void GetAnotherProspect()
{
if (!Active)
{
return;
}
//if there's any space for prospects left and if there's any empty houses
if (Prospects.Count + ProspectsExpecting < maxProspects /* && immigration.Requests.Count > 0 */)
{
Prole prospect = immigration.GetRandomImmigrant();
LaborType prospectPref = prospect.HighestValue();
if (prospectPref == LaborType.Physical && !HireHighPhy)
{
return;
}
if (prospectPref == LaborType.Intellectual && !HireHighInt)
{
return;
}
if (prospectPref == LaborType.Emotional && !HireHighEmo)
{
return;
}
//get immigrant to this building from outside
immigration.SpawnImmigrant(this, prospect);
//add prospect to queue
ProspectsExpecting++;
}
}
public float GetWorkerEffectiveness(LaborType lt)
{
float eff = Retired ? .75f : 1; //retired status makes worker less effective
float bonus = GetLaborBonus(lt);
eff += bonus * .05f; //each bonus point is equal to +5% productivity
return(eff);
}
public LaborTypeSpinnerAdapter (LaborType[] items, Context context, int resourceId)
: base ()
{
this.items = new List<string> ();
foreach (var item in items) {
this.items.Add (item.ToUserString ());
}
this.context = context;
this.resourceId = resourceId;
}
public void RollStats(LaborType pref)
{
//physique = Random.Range(1, 7) + Random.Range(1, 7) + Random.Range(1, 7);
//intellect = Random.Range(1, 7) + Random.Range(1, 7) + Random.Range(1, 7);
//empathy = Random.Range(1, 7) + Random.Range(1, 7) + Random.Range(1, 7);
physique = 10;
intellect = 10;
empathy = 10;
//TAKE PREF INTO ACCOUNT SOMEHOW
}
public int GetLaborBonus(LaborType lt)
{
int score = GetLaborScore(lt);
//exceptions to the rule for extremes
if (score == 18)
{
return(3);
}
if (score == 1)
{
return(-4);
}
return((int)((float)(score - 10) / 3)); //each point in bonus represents +5% in productivity
}
public int GetLaborScore(LaborType lt)
{
if (lt == LaborType.Physical)
{
return(physique);
}
else if (lt == LaborType.Intellectual)
{
return(intellect);
}
else if (lt == LaborType.Emotional)
{
return(empathy);
}
return(-1);
}
public static string ToUserString(this LaborType type)
{
switch (type)
{
case LaborType.Hourly:
return(Catalog.GetString("LaborTypeHourly"));
case LaborType.OverTime:
return(Catalog.GetString("LaborTypeOverTime"));
case LaborType.HolidayTime:
return(Catalog.GetString("LaborTypeHolidayTime"));
default:
return(type.ToString());
}
}
public Prole(Person person, LaborType pref)
{
//default status
workNode = unemploymentNode;
homeNode = unemploymentNode;
//if coming from a child, make a new children list
if (person is Child)
{
children = new List <Child>();
}
//we want same name, same age, same skin color, same ID
yearsOld = person.yearsOld;
deltaDays = person.deltaDays;
surname = person.surname;
name = person.name;
skinColor = person.skinColor;
ID = person.ID;
//roll random stats, taking pref into account
RollStats(pref);
}
//constructor
public Prole(bool randomAge, bool wChildren, LaborType pref) : base(randomAge)
{
//default status
workNode = unemploymentNode;
homeNode = unemploymentNode;
//random years old (14 + 2d6) if we need
yearsOld = randomAge ? comingOfAge - 2 + Random.Range(1, 7) + Random.Range(1, 7) : comingOfAge;
children = new List <Child>();
//if prole moves into the city with children
if (wChildren)
{
int numChildren = Random.Range(0, 3); //max of 2 children
for (int i = 0; i < numChildren; i++)
{
CreateChild(); //create children with random age
}
}
//roll random stats, taking pref into account
RollStats(pref);
}
public void Delete(LaborType entity)
{
_laborTypeRepository.Delete(entity);
}
public void Update(LaborType entity)
{
_laborTypeRepository.Update(entity);
}
public void Add(LaborType entity)
{
_laborTypeRepository.Add(entity);
}
public LaborType SaveLaborType(LaborType laborType)
{
Session.SaveOrUpdate(laborType);
return laborType;
}
public LaborType SaveLaborType(LaborType laborType)
{
Session.SaveOrUpdate(laborType);
return(laborType);
}
