internal float GetCarryBonus()
{
float storedCalorieRatio = (float)(storedCalories / Tuning.maximumStoredCalories);
float storedCalorieScore = 2 * storedCalorieRatio - 1;
float carryBonus = Tuning.GetCarryBonus((float)wellFedHungerScore, storedCalorieScore);
return((float)Math.Round(carryBonus, 1));
}
private void UpdateWellFedHungerScore(float todHours)
{
double decay = Math.Pow(Tuning.wellFedHungerScoreDecayPerHour, todHours);
float hungerRatio = hunger.m_CurrentReserveCalories / hunger.m_MaxReserveCalories;
float hungerScoreChange = Tuning.GetWellFedHungerScoreChange(hungerRatio);
// First change the hunger score ...
wellFedHungerScore = decay * wellFedHungerScore + (1 - decay) * hungerScoreChange;
// ... then clamp it to [-1, 1]
wellFedHungerScore = Math.Min(Math.Max(wellFedHungerScore, -1), 1);
}
internal float GetConditionChangePerHour()
{
float hungerRatio = hunger.m_CurrentReserveCalories / hunger.m_MaxReserveCalories;
if (hungerRatio < Tuning.hungerLevelStarving)
{
return(Tuning.GetConditionChangePerHour(hungerRatio, storedCalories));
}
else
{
return(0f);
}
}
private static float GetStoredCaloriesChangePerHour(float hungerRatio, double storedCalories, float calorieBurnRate)
{
if (hungerRatio > Tuning.hungerLevelWellFed)
{
// Add calories if possible
return(Tuning.GetCaloriesStoredPerHour(hungerRatio));
}
else if (hungerRatio < Tuning.hungerLevelMalnourished)
{
// Remove calories if possible
return(Tuning.GetCaloriesRemovedPerHour(hungerRatio, storedCalories, calorieBurnRate));
}
else
{
return(0f);
}
}
internal float GetCalorieBurnRateMultiplier()
{
float storedCalorieRatio = (float)(storedCalories / Tuning.maximumStoredCalories);
return(Tuning.GetCalorieBurnRateMultiplier(storedCalorieRatio));
}
internal float GetStoredCaloriesWarmthBonus()
{
float storedCalorieRatio = (float)(storedCalories / Tuning.maximumStoredCalories);
return(Tuning.GetStoredCaloriesWarmthBonus(storedCalorieRatio));
}
