public void UpdateUI(int currentHealth)
{
float progress = (float)currentHealth / m_MaxHealth;
m_LerpData.From = Image_FG.fillAmount;
m_LerpData.To = progress;
m_LerpData.Start();
}
void Fade(float alpha)
{
m_FadeImage.enabled = true;
m_LerpData = new Utils.InterpolationData <Color>(m_FadeTime);
m_LerpData.From = m_FadeImage.color;
m_LerpData.To = m_LerpData.From;
m_LerpData.To.a = alpha;
m_LerpData.Start();
}
public void AlignToOffset(Transform target, Vector3 offset)
{
m_Target = target;
//От текущей позиции до позиции цели с учетом смещения
m_PositionLerpData.From = transform.position;
m_PositionLerpData.To = m_Target.transform.position + offset;
//От текущего вращения
m_RotationLerpData.From = transform.rotation;
//m_RotationLerpData.To = Quaternion.LookRotation(m_Target.transform.position - transform.position);
m_PositionLerpData.Start();
}
public void Dodge(Vector2 dir)
{
if (m_DodgeTimeLerpData.IsStarted)
{
return;
}
m_DodgeDir = new Vector3(dir.x, 0, dir.y);
if (OnDodgeStarted != null)
{
OnDodgeStarted();
}
float dodgeTime = DodgeDist / DodgeSpeed;
m_DodgeTimeLerpData = new Utils.InterpolationData <float>(dodgeTime);
m_DodgeTimeLerpData.Start();
}
public virtual void StartAnimation(float targetValue)
{
m_LerpData.Start();
}
public void MoveToWithOffset(Transform target, Vector3 offset)
{
m_LerpData.From = transform.position;
m_LerpData.To = target.position + offset;
m_LerpData.Start();
}