public override void ReceiveHeal(float netHeal, StatsEffected statsHealed)
{
myStats.health_C += netHeal;
if (myStats.health_C > myStats.health_M)
{
myStats.health_C = myStats.health_M;
}
EventBroadcaster.Instance.PostEvent(EventNames.UPDATE_UNIT_HEALTH);
}
// Update is called once per frame
private void Update()
{
m_effectStats = this;
if (!Application.isPlaying && m_effectingStats == null && m_statsEffected == null)
{
m_effectingStats = new List <string>();
m_statsEffected = new List <string>();
m_statChanges = new StatChange();
m_statChanges = StatChange.Additive;
indexValueEffecting = 0;
indexValueEffected = 0;
}
}
public override void ReceiveDamage(float netDamage, StatsEffected statsDamaged)
{
// Here we compute the resistance of the certain elements
myStats.health_C -= netDamage;
if (myStats.health_C < 0)
{
myStats.health_C = 0;
}
EventBroadcaster.Instance.PostEvent(EventNames.UPDATE_UNIT_HEALTH);
if (visualTextHolder != null)
{
visualTextHolder.ShowDamage(netDamage);
}
myStats.GainsFromDamage(netDamage);
}
private void CalculateStat(SecStatistic secondEffecting, SecStatistic secondEffected, StatsEffected m_stats)
{
secondEffected.stats = m_stats.operate(secondEffecting.stats, secondEffected.stats);
}
//Overloaded functions for primary and secondary change in stats.
private void CalculateStat(PrimStatisic primary, SecStatistic second, StatsEffected m_stats)
{
//Uses the operators in the statseffected to return the funcs.
second.stats = m_stats.operate(primary.stats, second.stats);
}
private void OnValidate()
{
m_effectStats = this;
}
public virtual void ReceiveHeal(float netHeal, StatsEffected statsHealed)
{
}
public virtual void ReceiveDamage(float netDamage, StatsEffected statsDamaged)
{
}
