWrapper(world);
// you can use the constant speed model if you want things to happen at a specific pace - useful
// if the technology being used to render does not take long - for us, console is the bottle neck.
//var clock = new SystemClock();
//var constantModel = new ConwayConstantSpeedModel(model, clock) {TicksPerSecond = 3};
var display = new ConwayTerminalDisplay(79, 35, model);
display.Start();
}
public bool Tick()
{
world = world.Tick();
ticks++;
return true;
}
public WorldToConwayModelWrapper(World initial)
{
world = initial;
}