private void AddStep(int x, int y, bool isPawnAtack = false) //isPawnAtack = true in case of a pawn move-attack
{
if (x < ChessConfig.size && x >= 0 && y < ChessConfig.size && y >= 0)
{
string newType = ChessConfig.GetFieldType(x, y);
//Calculation the difference between the power of the piece before step and after
int score = ChessConfig.GetPiecePower(newType) - ChessConfig.GetPiecePower(type);
posibleSteps.Add(new StepData(x * 8 + y, this.x * 8 + this.y, score, isPawnAtack));
}
}
public static List <StepData> GetRemainningSteps(char color, char[,] currDesk, Field[,] fields)
{
List <StepData> allSteps = new List <StepData>();
string pieceType;
int size = ChessConfig.size;
int crutch;
int x, y;
for (int i = 0; i < size; i++)
{
for (int j = 0; j < size; j++)
{
if (currDesk[i, j] == color || currDesk[i, j] == char.ToUpper(color))
{
crutch = i * size + j;
foreach (StepData sd in fields[i, j].posibleSteps)
{
pieceType = fields[i, j].type;
x = sd.dest / size;
y = sd.dest % size;
sd.stepType = StepCheck(i, j, x, y, currDesk, pieceType, sd.isPawnAtack);
sd.eatScore = 0;
if (sd.stepType == " ")
{
sd.stepType = null;
continue;
}
if (sd.stepType == "eat")
{
if (currDesk[x, y] == 'R' || currDesk[x, y] == 'B')
{
sd.eatScore = ChessConfig.GetPiecePower("Main");
}
else //points for eating ↓ and the power of the enemy’s piece ↓
{
sd.eatScore = ChessConfig.GetPiecePower("ordinary") + ChessConfig.GetPiecePower(fields[x, y].type);
}
}
allSteps.Add(sd);
}
}
}
}
return(allSteps);
}
