public float CalculateFuelConsumption()
{
float FuelPower = GetFuelPolicyConsumption();
FuelConsume = (EngineFuelConsumption * FuelPower) + (SectorFuelConsumption * SectorManager.getInstance().getActiveSectorsCount());
return(FuelConsume);
}
public float CalculateResourceProduced()
{
if (resourceManagerRef.checkWaterQuantity() && !(ResourceManager.getInstance().getFoodPercentage() >= 100))
{
resourceManagerRef.DecrementWater(RequiredWater);
float EngDecay = (getEngineerCount() / maximumCapacity) * 2;
float EngPower = Mathf.Clamp(EngDecay, SectorManager.getInstance().getMinimumResourceProduction(), SectorManager.getInstance().getMaximumResourceProduction());
return(RequiredWater * EngPower);
}
return(0.0f);
}
private void CallCycles()
{
SectorManager.getInstance().DecayCycle();
ResourceManager.getInstance().DecrementFuel(ResourceManager.getInstance().CalculateFuelConsumption());
SectorManager.getInstance().DeathCycle();
SectorManager.getInstance().HappinessCycle();
ResourceManager.getInstance().CalculateTotalHappy();
CheckIfGameShouldEnd();
}
public float calculateSectorOxygenConsumption()
{
float HappyDecay = (1 - HappyLevel) * 2;
float HappyPower = Mathf.Clamp(HappyDecay, SectorManager.getInstance().getMinimumOxygenSectorConsumption(), SectorManager.getInstance().getMaximumOxygenSectorConsumption());
float personOxygenUse = SectorManager.getInstance().getPersonOxygenConsumptionFactor() * HappyPower;
this.currentOxygenConsumption = ((personOxygenUse * PopulationCount));
return(this.currentOxygenConsumption);
}
public void CheckIfGameShouldEnd()
{
if (!ResourceManager.getInstance().CheckIfThereIsFuel() || !SectorManager.getInstance().CheckIfPeopleAreAlive())
{
if (Application.platform != RuntimePlatform.WindowsEditor && Application.platform != RuntimePlatform.OSXEditor)
{
Application.Quit();
}
else
{
#if UNITY_EDITOR
UnityEditor.EditorApplication.isPlaying = false;
#endif
}
}
}
public float calculateSectorFoodConsumption()
{
float popCount = scienceCount + engineerCount + normalCount + militaryCount;
// varia entre 0.2 e 2
float militaryPopRatio = 1 - (militaryCount / popCount);
militaryPopRatio *= 2;
//se nao houver militares nao fica = 0
militaryPopRatio = Mathf.Clamp(militaryPopRatio, SectorManager.getInstance().getMinimumFoodSectorConsumption(), SectorManager.getInstance().getMaximumFoodSectorConsumption());
float convertedFoodPolicy = getActiveFoodPolicyConsumptionFactor();
float consumptionFactor = ((float)convertedFoodPolicy) * militaryPopRatio;
this.currentFoodConsumption = ((consumptionFactor * popCount));
return(this.currentFoodConsumption);
}
public float getActiveFoodPolicyConsumptionFactor()
{
return(SectorManager.getInstance().getFoodPolicyConsumption(currentFoodPolicy));
}
private void ActivateSector()
{
SectorManager.getInstance().SectorActivated(this);
}
public float CalculateHappyLevelInSector()
{
HappyLevel = (calculateSardineLevel() + SectorManager.getInstance().calculateDeathImpact() + SectorManager.getInstance().getFoodPolicyHappyImpact(currentFoodPolicy) + getSectorMilitarization() + GameCoordinator.getInstance().getTimeAwayFromPlanet()) / 5;
return(HappyLevel);
}
public void calculateDeathProbability()
{
float HappinessFactor = (1 - HappyLevel) * 0.05f;
float SardineFactor = (1 - SardineLevel) * 0.05f;
float FoodFactor = ResourceManager.getInstance().getFoodPercentage() > 0 ? (1 - SectorManager.getInstance().getFoodPolicyHappyImpact(currentFoodPolicy)) * 0.10f : 1;
float OxygenFactor = ResourceManager.getInstance().getOxygenPercent() > 0 ? 0 : 1;
float death = SardineFactor + HappinessFactor + FoodFactor + OxygenFactor;
DeathProbability = (Mathf.Clamp(death, 0.0f, 1.0f)) * 100;
}
// Update is called once per frame
void Update()
{
textRef.text = SectorManager.getInstance().getCurrentDeaths().ToString();
}
// Update is called once per frame
void Update()
{
textRef.text = SectorManager.getInstance().getCurrentPopulation().ToString();
}
public void CalculateSectorsConsumptions()
{
SectorManager.getInstance().RecalculateTotalDecayLevels(out FoodConsume, out OxygenConsume);
}
public void CalculateTotalHappy()
{
HappyLevel = SectorManager.getInstance().getHappyInAllSectors();
}