/**
* Returns the color of tiles in this collection if it is all one color, null otherwise; ignores WHITE tiles
*
* @return a <tt>Color</tt> object equal to those in this collection, or <tt>null</tt> if not all one color
*/
public Color?getColorIgnoreWhite()
{
TileCollection temp = new TileCollection(this);
temp.removeTilesOfColor(Color.WHITE);
return(temp.getColor());
}
/**
* Adds tiles (from the selectedTiles buffer) to the given build row, overflowing to the floor line
*
* @param row
* the 0-indexed row number (>4 places tiles directly on the floor line)
*/
public void addTilesToRow(object sender, EventArgs e)//(int row)
{
if (selectedTiles == null)
{
throw new InvalidOperationException("Tiles must be selected before they can be added to a row.");
}
int row = (int)((Button)sender).Tag;
if (row > 4)
{
floorLine.AddRange(selectedTiles);
}
else
{
if (selectedTiles.Contains(Color.WHITE))
{
floorLine.AddRange(selectedTiles.removeTilesOfColor(Color.WHITE));
}
floorLine.AddRange(buildRows[row].addTiles(selectedTiles));
}
selectedTiles = null;
updateButtons();
updateTiles();
model.endTurn();
}
internal void PickTiles(object sender, EventArgs e)
{
int factory = -1;
TileButton btn = (TileButton)sender;
if (btn.Parent.GetType() == typeof(Factory))
{
factory = ((Factory)btn.Parent).Index;
}
Color color = (Color)btn.TileColor;
TileCollection picked;
// TODO the actual move stuff
if (factory < 0)
{
picked = centerArea.removeTilesOfColor(color);
if (centerArea.Contains(Color.WHITE))
{
picked.AddRange(centerArea.removeTilesOfColor(Color.WHITE));
}
}
else
{
picked = factories[factory].removeTilesOfColor(color);
centerArea.AddRange(factories[factory]);
factories[factory].Clear();
}
UpdateTiles();
playerBoards[curPlayer].setSelectedTiles(picked);
//if (netGame)
//{
// connection.InvokeAsync("SendPick", curPlayer, factory, color);
//}
}
