public FadingPiece(Piece.pieceTypes pieceType, bool flooded)
: base(pieceType, flooded)
{
}
public void Clear()
{
for (int c = 0; c < width; c++)
for (int r = 0; r < height; r++)
board[c, r] = new Piece(Piece.pieceTypes.EMPTY);
}
public bool ConnectedOnSide(int c, int r, Piece.sides side)
{
return board[c, r].ConnectedOnSide(side);
}
public void AddFallingPiece(int c, int r, Piece.pieceTypes type, int vertOffset)
{
fallingPieces[c.ToString() + "_" + r.ToString()] = new FallingPiece(type, vertOffset);
}
public void AddRotatingPiece(int c, int r, Piece.pieceTypes type, bool clkwise)
{
rotatingPieces[c.ToString() + "_" + r.ToString()] = new RotatingPiece(type, clkwise);
}
public void AddFadingPiece(int c, int r, Piece.pieceTypes type)
{
fadingPieces[c.ToString() + "_" + r.ToString()] = new FadingPiece(type, true);
}
public void SetPieceType(int c, int r, Piece.pieceTypes type)
{
board[c, r].SetPiece(type);
}
public void PropogateFlooding(int c, int r, Piece.sides dir)
{
if ((c >= 0) && (c < GameBoard.width) && (r >= 0) && (r < GameBoard.height))
{
if (board[c, r].ConnectedOnSide(dir) && !board[c, r].Flooded)
{
board[c, r].Flooded = true;
FloodTracker.Add(new Vector2(c, r));
foreach (Piece.sides side in board[c, r].GetOtherConnections(dir))
{
switch (side)
{
case Piece.sides.LEFT:
PropogateFlooding(c - 1, r, Piece.sides.RIGHT);
break;
case Piece.sides.TOP:
PropogateFlooding(c, r - 1, Piece.sides.BOTTOM);
break;
case Piece.sides.RIGHT:
PropogateFlooding(c + 1, r, Piece.sides.LEFT);
break;
case Piece.sides.BOTTOM:
PropogateFlooding(c, r + 1, Piece.sides.TOP);
break;
}
}
}
}
}
public RotatingPiece(Piece.pieceTypes pieceType, bool clkwise)
: base(pieceType)
{
this.clkwise = clkwise;
}
public FallingPiece(Piece.pieceTypes pieceType, int vertOffset)
: base(pieceType)
{
this.vertOffset = vertOffset;
}
