public twoLists BeAt(dragableLemming lemming, twoLists twoLists)
{
twoLists.lemmings.Add(lemming);
twoLists.directions.Add(Direction.Down);
lemming.savedStep = Direction.Down;
return(twoLists);
}
public void manageMoves(List <dragableLemming> lemmingss, List <Direction> directionss)
{
lemmings = new List <dragableLemming>(lemmingss);
directions = new List <Direction>(directionss);
twoLists.directions.Clear();
twoLists.lemmings.Clear();
twoLists = getTargetFields();
moveLemmings(twoLists.lemmings);
if (loss)
{
loose(fellOff); return;
}
checkForWin(startingLemmings);
if (win)
{
owner.stateMachine.ChangeState(new WinState(owner, boardInput)); owner.infoGatherer.sendWin(); return;
}
checkForFlame(twoLists.lemmings);
if (loss)
{
loose(fire); return;
}
checkForClockWise(twoLists.lemmings);
checkForCounterClockwise(twoLists.lemmings);
checkForFlame(startingLemmings);
if (loss)
{
loose(fire); return;
}
checkForTrappedLemming(startingLemmings);
if (loss)
{
loose(trapped); return;
}
reactToFields();
infoGatherer.retrieveHeat(calcHeat());
infoGatherer.retrieveWinDistances(calcDistToWin());
if (twoLists.lemmings.Count == 0)
{
return;
}
else
{
manageMoves(twoLists.lemmings, twoLists.directions);
}
}
void reactToFields()
{
lemmings = new List <dragableLemming>(twoLists.lemmings);
twoLists.lemmings.Clear();
twoLists.directions.Clear();
for (int i = 0; i < lemmings.Count; i++)
{
twoLists = lemmings[i].Feld.BeAt(lemmings[i], twoLists);
}
}
public twoLists BeAt(dragableLemming lemming, twoLists twoLists)
{
switch (lemming.savedStep)
{
case Direction.Up: twoLists.lemmings.Add(lemming); twoLists.directions.Add(Direction.Up);
lemming.savedStep = Direction.None; return(twoLists);
case Direction.Down: twoLists.lemmings.Add(lemming); twoLists.directions.Add(Direction.Down);
lemming.savedStep = Direction.None; return(twoLists);
case Direction.Right: twoLists.lemmings.Add(lemming); twoLists.directions.Add(Direction.Right);
lemming.savedStep = Direction.None; return(twoLists);
case Direction.Left: twoLists.lemmings.Add(lemming); twoLists.directions.Add(Direction.Left);
lemming.savedStep = Direction.None; return(twoLists);
}
return(twoLists);
}
public twoLists BeAt(dragableLemming lemming, twoLists twoLists)
{
twoLists.lemmings.Add(lemming);
twoLists.directions.Add(Direction.Left);
return(twoLists);
}
public twoLists BeAt(dragableLemming lemming, twoLists twoLists)
{
return(twoLists);
}
