Tuple <EntranceSide, Tile> GenerateEntranceAtSide(EntranceSide side)
{
var tile = GenerateEntrance(dungeonNode.Sides[side]);
Tuple <EntranceSide, Tile> res = new Tuple <EntranceSide, Tile>(side, tile);
return(res);
}
private EntranceSide CalcSide(EntranceSide current, EntranceSide next, float chanceForLevelTurn)//, int currentNodeIndex)
{
if (info != null && info.ForcedNextRoomSide != null)
{
return(info.ForcedNextRoomSide.Value);
}
EntranceSide side = GetRandSide();
if (current == next)
{
if (RandHelper.GetRandomDouble() >= chanceForLevelTurn)
{
side = side == EntranceSide.Bottom ? EntranceSide.Right : EntranceSide.Bottom;
}
}
return(side);
}
//methods
internal List <IDoor> GenerateLayoutDoors(EntranceSide side, int nextNodeIndex, bool secret, bool overWallls = false)
{
var res = new List <IDoor>();
List <Wall> wall = sides[side];
if (secret)
{
var count = sides[side].Count;
var diff = GenerationInfo.MaxRoomSideSize - GenerationInfo.MinRoomSideSize;
int counter = 0;
bool added = false;
while (counter < 100)
{
counter++;
var index = Enumerable.Range(diff, (count - diff * 2) - 2).ToList().GetRandomElem();
//var allowed = AreDoorAllowedToPutOn(wall[index]);
//if (!allowed)
//{
// continue;
//}
var door = CreateDoor(wall[index]) as IDoor;
door.Secret = true;
res.Add(door);
added = true;
break;
}
Debug.Assert(added);
return(res);
}
for (int i = 0; i < wall.Count; i++)
{
if (i > 0 && i % 2 == 0)// && (side != EntranceSide.Bottom || i < nextNode.Width))
{
res.Add(CreateDoor(wall[i]) as Door);
}
}
return(res);
}
public AppendNodeInfo(DungeonNode node)
{
Position = new Point();
side = EntranceSide.Left;
DungeonNode = node;
}
Tuple <EntranceSide, Tile> GenerateEntranceAtRandomSide(EntranceSide[] skip = null)
{
EntranceSide side = RandHelper.GetRandomEnumValue <EntranceSide>(skip);
return(GenerateEntranceAtSide(side));
}
