public void ReturnNextPossibleMovesReturnsNextPossibleValidMovesNormalMove()
{
// Arrange
var startingX = 4;
var startingY = 4;
var expected = GetDefaultMoveSet();
// Act
var actual = _movementHandler.ReturnNextPossibleMoves(startingX, startingY);
// Assert
actual.Should().BeEquivalentTo(expected);
}
public Square GetNextSquareToMoveTo(Square currentSquare)
{
var allMoves = _movementHandler.ReturnNextPossibleMoves(currentSquare.x, currentSquare.y);
var allAllowedMoves = RemoveLandedOnMoves(allMoves);
_movementHandler.CountOnwardsMoves(allAllowedMoves);
var LowestNumberMoves = allAllowedMoves.Where(x => x.numOnwardMoves != 0).Min(x => x.numOnwardMoves);
var potentialMoves = allAllowedMoves.Where(x => x.numOnwardMoves == LowestNumberMoves).ToList();
//If multiple, tiebreak
var optimalMove = potentialMoves[0];
if (potentialMoves.Count != 1)
{
optimalMove = TieBreak(potentialMoves);
}
var optimalSquare = GetSquare(optimalMove.xMove, optimalMove.yMove);
return(optimalSquare);
}