private void RemoveNormalPiece(NormalPiece piece, Action act)
{
act?.Invoke();
piece.Line[piece.Index] = null;
foreach (var pConnection in piece.Connections)
{
RefreshPieceConnections(pConnection);
}
}
private void RecursiveFall(NormalPiece piece)
{
RemoveNormalPiece(piece, piece.Fall);
foreach (var pieceConnection in piece.NotHoldConnections)
{
if (pieceConnection.isActive)
{
RecursiveFall((NormalPiece)pieceConnection);
}
}
}
private List <NormalPiece> GetNeighborPiecesSameType(NormalPiece piece, List <NormalPiece> list)
{
foreach (var pieceConnection in piece.Connections.ConvertAll(x => (NormalPiece)x))
{
if (pieceConnection.Compare(piece) && !list.Contains(pieceConnection))
{
list.Add(pieceConnection);
GetNeighborPiecesSameType(pieceConnection, list);
}
}
return(list);
}
private void TryBreaking(NormalPiece piece)
{
var piecesToBreak = GetNeighborPiecesSameType(piece, new List <NormalPiece>());
if (piecesToBreak.Count >= MIN_AMOUNT_TO_BREAK)
{
foreach (var p in piecesToBreak)
{
RemoveNormalPiece(p, p.Break);
}
CheckFallingPieces();
}
}
private void CreateBoard()
{
for (var i = 0; i < MAX_LINES; i++)
{
var line = new PiecesLine(i, (i % 2 != 0), i == 0);
var lineAmount = MAX_PIECES_PER_LINE - (line.IsShortLine ? 1 : 0);
for (var j = 0; j < lineAmount; j++)
{
var pieceToAdd = i < INITIAL_LINE_AMOUNT?NormalPiece.GetRandom() : null;
pieceToAdd?.UpdatePosition(line, j);
pieceToAdd?.Lock();
line.Add(pieceToAdd);
}
lines.Add(line);
}
UpdateConnections();
Dump();
}
public Piece GetNextPiece()
{
var piece = NormalPiece.GetRandom();
return(piece);
}
