List <LinePieces> CombinationsToList()
{
List <LinePieces> combos = new List <LinePieces> ();
LinePieces currentLine;
GamePiece piece = new GamePiece();
LinePieces searchRow = new LinePieces();
List <GamePiece> currentWord;
foreach (LinePieces line in Lines)
{
for (int x = 0; x <= 6; x++)
{
currentWord = new List <GamePiece> ();
searchRow.AddLine(line.Line.Where((j, i) => (i >= x) == true).ToList());
for (int y = 0; y < searchRow.Count; y++)
{
currentLine = new LinePieces();
piece = searchRow.Line[y];
currentWord.Add(piece);
if (currentWord.Count > 1)
{
currentLine.AddLine(currentWord);
combos.Add(currentLine);
}
piece = new GamePiece();
}
searchRow = new LinePieces();
}
}
return(combos);
}
List <LinePieces> GetRows()
{
List <LinePieces> lines = new List <LinePieces> ();
LinePieces line;
List <GamePiece> pieces = new List <GamePiece> ();
for (float x = 1.5f; x < 7.5; x += 1.5f)
{
line = new LinePieces();
pieces = GamePieces.Where(z => z.transform.position.x == x).ToList();
/* Allow blank spaces to be skipped (not necessary when new pieces drop into place when others dissappear)
* for(int x = 0; x < pieces.Count; x++)
* {
* GamePiece piece = new GamePiece();
* GamePiece piece = new GamePiece();
*
* piece = pieces[x];
* nextPiece = pieces[x+1];
*
* if (piece.transform.position.y + 1 != pieces
* }
*/
line.AddLine(pieces);
lines.Add(line);
}
return(lines);
}
LinePieces GetLine()
{
LinePieces line = new LinePieces();
line.AddLine(_activePieces);
return(line);
}
List <LinePieces> GetColumns()
{
List <LinePieces> lines = new List <LinePieces> ();
LinePieces line = new LinePieces();
List <GamePiece> pieces = new List <GamePiece> ();
for (int y = 0; y < 6; y++)
{
line = new LinePieces();
pieces = GamePieces.Where(z => z.transform.position.y == y).ToList();
line.AddLine(pieces);
lines.Add(line);
}
return(lines);
}
// Use this for initialization
void Start()
{
_line = new LinePieces();
}
