void Update()
{
Vector2Int objectPosition = VectorTransformer.Vector3ToVector2Int(transform.position);
Vector2Int downPosition = VectorTransformer.Vector2IntDown(objectPosition);
if (!_fallControl)
{
_fallControl = true;
StartCoroutine(WaitFall(objectPosition, downPosition));
}
if (!_gridController.CellIsEmptyWithoutCharacter(downPosition))
{
_startFallFrom = objectPosition;
}
//Se o objeto abaixo deste é Slider e na posição do lado e lado baixo estão vazias a pedra escorrega
if (_gridController.HasGridObjectAt(downPosition))
{
Transform downObject = _gridController.GetObject(downPosition);
if (downObject.CompareTag("SlideObject") || downObject.CompareTag("Rock"))//verifica se o de baixo é slider
{
if (!_gridController.HasNextFreeSpace(objectPosition, Direction.Down))
{
Vector2Int leftPosition = VectorTransformer.Vector2IntLeft(objectPosition);
if (_gridController.CellIsEmpty(leftPosition)) //Verifica lado esquerdo
{
if (_gridController.CellIsEmpty(VectorTransformer.Vector2IntDown(leftPosition))) //Verifica esquerdo baixo
{
//Desliza
StartCoroutine(WaitSlide(objectPosition, leftPosition));
return;
}
}
Vector2Int rightPosition = VectorTransformer.Vector2IntRight(objectPosition); //Verifica lado direito
if (_gridController.CellIsEmpty(rightPosition))
{
if (_gridController.CellIsEmpty(VectorTransformer.Vector2IntDown(rightPosition))) //Verifica direita baixo
{
//Desliza
StartCoroutine(WaitSlide(objectPosition, rightPosition));
return;
}
}
}
}
}
if (_gridController.characterPosition.Equals(downPosition))
{
if (!_startFallFrom.Equals(VectorTransformer.NullPoint) & _startFallFrom.y > _gridController.characterPosition.y + 1)
{
_gridController.character.GetComponent <Lose>().StageLose();
}
}
}
private bool CanBePushed(Vector2Int positionDirection, Direction direction)
{
Vector2Int vectorDirection = (direction == Direction.Right) ? Vector2Int.right : Vector2Int.left;
if (_gridController.HasGridObjectAt(positionDirection)
& _gridController.CellIsEmpty(positionDirection + vectorDirection)
& !_gridController.CellIsEmpty(positionDirection + Vector2Int.down))
{
if (_gridController.GetObject(positionDirection).CompareTag("Rock"))
{
return(true);
}
}
return(false);
}
IEnumerator DestroyStar(GameObject star, GameObject background, Vector3 position)
{
yield return(new WaitForSeconds(0.4f));
Destroy(star);
Destroy(background);
if (_gridController.CellIsEmpty(VectorTransformer.Vector3ToVector2Int(position)))
{
GameObject diamond = Instantiate(prefabDiamond, position, Quaternion.identity);
_gridController.AddObjectToGrid(diamond.transform);
}
}
IEnumerator Walk()
{
Vector2Int position = VectorTransformer.Vector3ToVector2Int(transform.position);
//Direction newLeft = TurnLeft(_direction);
newLeft = TurnLeft(_direction);
Vector2Int leftPosition = VectorTransformer.DirectionToVector2Int(position, newLeft);
Vector2Int frontPosition = VectorTransformer.DirectionToVector2Int(position, _direction);
Debug.Log("Iniciou: " + _direction + '-' + newLeft);
//Verificar se pode ir para esquerda. Se sim vira e anda
if (_gridController.CellIsEmpty(leftPosition))
{
_direction = newLeft;
_gridController.MoveObject(position, leftPosition);
transform.position = VectorTransformer.Vector2IntToVector3Int(leftPosition);
Debug.Log("Go Left: " + _direction + "-" + newLeft);
}
//Se não anda para frente
else if (_gridController.CellIsEmpty(frontPosition))
{
_gridController.MoveObject(position, frontPosition);
transform.position = VectorTransformer.Vector2IntToVector3Int(frontPosition);
Debug.Log("Go Ahead: " + _direction + "-" + newLeft);
}
//Senão puder andar para esquerda nem para frente apenas vira a direita
else
{
_direction = TurnRight(_direction);
Debug.Log("Turn Right: " + _direction + "-" + newLeft);
}
yield return(new WaitForSeconds(0.5f));
_coroutineControl = true;
}
// Update is called once per frame
void Update()
{
Vector2Int objectPosition = VectorTransformer.Vector3ToVector2Int(transform.position);
Debug.Log(objectPosition + "-" + Time.frameCount);
Vector2Int downPosition = VectorTransformer.Vector2IntDown(objectPosition);
if (_gridController.CellIsEmpty(downPosition))
{
if (!_isFalling & _downReallyFree)
{
if (!AlreadyFallTo(downPosition))
{
_isFalling = true;
Debug.Log("Fall" + "-" + Time.frameCount);
//Debug.Log(transform.name + ": " + "_isFalling: " + _isFalling);
StartCoroutine(WaitFall(objectPosition, downPosition));
//Debug.Log(_gridController.HasGridObjectAt(downPosition));
//Debug.Log("Fall" + "-" + Time.frameCount);
_startFallFrom = objectPosition;
}
}
}
//Se o objeto abaixo deste é Slider e na posição do lado e lado baixo estão vazias a pedra escorrega
else if (_gridController.HasGridObjectAt(downPosition))
{
//verifica se o de baixo é slider
Transform downObject = _gridController.GetObject(downPosition);
if (downObject.tag.Equals("SlideObject"))
{
if (_gridController.CellIsEmpty(VectorTransformer.Vector2IntDown(downPosition)))
{
_downReallyFree = false;
StartCoroutine(WaitHalfSecond());
return;
}
//Verifica lado esquerdo
Vector2Int leftPosition = VectorTransformer.Vector2IntLeft(objectPosition);
if (_gridController.CellIsEmpty(leftPosition))
{
//Verifica esquerdo baixo
if (_gridController.CellIsEmpty(VectorTransformer.Vector2IntDown(leftPosition)))
{
//Desliza
StartCoroutine(WaitSlide(objectPosition, leftPosition));
return;
}
}
//Verifica lado direito
Vector2Int rightPosition = VectorTransformer.Vector2IntRight(objectPosition);
if (_gridController.CellIsEmpty(rightPosition))
{
//Verifica direita baixo
if (_gridController.CellIsEmpty(VectorTransformer.Vector2IntDown(rightPosition)))
{
//Desliza
StartCoroutine(WaitSlide(objectPosition, rightPosition));
return;
}
}
}
}
}
