public List <ISquarePiece> SelectPieces(PieceSelectionValidator validator, int total)
{
var selectedPieces = new List <ISquarePiece>();
int iterationCount = 0;
while (selectedPieces.Count < total && iterationCount < 100)
{
iterationCount++;
var piece = PieceManager.Instance.Pieces[UnityEngine.Random.Range(0, PieceManager.Instance.Pieces.Count)];
if (!validator.ValidForSelection(piece))
{
continue;
}
if (selectedPieces.Contains(piece))
{
continue;
}
selectedPieces.Add(piece);
}
return(selectedPieces);
}
public List <ISquarePiece> SelectPieces(PieceSelectionValidator validator, int total)
{
var pieces = PieceManager.Instance.Pieces;
if (_includeQueued)
{
pieces.AddRange(PieceDropper.Instance.Pieces.Where(x => validator.ValidForSelection(x)));
}
var filteredList = pieces.Where(x => validator.ValidForSelection(x));
if (total > 0)
{
return(filteredList.OrderBy(x => UnityEngine.Random.Range(1, 100))
.Take(total).ToList());
}
return(filteredList.ToList());
}
public bool CanBeUsed(PieceSelectionValidator validator, int total)
{
return(PieceManager.Instance.Pieces.Any(x => validator.ValidForSelection(x)));
}
public bool CanBeUsed(PieceSelectionValidator validator, int total)
{
return(SelectPieces(validator, total).Count > 0);
}
public List <ISquarePiece> SelectPieces(PieceSelectionValidator validator, int total)
{
return(PieceManager.Instance.Pieces.Where(x => Positions.Contains(x.Position)).ToList());
}
public bool CanBeUsed(PieceSelectionValidator validator, int total)
{
return(PieceManager.Instance.Pieces.Any(x => Positions.Contains(x.Position)));
}
