protected override void ProcessHandling(MovementSystem movementSystem)
{
#if UNITY_EDITOR
movementSystem.LateralMovement(Input.GetAxis("Horizontal") * Time.deltaTime);
movementSystem.LongitudinalMovement(Input.GetAxis("Vertical") * Time.deltaTime);
#endif
movementSystem.LateralMovement(Joystick.Horizontal / 5f * Time.deltaTime);
movementSystem.LongitudinalMovement(Joystick.Vertical / 5f * Time.deltaTime);
//bounds
var pos = Camera.main.WorldToViewportPoint(transform.position);
pos.x = Mathf.Clamp(pos.x, _minXBound, _maxXBound);
pos.y = Mathf.Clamp(pos.y, _minYBound, _maxYBound);
transform.position = Camera.main.ViewportToWorldPoint(pos);
}
//обработка движения
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime); //по оси Y
// по оси X
if (_isMovingRight) // вправо
{
if ((transform.position - _initialPosition).x < _horizontalMovementRange.y) // проверка на достижение левой границы
{
movementSystem.LateralMovement(Time.deltaTime * Vector3.left.x);
}
else
{
_isMovingRight = false;
}
}
else //влево
{
if ((transform.position - _initialPosition).x > _horizontalMovementRange.x) // проверка на достижение правой границы
{
movementSystem.LateralMovement(Time.deltaTime * Vector3.right.x);
}
else
{
_isMovingRight = true;
}
}
}
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
if (rotate) // РАЗРЕШЕНИЕ НА ПОВОРОТ
{
movementSystem.RoteteToTarget(enemytarget, rotateSpeed); // ПОВОРОТ НА ЦЕЛЬ
}
}
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
if (newTimer != 0)
{
HorizontalMove();
movementSystem.LateralMovement(direction * Time.deltaTime / 5);
}
}
//Кастомное движение объекта
protected override void ProcessHandling(MovementSystem movementSystem)
{
if (!GameAreaHelper.IsAllObjectInGameplayArea(gameObject.transform, _collider2D.bounds))
{
_isShipTouchedBorder = !_isShipTouchedBorder;
}
movementSystem.LongitudinalMovement(Time.deltaTime);
movementSystem.LateralMovement(Time.deltaTime, _isShipTouchedBorder);
}
protected override void ProcessHandling(MovementSystem movementSystem)
{
switch (_movementBehaviour)
{
case MovementBehaviour.Linear:
movementSystem.LongitudinalMovement(Time.deltaTime);
break;
case MovementBehaviour.Sinusoid:
movementSystem.LongitudinalMovement(Time.deltaTime);
movementSystem.LateralMovement((float)Mathf.Sin(transform.position.y));
break;
case MovementBehaviour.Random:
movementSystem.LongitudinalMovement(Time.deltaTime);
movementSystem.LateralMovement(Random.Range(-1, 2) * Time.deltaTime);
break;
}
}
private float _elapsedTimeLaterialMovement; // время в течении которого корабль движется боком
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
if (!_complicatedMovement) // если сложного движения нет, выходим из метода минуя логику бокового движения
{
return;
}
ProcessLateralMovement(movementSystem); // процесс бокового движения
}
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
// Меняем направление движения противника.
if (MoveRight)
{
movementSystem.LateralMovement(Time.deltaTime);
}
if (MoveLeft)
{
movementSystem.LateralMovement(Time.deltaTime * -1);
}
}
//движение врага по прямой (по направлению корабля)
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
}
// Both longitudinal and lateral movements
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
movementSystem.LateralMovement(Time.deltaTime * _evasionDirection);
}
protected void ProcessHandling()
{
_moveController.LongitudinalMovement(Time.deltaTime);
}
bool rocketReadyToFire = true; //Готовность ракет
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LateralMovement(Input.GetAxis("Mouse X") * Time.deltaTime);
movementSystem.LongitudinalMovement(Input.GetAxis("Mouse Y") * Time.deltaTime);
}
protected override void Move(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(-Time.deltaTime);
}
protected override void ProcessHandling(MovementSystem movementSystem)
{
movementSystem.LongitudinalMovement(Time.deltaTime);
movementSystem.SetPosition(new Vector2(Mathf.Sign(startArguement) * amplitude * Mathf.Sin(startArguement + transform.position.y / frequency),
transform.position.y));
}
public void Update()
{
_movementSystem.LongitudinalMovement(Time.deltaTime);
}
