private List <GameStateReaderHerse> buildHerses()
{
List <GameStateReaderHerse> herses = new List <GameStateReaderHerse>();
foreach (var cells in map)
{
foreach (var cell in cells)
{
int x = board.ConvertX(cell.x);
int y = board.ConvertY(cell.y);
for (int bgaDir = 0; bgaDir < 4; ++bgaDir)
{
int dir = board.ConverHerseDirection(bgaDir);
GameStateReaderHerse herse = null;
switch (cell.walls[bgaDir])
{
case "portcullis_closed":
herse = new GameStateReaderHerse(x, y, dir, false, false);
break;
case "portcullis_open":
herse = new GameStateReaderHerse(x, y, dir, false, true);
break;
case "portcullis_broken":
herse = new GameStateReaderHerse(x, y, dir, true, false);
break;
}
if (herse != null)
{
bool alreadyRegistered = false;
foreach (var h in herses)
{
if (h.IsOpposite(herse))
{
Debug.Assert(h.SameState(herse));
alreadyRegistered = true;
break;
}
}
if (!alreadyRegistered)
{
string message = string.Format("READER: create herse ({0},{1})-{2} -> ({3},{4})/({5},{6}) in state {7}",
x, y, dir, herse.x1, herse.y1, herse.x2, herse.y2, herse.broken ? "broken" : (herse.open ? "open" : "close"));
Multi.Logger.Instance.Log("LOG", message);
herses.Add(herse);
}
}
}
}
}
return(herses);
}
public bool SameState(GameStateReaderHerse herse)
{
return((broken == herse.broken) && (open == herse.open));
}
public bool IsOpposite(GameStateReaderHerse herse)
{
return((x1 == herse.x2) && (y1 == herse.y2) && (x2 == herse.x1) && (y2 == herse.y1));
}
