public RightTurn(CounterSettings settings)
{
tiles = new List <Tile>();
height = settings.BitsRequiredToEncodeUpToBaseValueInBinary * 4;
SetUp();
}
public PreReaderRight(CounterSettings settings, bool carry)
{
height = settings.BitsRequiredToEncodeUpToBaseValueInBinary * 4;
tiles = new List <Tile>();
signal = carry ? Signals.Carry : Signals.NoCarry;
SetUp();
}
public PreReaderLeft(CounterSettings settings, bool isFirst)
{
height = settings.BitsRequiredToEncodeUpToBaseValueInBinary * 4;
tiles = new List <Tile>();
signal = isFirst ? Signals.First : Signals.Nth;
SetUp();
}
public Seed(CounterSettings settings)
{
height = settings.BitsRequiredToEncodeUpToBaseValueInBinary * 4 + 1;
digits = settings.BinaryStringsForSeed.Count;
StartingValues = settings.BinaryStringsForSeed;
SetUp();
Start = Tiles.First();
}
public static void Main(string[] args)
{
while (true)
{
Console.WriteLine("Base value?");
var input = Console.ReadLine();
bool IsExitCommand() => input == "-e" || string.IsNullOrEmpty(input);
if (int.TryParse(input, out var baseK) && baseK >= 2 && baseK <= 36)
{
Console.WriteLine("Stopping value?");
input = Console.ReadLine();
if (int.TryParse(input, out var stoppingValue))
{
var settings = new CounterSettings(baseK, stoppingValue);
TileGenerator.Write(settings);
continue;
}
if (IsExitCommand())
{
break;
}
Error($"Error parsing {input}... make sure the stopping value is a number");
continue;
}
if (IsExitCommand())
{
break;
}
Error($"Error parsing {input}... make sure the base is a number between 2 and 36.");
}
}
public static void Write(CounterSettings settings)
{
var tiles = new HashSet <Tile>();
var seed = new Seed(settings);
tiles.UnionWith(seed.Tiles);
var rightWall = new RightWall(settings);
tiles.UnionWith(rightWall.Tiles);
var leftWall = new LeftWall(settings);
tiles.UnionWith(leftWall.Tiles);
var rightTurn = new RightTurn(settings);
tiles.UnionWith(rightTurn.Tiles);
var rightPreReaderRightCarry = new PreReaderRight(settings, true);
tiles.UnionWith(rightPreReaderRightCarry.Tiles);
var rightPreReaderRightNoCarry = new PreReaderRight(settings, false);
tiles.UnionWith(rightPreReaderRightNoCarry.Tiles);
var leftPreReaderFirst = new PreReaderLeft(settings, true);
tiles.UnionWith(leftPreReaderFirst.Tiles);
var leftPreReaderNth = new PreReaderLeft(settings, false);
tiles.UnionWith(leftPreReaderNth.Tiles);
var readerTiles = AddReaders(settings.BinaryDigitPatterns, settings.BaseK);
tiles.UnionWith(readerTiles);
var hookTiles = AddHooks(settings.BinaryDigitPatterns);
tiles.UnionWith(hookTiles);
var writerTiles = AddWriters(settings.BinaryDigitPatterns, Convert.ToInt32(settings.StoppingValue));
tiles.UnionWith(writerTiles);
tiles.UnionWith(GetAllGadgets());
var tileSetName = $"base-{settings.BaseK}-counter-to-{settings.StoppingValue}";
var options = new TdpOptions(tileSetName, seed.Start.Name);
var path = Utils.GetPath();
tiles = tiles.DistinctBy(t => t.Name).ToHashSet();
WriteOptions($"{path}{tileSetName}.tdp", options);
WriteDefinitions($"{path}{tileSetName}.tds", tiles);
}
public RightWall(CounterSettings settings)
{
height = settings.BitsRequiredToEncodeUpToBaseValueInBinary;
tiles = new List <Tile>();
SetUp();
}
public LeftWall(CounterSettings settings)
{
bits = settings.BitsRequiredToEncodeUpToBaseValueInBinary;
tiles = new List <Tile>();
Setup();
}