public static List <RoomOutline> GenerateRoomOutlines(CellRect initialRect, Map map, int divisionsCount, int finalRoomsCount, int maxRoomCells)
{
List <RoomOutline> list = new List <RoomOutline>();
list.Add(new RoomOutline(initialRect));
int num = 0;
RoomOutline roomOutline = default(RoomOutline);
while (num < divisionsCount && (from x in list
where x.CellsCountIgnoringWalls >= 32
select x).TryRandomElementByWeight <RoomOutline>((Func <RoomOutline, float>)((RoomOutline x) => (float)Mathf.Max(x.rect.Width, x.rect.Height)), out roomOutline))
{
bool flag = roomOutline.rect.Height > roomOutline.rect.Width;
if ((!flag || roomOutline.rect.Height > 6) && (flag || roomOutline.rect.Width > 6))
{
RoomOutlinesGenerator.Split(roomOutline, list, flag);
}
num++;
}
while (list.Any((RoomOutline x) => x.CellsCountIgnoringWalls > maxRoomCells))
{
RoomOutline roomOutline2 = (from x in list
where x.CellsCountIgnoringWalls > maxRoomCells
select x).RandomElement();
bool horizontalWall = roomOutline2.rect.Height > roomOutline2.rect.Width;
RoomOutlinesGenerator.Split(roomOutline2, list, horizontalWall);
}
while (list.Count > finalRoomsCount)
{
list.Remove(list.RandomElement());
}
return(list);
}
public static List <RoomOutline> GenerateRoomOutlines(CellRect initialRect, Map map, int divisionsCount, int finalRoomsCount, int maxRoomCells)
{
List <RoomOutline> list = new List <RoomOutline>();
list.Add(new RoomOutline(initialRect));
for (int i = 0; i < divisionsCount; i++)
{
if (!list.Where((RoomOutline x) => x.CellsCountIgnoringWalls >= 32).TryRandomElementByWeight((RoomOutline x) => Mathf.Max(x.rect.Width, x.rect.Height), out RoomOutline result))
{
break;
}
bool flag = result.rect.Height > result.rect.Width;
if ((!flag || result.rect.Height > 6) && (flag || result.rect.Width > 6))
{
Split(result, list, flag);
}
}
while (list.Any((RoomOutline x) => x.CellsCountIgnoringWalls > maxRoomCells))
{
RoomOutline roomOutline = list.Where((RoomOutline x) => x.CellsCountIgnoringWalls > maxRoomCells).RandomElement();
bool horizontalWall = roomOutline.rect.Height > roomOutline.rect.Width;
Split(roomOutline, list, horizontalWall);
}
while (list.Count > finalRoomsCount)
{
list.Remove(list.RandomElement());
}
return(list);
}
private static void Split(RoomOutline room, List <RoomOutline> allRooms, bool horizontalWall)
{
allRooms.Remove(room);
if (horizontalWall)
{
int z = room.rect.CenterCell.z;
allRooms.Add(new RoomOutline(new CellRect(room.rect.minX, room.rect.minZ, room.rect.Width, z - room.rect.minZ + 1)));
allRooms.Add(new RoomOutline(new CellRect(room.rect.minX, z, room.rect.Width, room.rect.maxZ - z + 1)));
}
else
{
int x = room.rect.CenterCell.x;
allRooms.Add(new RoomOutline(new CellRect(room.rect.minX, room.rect.minZ, x - room.rect.minX + 1, room.rect.Height)));
allRooms.Add(new RoomOutline(new CellRect(x, room.rect.minZ, room.rect.maxX - x + 1, room.rect.Height)));
}
}
public static List <RoomOutline> GenerateRoomOutlines(CellRect initialRect, Map map, int divisionsCount, int finalRoomsCount, int maxRoomCells)
{
List <RoomOutline> list = new List <RoomOutline>();
list.Add(new RoomOutline(initialRect));
for (int i = 0; i < divisionsCount; i++)
{
RoomOutline roomOutline;
if (!(from x in list
where x.CellsCountIgnoringWalls >= 32
select x).TryRandomElementByWeight((RoomOutline x) => (float)Mathf.Max(x.rect.Width, x.rect.Height), out roomOutline))
{
break;
}
bool flag = roomOutline.rect.Height > roomOutline.rect.Width;
if (!flag || roomOutline.rect.Height > 6)
{
if (flag || roomOutline.rect.Width > 6)
{
RoomOutlinesGenerator.Split(roomOutline, list, flag);
}
}
}
while (list.Any((RoomOutline x) => x.CellsCountIgnoringWalls > maxRoomCells))
{
RoomOutline roomOutline2 = (from x in list
where x.CellsCountIgnoringWalls > maxRoomCells
select x).RandomElement <RoomOutline>();
bool horizontalWall = roomOutline2.rect.Height > roomOutline2.rect.Width;
RoomOutlinesGenerator.Split(roomOutline2, list, horizontalWall);
}
while (list.Count > finalRoomsCount)
{
list.Remove(list.RandomElement <RoomOutline>());
}
return(list);
}
internal bool <> m__1(RoomOutline x)
{
return(x.CellsCountIgnoringWalls > this.maxRoomCells);
}
private static float <GenerateRoomOutlines> m__1(RoomOutline x)
{
return((float)Mathf.Max(x.rect.Width, x.rect.Height));
}
private static bool <GenerateRoomOutlines> m__0(RoomOutline x)
{
return(x.CellsCountIgnoringWalls >= 32);
}
