bool CanPlace(DiceUnfoldData diceUnfoldData, TwoDCoordinate objPos, Rotation rotation, TeamEnum team)
{
bool canPlace = false;
List <TileData> myTiles = GetMyTiles(diceUnfoldData, objPos, rotation);
List <TileData> tilesToCheck = new List <TileData>();
foreach (TileData myTile in myTiles)
{
foreach (TileData tile in tileData)
{
if (tile.coordinates.x == myTile.coordinates.x && tile.coordinates.y == myTile.coordinates.y && !tile.isFilled)
{
tilesToCheck.Add(tile);
canPlace = true;
break;
}
else
{
canPlace = false;
}
}
if (!canPlace)
{
break;
}
}
if (canPlace)
{
foreach (TileData tile in tilesToCheck)
{
if (tile.isConnected == true)
{
canPlace = true;
break;
}
else
{
canPlace = false;
}
}
}
if (canPlace)
{
foreach (TileData tile in tilesToCheck)
{
if (tile.DoesTeamExist(team))
{
canPlace = true;
break;
}
else
{
canPlace = false;
}
}
}
return(canPlace);
}
public void PlaceBox(DiceUnfoldData diceUnfoldData, TwoDCoordinate objPos, Rotation rotation, TeamEnum team)
{
if (CanPlace(diceUnfoldData, objPos, rotation, team))
{
List <TileData> myTiles = GetMyTiles(diceUnfoldData, objPos, rotation);
List <TileData> connectedTiles = new List <TileData>();
foreach (TileData myTile in myTiles)
{
TileData tile1 = new TileData();
tile1.coordinates = new TwoDCoordinate(myTile.coordinates.x + 2, myTile.coordinates.y);
connectedTiles.Add(tile1);
TileData tile2 = new TileData();
tile2.coordinates = new TwoDCoordinate(myTile.coordinates.x - 2, myTile.coordinates.y);
connectedTiles.Add(tile2);
TileData tile3 = new TileData();
tile3.coordinates = new TwoDCoordinate(myTile.coordinates.x, myTile.coordinates.y - 2);
connectedTiles.Add(tile3);
TileData tile4 = new TileData();
tile4.coordinates = new TwoDCoordinate(myTile.coordinates.x, myTile.coordinates.y + 2);
connectedTiles.Add(tile4);
}
foreach (TileData myTile in myTiles)
{
foreach (TileData tile in tileData)
{
if (tile.coordinates.x == myTile.coordinates.x && tile.coordinates.y == myTile.coordinates.y && !tile.isFilled)
{
tile.isFilled = true;
tile.isConnected = true;
tile.AddTeam(team);
break;
}
}
}
foreach (TileData myTile in connectedTiles)
{
foreach (TileData tile in tileData)
{
if (tile.coordinates.x == myTile.coordinates.x && tile.coordinates.y == myTile.coordinates.y)
{
tile.isConnected = true;
tile.AddTeam(team);
break;
}
}
}
pathFinder.UpdateGrid(tileData, boardSize);
}
}
List <TileData> GetMyTiles(DiceUnfoldData diceUnfoldData, TwoDCoordinate objPos, Rotation rotation)
{
List <TileData> myTiles = new List <TileData>();
foreach (TwoDCoordinate item in diceUnfoldData.myCoordinates)
{
TileData myTile = new TileData();
myTile.coordinates = new TwoDCoordinate(-1, -1);
TwoDCoordinate pos = new TwoDCoordinate(2 * item.x, -2 * item.y);
if (rotation == Rotation.Zero)
{
myTile.coordinates.x = objPos.x + pos.x;
myTile.coordinates.y = objPos.y + pos.y;
}
else if (rotation == Rotation.Ninety)
{
myTile.coordinates.x = objPos.x + pos.y;
myTile.coordinates.y = objPos.y - pos.x;
}
else if (rotation == Rotation.OneEighty)
{
myTile.coordinates.x = objPos.x - pos.x;
myTile.coordinates.y = objPos.y - pos.y;
}
else if (rotation == Rotation.TwoSeventy)
{
myTile.coordinates.x = objPos.x - pos.y;
myTile.coordinates.y = objPos.y + pos.x;
}
myTile.isFilled = false;
myTiles.Add(myTile);
}
return(myTiles);
}