public bool move_checker(pair<int, int> figure_position, pair<int, int> where_to_move)
{
bool is_some_errors = false;
if (_board[figure_position.First, figure_position.Second].figure_color == "white")
{
switch (_board[figure_position.First, figure_position.Second].figure_name)
{
case "p":
if (where_to_move.Second == figure_position.Second && figure_position.First - where_to_move.First == 1)
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "empty_color")
figure.swap(ref _board[figure_position.First, figure_position.Second], ref _board[where_to_move.First, where_to_move.Second]);
else
is_some_errors = true;
}
else if (figure_position.First - where_to_move.First == 1 && Math.Abs(where_to_move.Second - figure_position.Second) == 1)
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "black")
{
felled_black_figures.Add(_board[where_to_move.First, where_to_move.Second]);
_board[where_to_move.First, where_to_move.Second] = _board[figure_position.First, figure_position.Second];
_board[figure_position.First, figure_position.Second] = new figure();
}
else
is_some_errors = true;
int i = 0;
}
else
is_some_errors = true;
if (_board[figure_position.First, figure_position.Second].figure_color == "white")
i = 1;
else if (_board[figure_position.First, figure_position.Second].figure_color == "black")
i = -1;
break;
}
}
else if (_board[figure_position.First, figure_position.Second].figure_color == "black")
switch (_board[figure_position.First, figure_position.Second].figure_name)
{
switch (_board[figure_position.First, figure_position.Second].figure_name)
{
case "p":
if (where_to_move.Second == figure_position.Second && figure_position.First - where_to_move.First == -1)
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "empty_color")
figure.swap(ref _board[figure_position.First, figure_position.Second], ref _board[where_to_move.First, where_to_move.Second]);
else
is_some_errors = true;
}
else if (figure_position.First - where_to_move.First == -1 && Math.Abs(where_to_move.Second - figure_position.Second) == -1)
case "p":
if (where_to_move.Second == figure_position.Second && figure_position.First - where_to_move.First == 1 * i)
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "empty_color")
figure.swap(ref _board[figure_position.First, figure_position.Second], ref _board[where_to_move.First, where_to_move.Second]);
else
is_some_errors = true;
}
else if (figure_position.First - where_to_move.First == 1 * i && Math.Abs(where_to_move.Second - figure_position.Second) == 1 * i)
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "black")
{
if (_board[where_to_move.First, where_to_move.Second].figure_color == "white")
{
felled_white_figures.Add(_board[where_to_move.First, where_to_move.Second]);
_board[where_to_move.First, where_to_move.Second] = _board[figure_position.First, figure_position.Second];
_board[figure_position.First, figure_position.Second] = new figure();
}
else
is_some_errors = true;
felled_figures.Add(_board[where_to_move.First, where_to_move.Second]);
_board[where_to_move.First, where_to_move.Second] = _board[figure_position.First, figure_position.Second];
_board[figure_position.First, figure_position.Second] = new figure();
}
else
is_some_errors = true;
}
else
is_some_errors = true;
break;
}
break;
}
public figure(string name, string color, int pos_x, int pos_y)
{
this.position = new pair<int, int>(pos_x, pos_y);
this.figure_name = name;
this.figure_color = color;
}