public static List<Tile> GenerateShuffledTilesSample()
{
var tiles = Stock.GetInitialSetOfTiles();
tiles[0] = new Tile() {Head = 0, Tail = 3};
tiles[3] = new Tile() {Head = 0, Tail = 0};
tiles[4] = new Tile() {Head = 1, Tail = 1};
tiles[7] = new Tile() {Head = 0, Tail = 4};
tiles[10] = new Tile() {Head = 3, Tail = 5};
tiles[20] = new Tile() {Head = 1, Tail = 4};
return tiles;
}
public Tile GetMostValuableSumTileInHand()
{
var tempSumTile = new Tile {Head = -1,Tail = -1};
foreach (var tile in Hand)
{
var newSum = tile.Head + tile.Tail;
var originalSum = tempSumTile.Head + tempSumTile.Tail;
if (newSum > originalSum)
tempSumTile = tile;
}
return tempSumTile;
}
public static Tile GetMaxDoublePiecePlayer(List<Tile> playerHand)
{
var currentMaxDoubleTile = new Tile();
foreach (var t in playerHand)
{
if (t.Head == t.Tail)
{
if (currentMaxDoubleTile.Head<t.Head && currentMaxDoubleTile.Tail<t.Tail)
{
currentMaxDoubleTile = t;
}
}
}
return currentMaxDoubleTile;
}
public List<Tile> GetInitialSetOfTiles()
{
var initialTiles = new List<Tile>();
const int maxValue = 6;
for (var headValue = 0; headValue <= maxValue; headValue++)
{
for (var tailValue = headValue; tailValue <= maxValue; tailValue++)
{
var currentTile = new Tile {Head = headValue, Tail = tailValue};
initialTiles.Add(currentTile);
}
}
return initialTiles;
}
public void AddTileToPlayerHand(Tile newTile)
{
Hand.Add(newTile);
}
public int GetMaxDoublePiecePlayer()
{
var playerWithMaxDoublePiecePlayer = -1;
var currentMaxDoubleTile = new Tile();
foreach (var player in Players)
{
foreach (var tile in player.Hand)
{
if (tile.Head != tile.Tail) continue;
if (currentMaxDoubleTile.Head < tile.Head && currentMaxDoubleTile.Tail < tile.Tail)
{
currentMaxDoubleTile = tile;
playerWithMaxDoublePiecePlayer = player.PlayerNumber;
}
}
}
return playerWithMaxDoublePiecePlayer;
}
public void AddTileToBoard(Tile tile)
{
BoardTiles.Add(tile);
}