public IEnumerator Moving(Vector2Int direction)
{
stateName = "Moving";
List <PlayerController> relasePlayers = new List <PlayerController>();
unHandledAction = (playerController) => {
if (!relasePlayers.Contains(playerController))
{
relasePlayers.Add(playerController);
}
};
PlayerHundle.isPushingHouse = true;
PlayerKeyboard.isPushingHouse = true;
if (!PlayerHundle.EnergyCost() || !PlayerKeyboard.EnergyCost())
{
unHandledAction = null;
PlayerHundle.isPushingHouse = false;
PlayerKeyboard.isPushingHouse = false;
ChangeState(Idle());
}
while (true)
{
foreach (var player in handledPlayers)
{
player.UseEnerge();
}
foreach (var grid in gridPositions)
{
grid.rounded = false;
}
var start = unitController.mapUnit.GetOriginPointInt();
var end = start + direction;
Vector2 housePos = start;
float moveTime = 1 / (movingSpeed + handledPlayers[0].player.PushingSpeed);
{
float timeCount = 0;
while (timeCount < moveTime)
{
housePos = Vector2.Lerp(start, end, timeCount / moveTime);
unitController.mapUnit.SetPosition(housePos);
yield return(null);
timeCount += Time.deltaTime;
}
}
unitController.mapUnit.SetPositionInt(end);
foreach (var grid in gridPositions)
{
grid.rounded = true;
}
if (relasePlayers.Count > 0)
{
foreach (var player in relasePlayers)
{
player.ChangeState(player.Idle());
handledPlayers.Remove(player);
}
relasePlayers.Clear();
break;
}
else if (!MapEmpty(direction))
{
break;
}
foreach (var player in handledPlayers)
{
if (!player.CouldMoveHouse())
{
player.ChangeState(player.Idle());
handledPlayers.Remove(player);
break;
}
}
if (!PlayerHundle.EnergyCost() || !PlayerKeyboard.EnergyCost())
{
break;
}
}
unHandledAction = null;
PlayerHundle.isPushingHouse = false;
PlayerKeyboard.isPushingHouse = false;
ChangeState(Idle());
}