private float Move(float position, float target, float trackSpeed)
{
if (position == target)
{
return(position);
}
else
{
Bounds cameraBounds = CameraViewPort.OrthographicBounds();
float distanceToLeftBorder = Mathf.Sqrt((cameraBounds.center.x - cameraBounds.min.x) * (cameraBounds.center.x - cameraBounds.min.x));
float distanceToRightBorder = Mathf.Sqrt((cameraBounds.center.x - cameraBounds.max.x) * (cameraBounds.center.x - cameraBounds.max.x));
float direction = Mathf.Sign(target - position);
float nextPosition = position + trackSpeed * Time.deltaTime * direction;
float nextPositionAndLeftBorderDistance = Mathf.Sqrt((nextPosition - LeftBorder.transform.position.x) * (nextPosition - LeftBorder.transform.position.x));
float nextPositionAndRightBorderDistance = Mathf.Sqrt((nextPosition - RightBorder.transform.position.x) * (nextPosition - RightBorder.transform.position.x));
if (nextPositionAndLeftBorderDistance <= distanceToLeftBorder || nextPositionAndRightBorderDistance <= distanceToRightBorder)
{
return(position);
}
else
{
position = nextPosition;
return((direction == Mathf.Sign(target - position)) ? position: target);
}
}
}
void Update()
{
Move();
Bounds cameraBounds = CameraViewPort.OrthographicBounds();
if (transform.position.x > cameraBounds.max.x || transform.position.x < cameraBounds.min.x)
{
Destroy(this.gameObject);
}
}
private bool IsInCamera()
{
Bounds cameraBounds = CameraViewPort.OrthographicBounds();
return(Camera.main != null ? (transform.position.x < cameraBounds.max.x && transform.position.x > cameraBounds.min.x) : false);
}
