public static string GetInsightForYear(YearData data)
{
string text = "";
float overallAvgFoodConsumption = Analyzer.CalcAverageFoodConsumptionPerPerson(DataContainer.GetAllYearData());
float percentChangeFromOverall = CalculatePercentChange(overallAvgFoodConsumption, data.AvgFoodConsumptionPerPerson);
float predictedFoodProductionCurrPop = Analyzer.GetPredictedFoodInsufficiencyForPeople(Analytics.GetPlayerKingdomPopulation(), DataContainer.GetAllYearData());
float predictedFoodProductionMaxPop = Analyzer.GetPredictedFoodInsufficiencyForPeople(Analytics.GetHousingForKingdom(), DataContainer.GetAllYearData());
bool mention_foodConsumptionChange =
Math.Abs(percentChangeFromOverall) > thresh_foodConsumptionRateIrregularity;
bool mention_foodInsufficiency = data.foodConsumptionData.FoodInsufficiency > thresh_foodInsufficiency;
bool mention_productionInsufficentCurrPop = predictedFoodProductionCurrPop > thresh_foodProductionInsufficent;
bool mention_productionInsufficientMaxPop = predictedFoodProductionMaxPop > thresh_foodProductionInsufficent;
if (DataContainer.GetYearDataCount() >= sampleDataSignificanceThreshold)
{
if (mention_foodConsumptionChange)
{
text += "This year people ate " +
Stringify(data.AvgFoodConsumptionPerPerson) +
" food per person. " +
Environment.NewLine;
text += "People usually eat " +
Stringify(overallAvgFoodConsumption) +
" food per person. " +
Environment.NewLine;
text += "People were " +
Stringify(Math.Abs(percentChangeFromOverall * 100)) + "%";
text += (percentChangeFromOverall > 0) ? " more " : " less ";;
text += "hungry than normal this year. It should be noted as irregular. " + Environment.NewLine;
}
if (mention_foodInsufficiency)
{
if (!mention_foodConsumptionChange)
{
text += "This year, our food stores didn't contain enough to feed everyone, we needed " + data.foodConsumptionData.FoodInsufficiency + " more food. Consider increasing food production. ";
}
else
{
if (percentChangeFromOverall > 0)
{
text += "This year we did not have enough food for all the peasants. Food demand rose considerably, which could have attributed to our lack of food reserve. ";
}
else
{
text += "This year we were blessed with small bellied peasants, however our food storage still proved insubstantial, our food situation is dire!";
}
}
text += Environment.NewLine;
}
if (mention_productionInsufficentCurrPop)
{
text += "We are losing too much food each year! Consider more food production. " + Environment.NewLine;
}
if (mention_productionInsufficientMaxPop)
{
if (!mention_productionInsufficentCurrPop)
{
text += "While food production is currently enough to feed all, our city contains beds for more than we can feed!" + Environment.NewLine;
}
else
{
text += "Our city's food production will be too weak to sustain food when the city is full! " + Environment.NewLine;
}
}
if (text == "")
{
text += "This year was uneventful, lord" + Environment.NewLine;
}
}
else
{
text = "We have not yet collected enough sample data to give an accurate insight. " + Environment.NewLine;
}
return(text);
}
public static int GetRequiredFoodForYear(int yearNum)
{
YearData yearData = DataContainer.GetYearData(yearNum);
return(yearData.foodConsumptionData.timesEaten - yearData.foodConsumptionData.timesSatisfied);
}
public static string exp_FoodProductionMax()
{
bool enoughData = DataContainer.GetYearDataCount() > sampleDataSignificanceThreshold;
return(enoughData ? ("Predicted food production with " +
Analytics.GetHousingForKingdom().ToString() +
" people: " +
Environment.NewLine +
(-Analyzer.GetPredictedFoodInsufficiencyForPeople(Analytics.GetHousingForKingdom(), DataContainer.GetAllYearData())).ToString() +
Environment.NewLine):
"Not enough sample data to predict food consumption");
}
