NeedProvider GetClosestProvider(NeedType need)
{
NeedProvider closest = null;
float dist = 0;
NeedProvider[] provs = GameObject.FindObjectsOfType<NeedProvider>();
foreach (NeedProvider p in provs)
{
if (p.need == need && !p.IsFull() && !p.myCultists.Contains(this))
{
Tile t = p.GetComponent<Tile>();
float d = Mathf.Abs(t.Pos.y - transform.position.y);
if (closest == null || d < dist)
{
closest = p;
dist = d;
}
}
else if (p.myCultists.Contains(this))
{
p.myCultists.Remove(this);
}
}
return closest;
}
public TerrainNeedSystem(NeedType needType = NeedType.Terrain) : base(needType)
{
EventManager.Instance.SubscribeToEvent(EventType.TerrainChange, () =>
{
this.isDirty = true;
});
}
public NeedType ResolveActiveNeed(NeedData needData)
{
NeedType currentNeed = needData.CurrentNeed;
NeedType biggestNeed = needData.GetLeastSatisfied();
bool biggestNeedShouldBecomeCurrent;
if (currentNeed == NeedType.Default || currentNeed == biggestNeed)
{
biggestNeedShouldBecomeCurrent = true;
}
else
{
float currentNeedSatisfaction = needData.GetSatisfaction(currentNeed);
float biggestNeedSatisfaction = needData.GetSatisfaction(biggestNeed);
const float threshold = 0.10f;
bool thresholdIsExceeded = currentNeedSatisfaction - biggestNeedSatisfaction > threshold;
biggestNeedShouldBecomeCurrent = thresholdIsExceeded;
}
if (biggestNeedShouldBecomeCurrent)
{
currentNeed = biggestNeed;
}
return(currentNeed);
}
public ActionData(ActionType actType, ComponentType actTag, NeedType needType, bool requireNav) : this()
{
ActionType = actType;
ActionTag = actTag;
NeedType = needType;
RequireNav = requireNav;
}
public void UpdateNeedSystem(NeedType needType)
{
if (this.m_needSystems.ContainsKey(needType))
{
this.m_needSystems[needType].UpdateSystem();
}
}
void NeedsCheck()
{
if (foodLife >= 10) // checkt of je eten nodig hebt
{
needType = NeedType.Food;
}
else if (drinkLife >= 10) // checkt of je drinken nodig hebt
{
needType = NeedType.Drink;
}
else if (toiletLife >= 10) // checkt of je naar het toilet moet
{
needType = NeedType.Toilet;
}
switch (needType) //kijkt welke needtype het is
{
case NeedType.Drink: //denk aan, "in case...."
navMeshAgent.SetDestination(CalculateDestination(typeof(Drink)));
goingSomewhere = true;
break; //na drink, is hij klaar met drinken, etc etc.
case NeedType.Food:
navMeshAgent.SetDestination(CalculateDestination(typeof(Food)));
goingSomewhere = true;
break;
case NeedType.Toilet:
navMeshAgent.SetDestination(CalculateDestination(typeof(Toilet)));
goingSomewhere = true;
break;
}
}
public Item(string name, int price, int value, NeedType usage = NeedType.Bellyful)
{
_name = name;
_price = price;
_value = value;
_usage = usage;
}
public void setupNeedTracker(NeedType need)
{
if (IsNeedMet.ContainsKey(need))
{
return;
}
IsNeedMet.Add(need, false);
}
protected BuildType(string title, Money cost, Money upkeep, NeedType serviceType, params ClientsAmount[] clientsData)
{
Title = title;
Cost = cost;
Upkeep = upkeep;
NeedType = serviceType;
ClientsData = clientsData;
}
private NeedType OptionDataToNeedType(TMP_Dropdown.OptionData option)
{
int endIndex = option.text.IndexOf(suffix);
string substring = option.text.Substring(0, endIndex);
NeedType need = (NeedType)System.Enum.Parse(typeof(NeedType), substring);
return(need);
}
// Get all the food source on map with the type given
private List <FoodSource> getFoodSourceByType(NeedType foodSourceType)
{
List <FoodSource> foodSources = new List <FoodSource>();
// TODO: get all the food source on map by its type, `foodSourceType`.
return(foodSources);
}
public Need(NeedType type, ActivityType activity, float baseStepValue)
{
_type = type;
SelectName();
_baseStepValue = baseStepValue;
_activity = activity;
StepValue = _baseStepValue;
Value = 100f;
}
public void ModifyNeedWithFactor(NeedType needType, NeedFactor needFactor, float delta)
{
float previousFactorValue = _factors[needFactor];
float satisfactionChangeFromFactor = delta - previousFactorValue;
_factors[needFactor] = delta;
_satisfactions[needType] += satisfactionChangeFromFactor;
}
private ClientsAmount ServicedClients(NeedType needType)
{
return(_buildings
.SelectMany(t => t.Services)
.Where(t => t is CommonService)
.Where(t => t.NeedType == needType)
.Select(t => new ClientsAmount(t.ServicedMax))
.Append(new ClientsAmount(0))
.Sum());
}
/// <summary>
/// Returns the need of the NeedType provided or null if it doesn't exist.
