public void DiminishingEffects(SecStatistic sec, double value)
{
if (sec.diminishingReturns &&
sec.stats == sec.max / 2)
{
sec.stats += Mathf.Log10((float)value);
}
}
public bool CompareStatsLHSisLarger(SecStatistic m_mainSec, PrimStatisic m_enemyPrim)
{
if (m_mainSec == null || m_enemyPrim == null)
{
return(false);
}
if (m_mainSec.stats > m_enemyPrim.stats)
{
return(true);
}
return(false);
}
private void StatsEffected(Entity m_entity)
{
List <StatsEffected> stats = m_entity.m_statsEffecting;
List <PrimStatisic> primStats = m_entity.m_primStat;
List <SecStatistic> secStatistics = m_entity.m_secStat;
PrimStatisic primaryEffectingStat = null;
SecStatistic secondaryEffectingStat = null;
SecStatistic secondaryEffectedStat = null;
for (int i = 0; i < stats.Count; i++)
{
if (stats[i].m_effectingStats[stats[i].indexValueEffecting].Contains(primStats[i].name))
{
primaryEffectingStat = primStats[i];
}
if (stats[i].m_effectingStats[stats[i].indexValueEffecting].Contains(secStatistics[i].name))
{
secondaryEffectingStat = secStatistics[i];
}
if (stats[i].m_statsEffected[stats[i].indexValueEffected].Contains(secStatistics[i].name))
{
secondaryEffectedStat = secStatistics[i];
}
if (primaryEffectingStat == null)
{
CalculateStat(primaryEffectingStat, secondaryEffectedStat, stats[i]);
}
else if (secondaryEffectingStat == null)
{
CalculateStat(secondaryEffectingStat, secondaryEffectedStat, stats[i]);
}
primaryEffectingStat = null;
secondaryEffectingStat = null;
secondaryEffectedStat = null;
}
}
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);
}
