IEnumerator StatusDelay(float duration, int startAttackRate, Damage.Resist startResist, float startSpeed, float startDamage)
{
yield return(new WaitForSeconds(duration));
unit.attackRate = startAttackRate;
unit.resists = startResist;
unit.speed = startSpeed;
unit.damage = startDamage;
unit.StatusAffected = false;
}
public void TakeStatus(Status.Packet packet)
{
if (unit.StatusAffected)
{
return;
}
int startAttackRate = unit.attackRate;
Damage.Resist startResist = unit.resists;
float startSpeed = unit.speed;
float startDamage = unit.damage;
switch (packet.type)
{
case Status.Type.Shock:
unit.resists.physResist /= Status.shockDefenseMultiplier;
unit.resists.lightningResist /= Status.shockDefenseMultiplier;
unit.resists.coldResist /= Status.shockDefenseMultiplier;
unit.resists.fireResist /= Status.shockDefenseMultiplier;
unit.resists.chaosResist /= Status.shockDefenseMultiplier;
break;
case Status.Type.Chill:
unit.speed *= (Status.chillMovespeedMultiplier);
unit.attackRate = Mathf.FloorToInt(unit.attackRate / Status.chillAttackspeedMultiplier);
break;
case Status.Type.Freeze:
unit.speed *= Status.freezeMovespeedMultiplier;
unit.attackRate = Mathf.FloorToInt(unit.attackRate / Status.freezeAttackspeedMultiplier);
break;
case Status.Type.Curse:
unit.damage *= Status.curseDamageMultiplier;
break;
}
unit.StatusAffected = true;
StartCoroutine(StatusDelay(packet.duration, startAttackRate, startResist, startSpeed, startDamage));
}