/// </summary>
/// <param name="needType">The type of need to be searched for.</param>
public Need GetNeed(NeedType needType)
{
foreach (Need need in Needs)
{
if (need.Type == needType)
{
return(need);
}
}
return(null);
}
private ClientsAmount ServicedClients(ClientType clientType, NeedType needType)
{
return(_buildings
.SelectMany(t => t.Services)
.Where(t => t is SpecialService)
.Cast <SpecialService>()
.Where(t => t.NeedType == needType)
.Where(t => t.ClientType == clientType)
.Select(t => clientType.CreateClients(t.ServicedMax))
.Append(clientType.CreateClients(0))
.Sum());
}
public void SetNeedTypeValue(NeedType need)
{
int index = dropdown.options.FindIndex(x => OptionDataToNeedType(x) == need);
// If the need was found in the list that set it to that found index
if (index >= 0)
{
dropdown.value = index;
dropdown.RefreshShownValue();
OnDropdownValueChanged(index);
}
}
public void RegisterDemand(DemandHolder demand, NeedType type)
{
if (!demandCountDict.ContainsKey(type))
{
demandCountDict[type] = 0;
}
string demandID = type.ToString() + "_" + demandCountDict[type];
demandDict[demandID] = demand;
demandCountDict[type]++;
}
private void OnDemandOverflowed(NeedType type)
{
/*foreach(var demand in demands)
* {
* if(demand.DemandType == type)
* {
* currentDemand = demand;
* break;
* }
* }
*
* SetTargetForPerson();*/
}
public override void BeginExecution(StateData state, ActionKey action, Otto actor)
{
base.BeginExecution(state, action, actor);
var inventory = state.GetTraitOnObjectAtIndex <Inventory>(action[1]);
m_ConsumableType = inventory.ConsumableType;
m_NeedType = inventory.SatisfiesNeed;
m_NeedReduction = inventory.NeedReduction;
m_Animator.SetTrigger(k_Consumables);
m_Animator.SetTrigger(m_ConsumableType == ConsumableType.Apple ? k_EatFromPocket : k_DrinkFromPocket);
}
public virtual void SatisfyNeed(float value, NeedType type)
{
if (curLevel > value)
{
curLevel -= value;
curTime = GetTimeFromNeedCurve(curLevel);
}
else
{
curLevel = 0;
curTime = 0;
}
}
/// <summary>
/// Updates the value of a need to the provided value T returning true if successful and false if unsuccessful.
/// </summary>
/// <param name="needType">The type of the need to be searched for</param>
/// <param name="value">The new value the need will have</param>
public bool UpdateNeed <T>(NeedType needType, T value)
{
Need <T> need = (Need <T>)GetNeed(needType);
if (need != null)
{
need.CurrentValue = value;
return(true);
}
else
{
return(false);
}
}
public override void BeginExecution(Entity stateEntity, ActionContext action, Otto actor)
{
base.BeginExecution(stateEntity, action, actor);
var ecsAction = action;
var inventory = ecsAction.GetTrait <Inventory>(1);
m_ConsumableType = inventory.ConsumableType;
m_NeedType = inventory.SatisfiesNeed;
m_NeedReduction = inventory.NeedReduction;
m_Animator.SetTrigger(k_Consumables);
m_Animator.SetTrigger(m_ConsumableType == ConsumableType.Apple ? k_EatFromPocket : k_DrinkFromPocket);
}
private void OnEnable()
{
// Trigger the Sound
SoundManager.Instance.m_doorOpen.PlaySound();
//TODO: check their Account -> Needs the money tracking system
// if (!hasAccount)
// {
// need = NeedType.makeAccount;
// }
_fundCheck = AccountMoney;
amDone = false;
introduced = false;
hapinessLevel = 5;
//setup their action they want to do
if (Random.Range(0, 100) > 95) //5 percent chance
{
need = NeedType.robbery;
}
else
{
var temp = Random.Range(0, 2); //int Rand.Range is exclusive
need = (NeedType)temp;
}
action = need.ToString();
//set the wait time to wait
_maxTime = Random.Range(maxTimeRange.minValue, maxTimeRange.maxValue) * 2;
//set money wanting to use
//set money to use in range of wanting to use(difference!)
