private static RelationshipSearch SetParent_ReturnLookingForParent(PersonWithMetadata person, bool hasThisParent, bool?hasValidThisParent, bool isFemale, bool setFathersNin, int age)
{
if (!hasThisParent)
{
return(null);
}
if (hasValidThisParent.HasValue && hasValidThisParent.Value)
{
return(new RelationshipSearch
{
IsFemale = person.IsFemale,
AgeQuant = GetAgeQuant(person.GetAge()),
NinRef = person.Person.NIN,
IsLookingForFemale = isFemale,
IsLookingForAgeQuant = GetAgeQuant(age)
});
}
else
{
if (setFathersNin)
{
person.Person.FathersNIN = NinModel.GetBirthdayAndNin(age, isFemale, false, person.Randy).Item2;
}
else
{
person.Person.MothersNIN = NinModel.GetBirthdayAndNin(age, isFemale, false, person.Randy).Item2;
}
}
return(null);
}
private Tuple <DateTime, string> GetNonTakenBirthdayAndNin(PersonWithMetadata person, bool isFemale, bool hasDnummer)
{
int howManyTries = 0;
while (true)
{
if (howManyTries++ > 100)
{
throw new ArgumentException($"Klarer ikke å lage nin for alder {person.Age}");
}
var bdayAndNin = NinModel.GetBirthdayAndNin(person.Age, isFemale, hasDnummer, person.Randy);
if (_idControl.TakenContains(bdayAndNin.Item2))
{
continue;
}
var successfulAdd = _idControl.TakenAdd(bdayAndNin.Item2);
if (!successfulAdd)
{
continue;
}
return(bdayAndNin);
}
}
private void RegisterSpouseSearch(PersonWithMetadata person, bool hasSpouse, Randomizer randy)
{
if (!hasSpouse)
{
return;
}
person.Married = true;
var spouseSameSex = randy.Hit(_pSpouseSameSex_GivenHasValidSpouse(person));
var spouseAgeDifferential = Try(_getSpouseAgeDifferential, person);
var spouseAge = person.GetAge() + spouseAgeDifferential;
var spouseExists = randy.Hit(_pSpouseExists_GivenHasSpouse(person));
if (!spouseExists)
{
var spouseIsFemale = (person.IsFemale && spouseSameSex) || (!person.IsFemale && !spouseSameSex);
person.Person.SpouseNIN = NinModel.GetBirthdayAndNin(spouseAge, spouseIsFemale, false, person.Randy).Item2;
return;
}
var spouseDuplex = randy.Hit(_pSpouseDuplex_GivenHasValidSpouse(person));
var spouseSearch = new RelationshipSearch()
{
NinRef = person.Person.NIN,
IsFemale = person.IsFemale,
AgeQuant = GetAgeQuant(person.GetAge()),
IsLookingForFemale = (person.IsFemale && spouseSameSex) || (!person.IsFemale && !spouseSameSex),
IsLookingForAgeQuant = GetAgeQuant(spouseAge)
};
AddSearchToDic(spouseSearch.KeyMe(), spouseSearch, spouseDuplex ? SpouseSearchDuplex : SpouseSearchNonDuplex);
}
private Func <int> GetAgeGenerator()
{
var randy = base._databuilder.GetRandomizer();
_ageStatistic = new DiscreteStatistic(1, "Age");
foreach (var ageQuant in _model.Statistics.StatisticsByAgeQuants)
{
_ageStatistic._stats.Add(ageQuant.Key, ageQuant.Value.NumberOfPersons);
}
return(() => NinModel.GetRandomAge(_ageStatistic.Sample(randy).Value, _model.AgeQuantLevel, randy));
}
private string GetParent(string parentNin)
{
if (string.IsNullOrEmpty(parentNin) || !NinModel.IsValidNin(parentNin))
{
return(null);
}
if (!_persons.ContainsKey(parentNin))
{
_persons.Add(parentNin, new PregNode());
}
return(parentNin);
}
public DateTime?GetDateTimeFromModel(PersonWithMetadata nextPerson, string value)
{
if (!nextPerson.Person.DateOfBirth.HasValue)
{
return(null);
}
var diffPercent = !string.IsNullOrEmpty(value) ? DateDifference[value].Sample(nextPerson.Randy) : (DateDifference.ContainsKey(_novalue) ? DateDifference[_novalue].Sample(nextPerson.Randy) : DateDifference[string.Empty].Sample(nextPerson.Randy));
if (!diffPercent.HasValue)
{
return(null);
}
