private void MakeDungeon(Vec size, int depth)
{
// clear the grid
mOpenCount = 0;
mMadeUpStair = false;
mMadeDownStair = false;
mDungeon.Tiles.Fill(pos => new Tile(TileType.Wall));
mFactory = new FeatureFactory(this, depth);
// create a starting room
mUnusedConnectors.Clear();
mStartPos = mFactory.MakeStartingRoom().Center;
for (int tries = 0; (tries < mOptions.MaxTries) && (mUnusedConnectors.Count > 0); tries++)
{
// pull off the first unused connector
Connector connector = mUnusedConnectors[0];
bool success = false;
switch (connector.From)
{
case ConnectFrom.Room:
// try to add a hall
success = mFactory.MakeHall(connector);
break;
case ConnectFrom.Hall:
var feature = mDungeon.Game.Content.Features.CreateOne(depth);
success = mFactory.CreateFeature(feature, connector);
break;
}
// the connector has been tried
mUnusedConnectors.Remove(connector);
// if we failed to connect something, move the connector to the end of the list
// since it pulls connectors from the beginning, this should encourage
// the dungeon to spread out first instead of just hammering the same crowded
// connectors over and over again.
if (!success)
{
mUnusedConnectors.Add(connector);
}
}
}
public RoomDecorator(FeatureFactory factory, Action <Vec> insideRoom)
{
mInsideRoom = insideRoom;
mFactory = factory;
mDecoration = mFactory.ChooseInnerWall();
}