_moneyWanting = (int)Random.Range(moneyToUse.minValue, moneyToUse.maxValue);
_money = _moneyWanting + Random.Range(-moneyRange, moneyRange + 1);
// if the account has no money, they will change their action to deposit
if (AccountMoney <= 1)
{
action = "deposit";
return;
}
//if they want to withdraw/exchange/transfer and "money" is higher than the total
//on their bank account, the total will be the new "money"
if (need == NeedType.withdraw && AccountMoney < _money)
{
_money = AccountMoney;
}
}
public static ItemType GetMappingItemType(this NeedType needType)
{
switch (needType)
{
case NeedType.Hungry: return(ItemType.Food);
case NeedType.Food: return(ItemType.Food);
case NeedType.Thirst: return(ItemType.Water);
case NeedType.Water: return(ItemType.Water);
default: return(ItemType.Null);
}
}
public ItemSaveData(Item item)
{
localPos = item.transform.localPosition;
if (item as SpecialItem)
{
var tmp = item as SpecialItem;
type = NeedType.Special;
special = tmp.type;
}
else
{
var tmp = item as Feeder;
type = NeedType.Food;
food = tmp.type;
capacity = tmp.capacity;
}
}
public void SetField(string fieldName, object value)
{
switch (fieldName)
{
case nameof(NeedType):
NeedType = (NeedType)Enum.ToObject(typeof(NeedType), value);
break;
case nameof(Urgency):
Urgency = (System.Int64)value;
break;
case nameof(ChangePerSecond):
ChangePerSecond = (System.Int64)value;
break;
}
}
public void SetField(string fieldName, object value)
{
switch (fieldName)
{
case nameof(ConsumableType):
ConsumableType = (ConsumableType)Enum.ToObject(typeof(ConsumableType), value);
break;
case nameof(Amount):
Amount = (System.Int64)value;
break;
case nameof(SatisfiesNeed):
SatisfiesNeed = (NeedType)Enum.ToObject(typeof(NeedType), value);
break;
case nameof(NeedReduction):
NeedReduction = (System.Int64)value;
break;
}
}
public string GetNearestDemandHolder(Transform personPos, NeedType type)
{
float delta = 999999;
string demandID = "";
foreach (var pair in demandDict)
{
if (pair.Value.GetDemandType != type)
{
continue;
}
float tempDelta = (pair.Value.GetTransform.position - personPos.position).sqrMagnitude;
if (tempDelta < delta)
{
delta = tempDelta;
demandID = pair.Key;
}
}
return(demandID);
}
// This function will be envoked when a food source is marked "dirty"
public void updateFoodType(NeedType foodSourceType)
{
List <FoodSource> foodSources = getFoodSourceByType(foodSourceType);
var ratingAndPopulationPair = new SortedList();
var foodSourceAndCanCosumePopulation = new Dictionary <FoodSource, List <AnimalPopulation> >();
foreach (FoodSource foodSource in foodSources)
{
List <AnimalPopulation> animalPopulations = getPopulationsCanAccess(foodSource);
List <AnimalPopulation> populationsThatCanConsumeFoodSource = getPopulationsThatConsumeFoodSource(animalPopulations, foodSource.Type);
foodSourceAndCanCosumePopulation.Add(foodSource, populationsThatCanConsumeFoodSource);
float competionRating = getCompetionRating(populationsThatCanConsumeFoodSource);
ratingAndPopulationPair.Add(competionRating, foodSource);
}
foreach (DictionaryEntry pair in ratingAndPopulationPair)
{
distributeFoodSource((FoodSource)pair.Value, foodSourceAndCanCosumePopulation[(FoodSource)pair.Value]);
}
}
public void SufferFromNeed(Need playerNeed)
{
if (GameManager.Instance.hardMode)
{
GameManager.Instance.SetGameOverMessage(playerNeed.gameOverMessage);
GameManager.Instance.gameState = GameState.GameOver;
//GameManager.Instance.GameEnd();
return;
}
NeedType needType = playerNeed.Type;
switch (needType)
{
case NeedType.Energy:
playerNeed.Points = 10;
gameManager.Time = 8;
gameManager.DaysToDeadLine--;
gameManager.LoadNextDay();
break;
case NeedType.Hunger:
break;
case NeedType.Fun:
break;
case NeedType.Hygiene:
break;
case NeedType.Mentality:
break;
default:
break;
}
}
public static void ReportNeedComplete(NeedType needType){
if (needType == NeedType.Coffee){
instance.coffeeDrinked = true;
}
else if (needType == NeedType.Shower){
instance.showerTook = true;
}
else if (needType == NeedType.Whisky)
{
Debug.Log("whisky drinked");
instance.whiskyDrinked = true;
}
else if (needType == NeedType.Newspaper)
{
instance.newspaperRead = true;
}
}