var recreatedDatestatus = (int)Math.Round((diffPercent.Value / 100.0) * CommonFunctions.GetAge(nextPerson.Person.DateOfBirth.Value) + nextPerson.Person.DateOfBirth.Value.Year);
return(NinModel.GetBirthday(DateTime.Now.Year - recreatedDatestatus, nextPerson.Randy));
}
public void SetProperties(PersonWithMetadata person)
{
var howManyAdressObjects = _model.Statistics.AdressStatistics.NumberOfAdressObjects.Sample(person.Randy);
if (!howManyAdressObjects.HasValue || howManyAdressObjects == 0)
{
return;
}
if (person.Person.Addresses == null)
{
person.Person.Addresses = new Address[howManyAdressObjects.Value];
}
for (int i = 0; i < howManyAdressObjects; i++)
{
var adressObject = GetAdressObject(person);
if (i == 0)
{
adressObject.CurrentAddress = true;
}
adressObject.PostalType = _model.Statistics.AdressStatistics.PostalType.Sample(person.Randy);
adressObject.DatePostalType = adressObject.PostalType.HasValue && _adressStatistics.HasDatePostalPlace.Sample(person.Randy) ? DateTime.Now.AddDays(person.Randy.Next(500)) : (DateTime?)null;
if (_model.Statistics.AdressStatistics.HasDateAdrFrom.Sample(person.Randy))
{
adressObject.DateAdrFrom = NinModel.GetBirthday(person.Randy.Next(person.GetAge()), person.Randy);
}
if (person.HasDnummer)
{
adressObject.St = GetRekvirentKode(person.Randy);
}
adressObject.NIN = person.Person.NIN;
person.Person.Addresses[i] = adressObject;
}
ReplacePostalcodeForSammenslaatteKommuner(person.Person);
}
public PersonStatistics(string sessionId, int numberOfSamplesToTake, int ageQuants, int?ageQuantLevel) : base(sessionId, numberOfSamplesToTake, ageQuants, ageQuantLevel)
{
RelationshipStatistics = new RelationshipStatistics(numberOfSamplesToTake);
SivilstatusStatistics = new SivilstatusStatistics(numberOfSamplesToTake);
NameStatistics = ageQuantLevel.HasValue ? null : new NameStatistics(numberOfSamplesToTake);
RegstatusStatistics = new RegstatusStatistics(numberOfSamplesToTake);
AdressStatistics = ageQuantLevel.HasValue ? null : new AdressStatistics(numberOfSamplesToTake);
RegStatus_Vs_PostalType = new DependentDiscreteStatistic(numberOfSamplesToTake, "RegStatus_Vs_PostalType", (p, a) => new Tuple <double?, double?>(p.RegStatus, AdressStatistics.GetCurrent(p.Addresses)?.PostalType));
CustomModels.Add("RelationshipStatistics", RelationshipStatistics);
CustomModels.Add("SivilstatusStatistics", SivilstatusStatistics);
CustomModels.Add("NameStatistics", NameStatistics);
CustomModels.Add("RegstatusStatistics", RegstatusStatistics);
CustomModels.Add("AdressStatistics", AdressStatistics);
CustomModels.Add("RegStatus_Vs_PostalType", RegStatus_Vs_PostalType);
Kjonn = new DiscreteStatistic(numberOfSamplesToTake, "Kjonn", CorrelationFactory, (p, a) =>
{
if (NinModel.IsValidNin(p.NIN) && !CommonFunctions.HasDnummer(p.NIN))
{
return(CommonFunctions.GetKjonn(p.NIN).Value);
}
return(Statistic.DontUpdateWhenThisValue);
});
HasDnummer_Kjonn = new DiscreteStatistic(numberOfSamplesToTake, "HasDnummer_Kjonn", CorrelationFactory,
(p, a) =>
{
if (NinModel.IsValidNin(p.NIN) && CommonFunctions.HasDnummer(p.NIN))
{
return(CommonFunctions.GetKjonn(p.NIN).Value);
}
return(Statistic.DontUpdateWhenThisValue);
});
HasDnummer = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasDnummer, CorrelationFactory, (p, a) =>
{
if (NinModel.IsValidNin(p.NIN))
{
return(CommonFunctions.HasDnummer(p.NIN) ? 1 : 0);
}
return(Statistic.DontUpdateWhenThisValue);
});
Age = new Statistic(numberOfSamplesToTake, PersonStatisticKeys.Age, CorrelationFactory, (p, a) => p.DateOfBirth.HasValue? CommonFunctions.GetAge(p.DateOfBirth.Value).GetValue() : null);
