private IEnumerator InvasionCoroutine()
{
bool victory = false;
bool defeat = false;
while (!victory && !defeat)
{
victory = BacteriasManager.singleton.livingBacteriasCount == 0;
defeat = PlayerCore.singleton.dead;
yield return(null);
}
if (victory && defeat)
{
Debug.Log("Draw !");
}
else if (victory)
{
Debug.Log("Victory !");
}
else
{
Debug.Log("Defeat !");
}
if (victory)
{
PlayerCore.singleton.RegenerateAfterWave();
m_playerResources *= 1 + m_cellularDivisionFactor * TechTree.TechRank(TechID.Adapt_CellDivision);
}
SetGamePhase(GamePhase.Preparation);
}
public static BioResources operator /(BioResources a, float b)
{
BioResources result = new BioResources
{
biomass = a.biomass / b
};
return(result);
}
public static BioResources operator -(BioResources a, BioResources b)
{
BioResources result = new BioResources
{
biomass = a.biomass - b.biomass
};
return(result);
}
public bool PayResources(BioResources cost)
{
if (!CanAffordResources(cost))
{
return(false);
}
m_playerResources -= cost;
return(true);
}
public void AddResources(BioResources resources)
{
m_playerResources += resources;
}
public void AddDeadBacteriaResourcesValue(BioResources resourcesValue)
{
m_playerResources += resourcesValue * (1 + m_biomassRecoveryBonusFactor * TechTree.TechRank(TechID.Adapt_BiomassRecovery));
SoundManager.PlayDigestionSoundEffect();
}
public bool CanAffordResources(BioResources cost)
{
return(cost <= m_playerResources);
}
