public static void MoveToClosestTarget(MonoBehaviour caller, Dictionary <Point, List <Point> > allPaths, Unit unit, int range, Point targetUnit)
{
Dictionary <Point, int> adjacentTargetPoints = AIUtils.AdjacentPointsToTarget(allPaths, unit.GetPosition(), targetUnit);
foreach (var item in adjacentTargetPoints)
{
//// Logcat.I($"Moving {this.Unit.GetPosition()} to closest target by adjacent tiles {item.Key} within distance {item.Value}");
if (item.Value <= range)
{
List <Point> path = allPaths[item.Key];
SetPathOrder(path, unit);
List <Point> pathToTarget = path.Count > range + 1 ? path.GetRange(0, range + 1) : path;
PlacementEffects placement = new PlacementEffects();
caller.StartCoroutine(placement.LerpMovementPath(caller, unit, pathToTarget));
return;
}
}
}
public static void MoveToTarget(MonoBehaviour caller, Dictionary <Point, List <Point> > allValidPaths, Unit unit, int range, Point targetUnit)
{
Dictionary <Point, int> adjacentTargetPoints = AIUtils.AdjacentPointsToTarget(allValidPaths, unit.GetPosition(), targetUnit);
if (adjacentTargetPoints.Count == 0)
{
return;
}
Point pointTarget = adjacentTargetPoints.First().Key;
List <Point> path = allValidPaths[pointTarget];
SetPathOrder(path, unit);
//// Logcat.I($"path.Count {path.Count()} range {this.Range} distance {adjacentTargetPoints.First().Value}");
if (path.Count() > range)
{
PlacementEffects placement = new PlacementEffects();
caller.StartCoroutine(placement.LerpMovementPath(caller, unit, path.GetRange(0, range + 1)));
//// PlacementHelper.Move(unit, path[range], new MovementActionValidator());
}
}