IsDead = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsDead, CorrelationFactory, (p, a) => IsPersonDead(p));
IsUkjent = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsUkjent, CorrelationFactory, (p, a) => HasUkjentRegCode(p)); //-1000
IsBosatt = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsBosatt, CorrelationFactory, (p, a) => HasRegcode(p, 1)); //1
IsUtflyttet = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsUtflyttet, CorrelationFactory, (p, a) => HasRegcode(p, 2)); //2
IsUtvandret = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsUtvandret, CorrelationFactory, (p, a) => HasRegcode(p, 3)); //3
IsForsvunnet = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsForsvunnet, CorrelationFactory, (p, a) => HasRegcode(p, 4)); //4
IsUtgaatFodselsnummer = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsUtgaatFodselsnummer, CorrelationFactory, (p, a) => HasRegcode(p, 6)); //6
IsFodselsregistrert = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsFodselsregistrert, CorrelationFactory, (p, a) => HasRegcode(p, 7)); //7
IsAnnullertTilgang = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsAnnullertTilgang, CorrelationFactory, (p, a) => HasRegcode(p, 8)); //8
IsUregistrertTilgang = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.IsUregistrertTilgang, CorrelationFactory, (p, a) => HasRegcode(p, 9)); //9
HasFirstname = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasFirstname, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.GivenName) || string.IsNullOrWhiteSpace(p.GivenName) ? 0 : 1);
HasLastname = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasLastname, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.Sn) || string.IsNullOrWhiteSpace(p.Sn) ? 0 : 1);
HasFather = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasFather, CorrelationFactory, (p, a) => String.IsNullOrEmpty(p.FathersNIN) ? 0 : 1);
HasMother = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasMother, CorrelationFactory, (p, a) => String.IsNullOrEmpty(p.MothersNIN) ? 0 : 1);
HasSpouse = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasSpouse, CorrelationFactory, (p, a) => String.IsNullOrEmpty(p.SpouseNIN) ? 0 : 1);
Citizenship_And_CitizenshipCode = new DiscreteStringStatistics(numberOfSamplesToTake, ageQuantLevel, PersonStatisticKeys.Citizenship_And_CitizenshipCode, CorrelationFactory, (p, a) => (string.IsNullOrEmpty(p.Citizenship) ? "null" : p.Citizenship) + "_" + (string.IsNullOrEmpty(p.CitizenshipCode) ? "null" : p.CitizenshipCode));
HasCitizenship = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasCitizenship, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.Citizenship) ? 0 : 1);
Custody = new DiscreteStringStatistics(numberOfSamplesToTake, ageQuantLevel, PersonStatisticKeys.Custody, CorrelationFactory, (p, a) => p.Custody);
HasCustody = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasCustody, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.Custody) ? 0 : 1);
WithoutLegalCapacity = new DiscreteStringStatistics(numberOfSamplesToTake, ageQuantLevel, PersonStatisticKeys.WithoutLegalCapacity, CorrelationFactory, (p, a) => p.WithoutLegalCapacity);
HasWithoutLegalCapacity = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasWithoutLegalCapacity, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.WithoutLegalCapacity) ? 0 : 1);
