//Get the best houses for each category, and updates the dictionary "topHabitation"
public void GetBestHouses()
{
SystemManager systemManager = GameManager.instance.systemManager;
foreach (Population pop in GameManager.instance.populationManager.populationTypeList)
{
//Creates a dictionary assigning each house to it's attraction note
Dictionary <House, PopulationManager.MoodEvolution> habitationNote = new Dictionary <House, PopulationManager.MoodEvolution>(); // Attribute a note to every habitation
foreach (House house in systemManager.AllHouses)
{
PopulationManager.MoodEvolution houseAttraction = GetHouseNotation(house, pop);
if (houseAttraction.Get(MoodAffect.noHouse) == 0f)
{
// House is inhabitable
habitationNote[house] = houseAttraction;
}
}
//Convert the dictionary to a sorted list
List <KeyValuePair <House, PopulationManager.MoodEvolution> > sortedHabitations = new List <KeyValuePair <House, PopulationManager.MoodEvolution> >();
foreach (KeyValuePair <House, PopulationManager.MoodEvolution> notedHabitation in habitationNote)
{
sortedHabitations.Add(new KeyValuePair <House, PopulationManager.MoodEvolution>(notedHabitation.Key, notedHabitation.Value));
}
// Sorting
sortedHabitations = sortedHabitations.OrderBy(x => - x.Value.ToFloat()).ToList();
topHabitations[pop] = sortedHabitations;
}
}
//Return an int, the bigger it is, the more attractive is the house
public PopulationManager.MoodEvolution GetHouseNotation(House house, Population populationType)
{
house.UpdateHouseInformations();
PopulationManager.MoodEvolution notation = new PopulationManager.MoodEvolution();
//If house isn't connected to spatioport, it sucks
if (!house.block.isLinkedToSpatioport)
{
notation.Add(MoodAffect.noHouse, GameManager.instance.populationManager.moodModifierIfNoHabitation);
return(notation);
}
//If house is already full, it also sucks
if (house.affectedCitizen.Count >= house.slotAmount)
{
notation.Add(MoodAffect.noHouse, GameManager.instance.populationManager.moodModifierIfNoHabitation);
return(notation);
}
bool profileFound = false;
bool powered = false;
bool foodLeft = false;
bool jobLeft = false;
bool damaged = false;
foreach (Population profile in house.acceptedPop)
{
if (profile == populationType)
{
profileFound = true;
break;
}
}
if (house.powered)
{
powered = true;
}
float foodStock = 0;
Logger.Debug("For house " + house.GetInstanceID() + " there are " + house.foodProvidersInRange.Count + " food providers in range");
foreach (FoodProvider distributor in house.foodProvidersInRange)
{
foodStock += distributor.foodLeft;
}
if (foodStock > 0 && foodStock >= GameManager.instance.populationManager.GetFoodConsumption(populationType))
{
foodLeft = true;
}
else
{
foodLeft = false;
}
foreach (Occupator occupator in house.occupatorsInRange)
{
foreach (Population pop in occupator.acceptedPopulation)
{
if (pop == populationType)
{
jobLeft = true;
break;
}
}
}
foreach (KeyValuePair <State, StateBehavior> state in house.block.states)
{
if (state.Key == State.Damaged)
{
damaged = true;
break;
}
}
if (!profileFound)
{
notation.Add(MoodAffect.wrongPopulationType, moodValues.values[MoodAffect.wrongPopulationType]);
}
if (!powered)
{
notation.Add(MoodAffect.noPower, moodValues.values[MoodAffect.noPower]);
}
if (!foodLeft)
{
notation.Add(MoodAffect.noFood, moodValues.values[MoodAffect.noFood]);
}
if (!jobLeft)
{
notation.Add(MoodAffect.noOccupations, moodValues.values[MoodAffect.noOccupations]);
}
if (damaged)
{
notation.Add(MoodAffect.damaged, moodValues.values[MoodAffect.damaged]);
}
if (notation.ToFloat() >= 0)
{
notation.Add(MoodAffect.everythingFine, moodValues.values[MoodAffect.everythingFine]);
}
notation.Add(MoodAffect.nuisance, -house.nuisanceImpact);
foreach (NotationModifier notationModifier in house.notationModifiers)
{
notation.Add(MoodAffect.habitationBuff, notationModifier.amount);
}
return(notation);
}
