public void SetMapSideMark(int line, int col, General.Legend mark)
{
if (line > 0 && col > 0 &&
line < General.TilesVertically &&
col < General.TilesHorizontaly &&
Map[line][col] != (int)General.Legend.PlayerPath &&
Map[line][col] != (int)General.Legend.DragonPath)
{
Map[line][col] = (int)mark;
}
}
public int FillMapForMark(int line, int col, General.Legend mark)
{
if (Map[line][col] == (int)General.Legend.PlayerPath || Map[line][col] == (int)General.Legend.DragonPath)
{
return(0);
}
Map[line][col] = 100 * (int)mark; // mark map with mark int value
return(1 + FillMapForMark(line - 1, col, mark)
+ FillMapForMark(line, col + 1, mark)
+ FillMapForMark(line + 1, col, mark)
+ FillMapForMark(line, col - 1, mark));
}
private Point GetFirstMarkPoint(int[][] map, General.Legend mark)
{
for (int line = 0; line < General.TilesVertically; line++)
{
for (int col = 0; col < General.TilesHorizontaly; col++)
{
if (Map[line][col] == (int)mark)
{
return(new Point(col, line));
}
}
}
return(Point.Zero);
}
private int FillMapForMark(General.Legend mark, Point toMark, int marks)
{
Map[toMark.Y][toMark.X] = (int)mark * 100; // transform in area mark
for (int line = -1; line < 1; line++)
{
for (int col = -1; col < toMark.Y; col++)
{
if (Math.Abs(col + line) == 1)
{
if (!OutOfScreen(new Point(toMark.Y + line, toMark.X + col)))
{
if (Map[toMark.Y + line][toMark.X + col] == (int)mark)
{
return(marks + FillMapForMark(mark, new Point(toMark.X + col, toMark.Y + line), marks));
}
}
}
}
}
return(marks);
}
