//Function : Damage
//~~~~~~~~~~~~~~~~~~~~~~~~
//int _incomingdamage | Damage value of Player's attack
//ELEM _elem | Element of Player's attack
//~~~~~~~~~~~~~~~~~~~~~~~~
//Call this function to attack this Enemy. Minimum damage will always be 1.
public void Damage(int _incomingdamage, ELEM _elem)
{
m_hpCurrent -= (int)Mathf.Clamp((float)_incomingdamage * elementChecker.CompareElement((int)data.Elem, (int)_elem) - (data.DEF + m_defBoost), 1, 99999);
if (m_hpCurrent <= 0)
{
m_hpCurrent = 0;
//Enemy dies
}
HPGaugeReference.SetWaitGauge((float)m_hpCurrent / (float)data.HP);
}
public float CompareElement(int _defensive, int _offensive)
{
ELEM defensive = (ELEM)_defensive;
ELEM offensive = (ELEM)_offensive;
switch (offensive)
{
case ELEM.FIRE:
{
if (defensive == ELEM.WIND)
{
return(m_multiplierSuperEffective);
}
else if (defensive == ELEM.WATER)
{
return(m_multiplierNotEffective);
}
}
break;
case ELEM.WIND:
{
if (defensive == ELEM.VOID)
{
return(m_multiplierSuperEffective);
}
else if (defensive == ELEM.FIRE)
{
return(m_multiplierNotEffective);
}
}
break;
case ELEM.VOID:
{
if (defensive == ELEM.EARTH)
{
return(m_multiplierSuperEffective);
}
else if (defensive == ELEM.WIND)
{
return(m_multiplierNotEffective);
}
}
break;
case ELEM.EARTH:
{
if (defensive == ELEM.WATER)
{
return(m_multiplierSuperEffective);
}
else if (defensive == ELEM.VOID)
{
return(m_multiplierNotEffective);
}
}
break;
case ELEM.WATER:
{
if (defensive == ELEM.FIRE)
{
return(m_multiplierSuperEffective);
}
else if (defensive == ELEM.EARTH)
{
return(m_multiplierNotEffective);
}
}
break;
default:
break;
}
return(1);
}