HasValidNin = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasValidNin, CorrelationFactory, (p, a) => NinModel.IsValidNin(p.NIN) ? 1 : 0);
HasDufNo = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasDufNo, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.DufNo) ? 0 : 1);
MaritalStatus = new DiscreteStatistic(numberOfSamplesToTake, PersonStatisticKeys.MaritalStatus, CorrelationFactory, (p, a) => p.MaritalStatus.GetValue());
HasOldNIN = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasOldNIN, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.OldNIN) ? 0 : 1);
HasNewNIN = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasNewNIN, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.NewNIN) ? 0 : 1);
ParentalResponsibility = new DiscreteStatistic(numberOfSamplesToTake, PersonStatisticKeys.ParentalResponsibility, CorrelationFactory, (p, a) => p.ParentalResponsibility.GetValue());
RegStatus = new DiscreteStatistic(numberOfSamplesToTake, PersonStatisticKeys.RegStatus, CorrelationFactory, (p, a) => p.RegStatus.GetValue());
StatusCountryCode = new DiscreteStatistic(numberOfSamplesToTake, PersonStatisticKeys.StatusCountryCode, CorrelationFactory, (p, a) => p.StatusCountryCode);
HasStatusCountryCode = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasStatusCountryCode, CorrelationFactory, (p, a) => p.StatusCountryCode.HasValue ? 1 : 0);
WorkPermit = new DiscreteStringStatistics(numberOfSamplesToTake, ageQuantLevel, PersonStatisticKeys.WorkPermit, CorrelationFactory, (p, a) => p.WorkPermit);
HasWorkPermit = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasWorkPermit, CorrelationFactory, (p, a) => string.IsNullOrEmpty(p.WorkPermit) ? 0 : 1);
PostalCode = new DiscreteStringStatistics(numberOfSamplesToTake, ageQuantLevel, PersonStatisticKeys.PostalCode, CorrelationFactory, (p, a) => p.Addresses != null && p.Addresses.Any() ? p.Addresses.First().PostalCode : null);
HasPostalCode = new BooleanStatistic(numberOfSamplesToTake, PersonStatisticKeys.HasPostalCode, CorrelationFactory, (p, aa) => p.Addresses != null && p.Addresses.Any(a => a.CurrentAddress && !string.IsNullOrEmpty(a.PostalCode)) ? 1 : 0);
DateWorkPermit = new DateStatistics(numberOfSamplesToTake, PersonStatisticKeys.DateWorkPermit, CorrelationFactory, (p, a) => new Tuple <string, DateTime?, DateTime?>(p.WorkPermit, p.DateWorkPermit, p.DateOfBirth));
DateParentalResponsibility = new DateStatistics(numberOfSamplesToTake, PersonStatisticKeys.DateParentalResponsibility, CorrelationFactory, (p, a) => new Tuple <string, DateTime?, DateTime?>(p.ParentalResponsibility?.ToString(), p.DateParentalResponsibility, p.DateOfBirth));
DateWithoutLegalCapacity = new DateStatistics(numberOfSamplesToTake, PersonStatisticKeys.DateWithoutLegalCapacity, CorrelationFactory, (p, a) => new Tuple <string, DateTime?, DateTime?>(p.WithoutLegalCapacity, p.DateWithoutLegalCapacity, p.DateOfBirth));
DateCustody = new DateStatistics(numberOfSamplesToTake, PersonStatisticKeys.DateCustody, CorrelationFactory, (p, a) => new Tuple <string, DateTime?, DateTime?>(p.Custody, p.DateCustody, p.DateOfBirth));
DateCitizenship = new DateStatistics(numberOfSamplesToTake, PersonStatisticKeys.DateCitizenship, CorrelationFactory, (p, a) => new Tuple <string, DateTime?, DateTime?>(p.Citizenship, p.DateCitizenship, p.DateOfBirth));
AddEntitiesToBaseDictionary <BooleanStatistic>();
AddEntitiesToBaseDictionary <DiscreteStringStatistics>();
AddEntitiesToBaseDictionary <DiscreteStatistic>();
AddEntitiesToBaseDictionary <DateStatistics>();
Statistics.Add(Age.Name, Age);
}