/// <summary>
/// Bishop Can move diagonally
/// </summary>
/// <param name="currentPosition"></param>
/// <returns></returns>
public override List <string> Moves(string currentPosition)
{
var nextPossibleMove = new List <int>();
var indexs = Helper.GetPositionIndexAndRowIndex(currentPosition);
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveUpward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveDownward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveReverseUpward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveReverseDownward(indexs.currentPositionIndex, indexs.rowIndex));
//Check if the positions are not occupied and are valid moves
return(Helper.GettingActualPossibleMove(nextPossibleMove));
}
/// <summary>
/// Queen Can move any direction
/// </summary>
/// <param name="currentPosition"></param>
/// <returns></returns>
public override List <string> Moves(string currentPosition)
{
var nextPossibleMove = new List <int>();
var indexs = Helper.GetPositionIndexAndRowIndex(currentPosition);
//Possible Moves
nextPossibleMove.AddRange(verticalMoves.VerticalDownMoves(indexs.currentPositionIndex));
nextPossibleMove.AddRange(verticalMoves.VerticalUpMoves(indexs.currentPositionIndex));
nextPossibleMove.AddRange(horizontalMoves.HorizontalForwardMoves(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(horizontalMoves.HorizontalReverseMoves(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveDownward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveUpward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveReverseUpward(indexs.currentPositionIndex, indexs.rowIndex));
nextPossibleMove.AddRange(diagonalMoves.DiagonalMoveReverseDownward(indexs.currentPositionIndex, indexs.rowIndex));
//Check if the positions are not occupied
return(Helper.GettingActualPossibleMove(nextPossibleMove));
}
