public twoLists BeAt(dragableLemming lemming, twoLists twoLists)
{
twoLists.lemmings.Add(lemming);
twoLists.directions.Add(Direction.Down);
lemming.savedStep = Direction.Down;
return(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);
}
twoLists getTargetFields()
{
for (int i = 0; i < lemmings.Count; i++)
{
IFeld currentFeld = lemmings[i].board.boardFelder[lemmings[i].currentFeld];
IFeld targetFeld = lemmings[i].board.boardFelder[getAdjacentField(lemmings[i].currentFeld, directions[i])];
Direction currentDirection = directions[i];
if (
currentFeld.TryFrom(currentDirection) &&
targetFeld.TryTo(currentDirection)
)
{
currentLemming = lemmings[i];
currentLemming.currentFeld = getAdjacentField(currentLemming.currentFeld, currentDirection);
currentLemming.Feld = currentLemming.board.boardFelder[currentLemming.currentFeld];
twoLists.lemmings.Add(currentLemming);
twoLists.directions.Add(currentDirection);
}
}
return(twoLists);
}
public void getLemming(dragableLemming lemming)
{
board.changeLemmingPos(boardPos);
}
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);
}
