void Start()
{
attack = DoAttack;
canAttack = true;
animHandler = GetComponent <YT_PCAnimationHandler>();
itemCharge = GetComponent <ItemCharge>();
activeItem = GetComponentInChildren <ItemDetection>();
}
IEnumerator AttackIntervale()
{
yield return(new WaitForSeconds(attackIntervale));
canAttack = true;
Debug.Log("AttackIntervaleOver");
yield return(attack = DoAttack);
StopAllCoroutines();
}
IEnumerator cacAttackCoroutine()
{
yield return(new WaitForSeconds(impactTime));
canAttack = false;
print("Hello");
yield return(new WaitForSeconds(0.1f));
animHandler.animator.SetBool("Attack", false);
yield return(attack = dontAttack);
print("Goodbye");
}
public void HandleAttack(attackFunc attack, IHitable target, FSMbase sender, float attackPoint, bool cancelAttack = false, bool isKnockBack = false)
{
AttackMessage m = attack.Invoke(target, sender, attackPoint);
if (!m.criCalculated)
{
m.CriCalculate(sender.status.getCurrentStat(STAT.CriticalPoint), sender.status.getCurrentStat(STAT.CriticalDamage));
}
m.CalcDefense(target, sender);
target.TakeAttack(m.FinalDamage, cancelAttack);
if (isKnockBack)
{
target.TakeKnockBack(m.knockBackForce, m.knockBackDir);
}
var mHit = target as HitableBase;
if (effectManager != null)
{
if (mHit == null)
{
effectManager.defaultEffect(target, m.isCritical ? m.critEffectType : m.effectType);
}
}
}
