private void AddLockChain(Map <Template, Room> map, ref int tick, Template current, Skid keys)
{
if (Roll() <= 10)
{
// () - R - L - key
// \-(k)- L - ()
var r = map.CreateTemplate(TemplateType.RoomChooser);
var keyL = map.CreateTemplate(TemplateType.LayoutChooser);
var lockedL = map.CreateTemplate(TemplateType.LayoutChooser);
int key = keys.Next();
current.SwapLeft(r);
r.ConnectTo(keyL);
r.ConnectTo(lockedL).Lock = new Key(key);
keyL.ConnectTo(map.CreateRoom(RoomType.Key, key));
current.SwapRight(lockedL);
}
else
{
tick++;
// () - r - K - ()
// \ - K - GB
var r = map.CreateTemplate(TemplateType.RoomChooser);
var newK = map.CreateTemplate(TemplateType.LockChain);
var gb = map.CreateTemplate(TemplateType.BonusGoal);
current.SwapLeft(r);
r.ConnectTo(current);
r.ConnectTo(newK);
newK.ConnectTo(gb);
map.Track(current); // Reuse key sequence
}
}
private void AddSwitchedSection(Map <Template, Room> map, Template current, Skid switches)
{
int state = switches.Next();
var r = current.ReplaceWith(map.CreateTemplate(TemplateType.RoomChooser));
foreach (var hall in r.Exit)
{
hall.Lock = new Switch(state); // seal the normal exits
}
r.ConnectTo(map.CreateTemplate(TemplateType.SwitchSeq, state));
if (Roll() > 10)
{
// Add switch-lock
var sl = map.CreateTemplate(TemplateType.SwitchLockSeq, state);
var gb = map.CreateTemplate(TemplateType.BonusGoal);
r.ConnectTo(sl);
sl.ConnectTo(gb);
}
}