public int EvalBoard(Board board)
{
int Combo = 0;
int TempCombo;
do
{
var ClearedPoints = Check3ConnectedPoints(board);
var ConnectedLabelsMap = ConnComponent.Search(board.Get2DBeads(), board.BeadTypesCount);
var ClearedLabelId = ClearedPoints.Select(p => ConnectedLabelsMap[p.X, p.Y]);
TempCombo = ClearedLabelId.Distinct().Count();
foreach (var p in ClearedPoints)
{
board.RemoveBead(p.X, p.Y);
}
board.Drop();
Combo += TempCombo;
} while (TempCombo > 0);
return(Combo * Score);
}
public int EvalBoard(Board board)
{
int ScoreResult = 0;
//board = board.Clone();
bool Continue = true;
do
{
var ClearedPoints = Check3ConnectedPoints(board);
var ConnectionMap = ConnComponent.Search(board.Get2DBeads(), board.BeadTypesCount);
var ClearedLabelId = ClearedPoints.Select(p => ConnectionMap[p.X, p.Y]).Distinct();
if (board.HasWeight)
{
var ClearedLabel_BeadType_Dict = ClearedPoints.Select(
p => new { Label = ConnectionMap[p.X, p.Y], BeadType = board.GetBead(p.X, p.Y) }
).GroupBy(x => x.Label).ToDictionary(g => g.Key, g => g.First().BeadType);
foreach (var label in ClearedLabelId)
{
double weight = board.Weights[ClearedLabel_BeadType_Dict[label]];
ScoreResult += (int)(weight * PerScore);
}
}
else
{
ScoreResult += ClearedLabelId.Count() * PerScore;
}
foreach (var p in ClearedPoints)
{
board.RemoveBead(p.X, p.Y);
}
board.Drop();
Continue = ClearedPoints.Any();
} while (Continue);
return(ScoreResult);
}
