public bool ValidatePotentialFacingTile(Tile tile)
{
throw new NotImplementedException("oh no!");
}
public Side(Terrain terrain)
{
Terrain = terrain;
Id = Guid.NewGuid();
FacingTile = null;
}
private bool IsValidSlot(TileSlot slot, Tile tile)
{
// flag to explore for adjacent files as we check for
// other failure conditions
bool adjacent = false;
// if the target slot has a tile to the North
// and if that tile has incompatible borders,
// then reject
if (slot.hasN() && slot.N.hasTile())
{
adjacent = true;
if(slot.N.tile.borders.S != tile.borders.N)
return false;
}
if(slot.hasS() && slot.S.hasTile())
{
adjacent = true;
if(slot.S.tile.borders.N != tile.borders.S)
return false;
}
if(slot.hasE() && slot.E.hasTile())
{
adjacent = true;
if (slot.E.tile.borders.W != tile.borders.E)
return false;
}
if(slot.hasW() && slot.W.hasTile())
{
adjacent = true;
if(slot.W.tile.borders.E != tile.borders.W)
return false;
}
// if no adjacent tiles were found, then the slot is not valid
if(!adjacent)
return false;
return true;
}
private void InsertTileInSlot(TileSlot slot, Tile tile)
{
// position the tile on the slot
// and tell the tile which slot its in
Canvas.SetLeft(tile.rect, Canvas.GetLeft(slot) - 1);
Canvas.SetTop(tile.rect, Canvas.GetTop(slot) - 1);
tile.slot = slot;
}
private TileSlot FindNearestSlot(Tile tile)
{
double xCentre = Canvas.GetLeft(tile.rect) + tile.rect.Width / 2;
double yCentre = Canvas.GetTop(tile.rect) + tile.rect.Height / 2;
foreach (TileSlot slot in _slots)
{
// The plus/minus 1/2 accounts for the gap
double x1Bound = Canvas.GetLeft(slot) - 1;
double x2Bound = x1Bound + slot.rect.Width + 2;
double y1Bound = Canvas.GetTop(slot) - 1;
double y2Bound = y1Bound + slot.rect.Height + 2;
if (xCentre >= x1Bound && xCentre <= x2Bound && yCentre >= y1Bound && yCentre <= y2Bound)
return slot;
}
return null;
}
void CreateTiles()
{
Dictionary<TileType, int> tileList = new Dictionary<TileType, int>();
tileList.Add(TileType.A, 2);
tileList.Add(TileType.B, 4);
tileList.Add(TileType.C, 1);
tileList.Add(TileType.D, 4);
tileList.Add(TileType.E, 5);
tileList.Add(TileType.F, 2);
tileList.Add(TileType.G, 1);
tileList.Add(TileType.H, 3);
tileList.Add(TileType.I, 2);
tileList.Add(TileType.J, 3);
tileList.Add(TileType.K, 3);
tileList.Add(TileType.L, 3);
tileList.Add(TileType.M, 2);
tileList.Add(TileType.N, 3);
tileList.Add(TileType.O, 2);
tileList.Add(TileType.P, 3);
tileList.Add(TileType.Q, 1);
tileList.Add(TileType.R, 3);
tileList.Add(TileType.S, 2);
tileList.Add(TileType.T, 1);
tileList.Add(TileType.U, 8);
tileList.Add(TileType.V, 9);
tileList.Add(TileType.W, 4);
tileList.Add(TileType.X, 1);
foreach (Key key in tileList.Keys)
{
int numTiles = tileList[(TileType)key];
for (int i = 0; i < numTiles; i++)
{
Tile t = new Tile((TileType)key);
t.MouseLeftButtonUp += new MouseButtonEventHandler(rect_MouseLeftButtonUp);
t.MouseLeftButtonDown += new MouseButtonEventHandler(rect_MouseLeftButtonDown);
t.MouseMove += new MouseEventHandler(rect_MouseMove);
_tiles.Add(t);
}
}
}
public void StartTurn(ref List<Tile> tiles, MainPage page)
{
mode = Mode.PlaceTile;
// Deal the tile and remove it from the deck
activeTile = tiles[0];
tiles.RemoveAt(0);
// Add the tile to the game surface
page.gameSurface.Children.Add(activeTile);
Canvas.SetLeft(activeTile.rect, 10);
Canvas.SetTop(activeTile.rect, 10);
}
