public void CanTurnRow(SimpleDirectionTurn directionTurn, int rowIndex, bool isReverse)
{
var cube = new RubiksCube(3);
cube.Turn(directionTurn);
AssertRowTurn(cube, rowIndex, isReverse);
}
public void Turn(SimpleDirectionTurn turn)
{
var maxIndex = (ushort)(Size - 1);
switch (turn)
{
case SimpleDirectionTurn.Front:
Turn(TurnType.Line, maxIndex, TurnDirection.Normal);
break;
case SimpleDirectionTurn.FrontReverse:
Turn(TurnType.Line, maxIndex, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Left:
Turn(TurnType.Column, 0, TurnDirection.Normal);
break;
case SimpleDirectionTurn.LeftReverse:
Turn(TurnType.Column, 0, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Right:
Turn(TurnType.Column, maxIndex, TurnDirection.Normal);
break;
case SimpleDirectionTurn.RightReverse:
Turn(TurnType.Column, maxIndex, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Top:
Turn(TurnType.Line, 0, TurnDirection.Normal);
break;
case SimpleDirectionTurn.TopReverse:
Turn(TurnType.Line, 0, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Bottom:
Turn(TurnType.Line, maxIndex, TurnDirection.Normal);
break;
case SimpleDirectionTurn.BottomReverse:
Turn(TurnType.Line, maxIndex, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Back:
Turn(TurnType.Line, 0, TurnDirection.Normal);
break;
case SimpleDirectionTurn.BackReverse:
Turn(TurnType.Line, 0, TurnDirection.Reverse);
break;
case SimpleDirectionTurn.Center:
Turn(TurnType.Line, Middle, TurnDirection.Normal);
break;
case SimpleDirectionTurn.CenterReverse:
Turn(TurnType.Line, Middle, TurnDirection.Reverse);
break;
default:
throw new ArgumentOutOfRangeException(nameof(turn), turn, null);
}
}