private PlayPath FindMove(Rack rack)
{
PlayGraph play = new PlayGraph(graph, board, rack);
var moveFinder = new MoveFinder(graph, board, play);
return(moveFinder.GetBestMove().Item2);
}
[Test] public void TestFixes1()
{
var graph = WordGraph.French;
var board = new Board();
var rack = new Rack("ASSDHS");
var part1 = new WordPart("DAHS", new Cell(4, 4), Direction.Down);
board = board.Play(part1);
rack = new Rack("SSEEEA");
PlayGraph play = new PlayGraph(graph, board, rack);
var moveFinder = new MoveFinder(graph, board, play);
List <Tuple <PlayInfo, PlayPath> > moves = moveFinder.GetAllMoves();
foreach (Tuple <PlayInfo, PlayPath> move in moves)
{
if ("ES" != move.Item2.Main.Word ||
new Cell(7, 5) != move.Item2.Main.First ||
Direction.Down != move.Item2.Main.Direction)
{
continue;
}
Assert.IsTrue(move.Item1.HasFixes);
Assert.IsTrue(move.Item1.HasTwoMoreFixes);
}
}
[Test] public void TestFixes2()
{
var graph = WordGraph.French;
var board = new Board();
var rack = new Rack("DELRIC");
var part1 = new WordPart("DECRI", new Cell(4, 4), Direction.Right);
board = board.Play(part1);
rack = new Rack("LTREIG");
PlayGraph play = new PlayGraph(graph, board, rack);
var moveFinder = new MoveFinder(graph, board, play);
List <Tuple <PlayInfo, PlayPath> > moves = moveFinder.GetAllMoves();
foreach (Tuple <PlayInfo, PlayPath> move in moves)
{
if ("GILET" != move.Item2.Main.Word ||
new Cell(5, 1) != move.Item2.Main.First ||
Direction.Right != move.Item2.Main.Direction)
{
continue;
}
Assert.IsTrue(move.Item1.HasFixes);
Assert.IsFalse(move.Item1.HasTwoMoreFixes);
}
}
private static Board TestPlayIgnoreExtra(IList <Tuple <string, string, Cell, Direction> > plays)
{
var graph = WordGraph.French;
var board = new Board();
var rack = new Rack(plays[0].Item1);
var part1 = new WordPart(plays[0].Item2, plays[0].Item3, plays[0].Item4);
board = board.Play(part1);
for (int i = 1; i < plays.Count; i++)
{
rack = new Rack(plays[i].Item1);
PlayGraph play = new PlayGraph(graph, board, rack);
var moveFinder = new MoveFinder(graph, board, play);
List <Tuple <PlayInfo, PlayPath> > moves = moveFinder.GetAllMoves();
foreach (Tuple <PlayInfo, PlayPath> move in moves)
{
PlayPath path = move.Item2;
if (plays[i].Item2 != path.Main.Word ||
plays[i].Item3 != path.Main.First ||
plays[i].Item4 != path.Main.Direction)
{
continue;
}
board = board.Play(path);
if (i != plays.Count - 1)
{
continue;
}
Assert.GreaterOrEqual(board.Score.Other.Points, 0);
Assert.GreaterOrEqual(board.Score.Current.Points, 0);
return(board);
}
}
throw new InvalidOperationException("Move not found");
}
public void Play()
{
var board = new Board();
var rack = new Rack(graph.GetRandom());
Console.WriteLine("rack: " + rack.Value);
WordPart part = GetFirstWord(rack);
Console.WriteLine("word: {0}", part);
board = board.Play(part);
var letters = new List <char>(rack.Letters);
foreach (char c in part.Word)
{
letters.Remove(c);
}
board.Write();
while (!board.Score.Other.Wins)
{
var time = new Chrono();
Console.Write("------------------------------\n");
rack = new Rack(graph.GetRandom(new string(letters.ToArray())));
Console.WriteLine("rack: " + rack.Value);
if (board.IsEmpty)
{
part = GetFirstWord(rack);
Console.WriteLine("word: {0}", part);
board = board.Play(part);
letters = new List <char>(rack.Letters);
foreach (char c in part.Word)
{
letters.Remove(c);
}
board.Write();
}
else
{
var chrono = new Chrono();
PlayGraph play = GetPlayGraph(board, rack);
double seconds = .1 * Convert.ToInt32(chrono.Elapsed.TotalSeconds * 10);
Console.WriteLine("{0} moves in {1} s", play.Valids.Count, seconds);
chrono = new Chrono();
var moveFinder = new MoveFinder(graph, board, play);
Tuple <PlayInfo, PlayPath> best = moveFinder.GetBestMove();
seconds = .1 * Convert.ToInt32(chrono.Elapsed.TotalSeconds * 10);
Console.WriteLine("Analyzed {0} moves in {1} s", play.Valids.Count, seconds);
Console.WriteLine();
{
PlayInfo info = best.Item1;
PlayPath path = best.Item2;
path.Write();
board = board.Play(path);
board.Write();
if (info.HasVortex)
{
board = board.Clear();
letters.Clear();
}
else
{
letters = new List <char>(rack.Letters);
foreach (LetterPlay lp in path.Played)
{
letters.Remove(lp.Letter);
}
}
}
if (time.Elapsed.TotalSeconds > 40)
{
throw new TimeoutException();
}
}
}
}