public static void SignalShutdown()
{
if (ThreadQueue == null)
{
return;
}
ThreadQueue.Shutdown();
HouseholdWrapper.Close();
PersonWrapper.Close();
HouseholdDayWrapper.Close();
PersonDayWrapper.Close();
TourWrapper.Close();
TripWrapper.Close();
if (!string.IsNullOrEmpty(Global.Configuration.OutputJointTourPath))
{
JointTourWrapper.Close();
}
if (!string.IsNullOrEmpty(Global.Configuration.OutputFullHalfTourPath))
{
FullHalfTourWrapper.Close();
}
if (!string.IsNullOrEmpty(Global.Configuration.OutputPartialHalfTourPath))
{
PartialHalfTourWrapper.Close();
}
}
public void TestPersonWrapperTransitFareDiscountFraction()
{
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
Global.Configuration.PathImpedance_TransitUseFareDiscountFractions = false;
List <IPerson> persons = new List <IPerson>()
{
new Person()
{
Age = 4,
TransitPassOwnership = 1,
PersonType = Constants.PersonType.CHILD_UNDER_5,
}
};
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons);
household.Init();
PersonWrapper wrapper = new PersonWrapper(persons[0], household)
{
};
Assert.Equal(0, wrapper.TransitFareDiscountFraction);
Global.Configuration.PathImpedance_TransitUseFareDiscountFractions = true;
Global.Configuration.IncludeTransitPassOwnershipModel = true;
Assert.Equal(1, wrapper.TransitFareDiscountFraction);
Global.Configuration.IncludeTransitPassOwnershipModel = false;
Global.Configuration.Policy_UniversalTransitFareDiscountFraction = .1;
Assert.Equal(.1, wrapper.TransitFareDiscountFraction);
Global.Configuration.PathImpedance_TransitFareDiscountFractionChildUnder5 = .2;
Global.Configuration.Policy_UniversalTransitFareDiscountFraction = 0;
Assert.Equal(.2, wrapper.TransitFareDiscountFraction);
wrapper = TestHelper.GetPersonWrapper(personType: Constants.PersonType.CHILD_AGE_5_THROUGH_15);
Global.Configuration.PathImpedance_TransitFareDiscountFractionChild5To15 = .3;
Assert.Equal(.3, wrapper.TransitFareDiscountFraction);
wrapper = TestHelper.GetPersonWrapper(personType: Constants.PersonType.DRIVING_AGE_STUDENT);
Global.Configuration.PathImpedance_TransitFareDiscountFractionHighSchoolStudent = .4;
Assert.Equal(.4, wrapper.TransitFareDiscountFraction);
wrapper = TestHelper.GetPersonWrapper(personType: Constants.PersonType.UNIVERSITY_STUDENT);
Global.Configuration.PathImpedance_TransitFareDiscountFractionUniverityStudent = .5;
Assert.Equal(.5, wrapper.TransitFareDiscountFraction);
wrapper = TestHelper.GetPersonWrapper(age: 65);
Global.Configuration.PathImpedance_TransitFareDiscountFractionAge65Up = .6;
Assert.Equal(.6, wrapper.TransitFareDiscountFraction);
wrapper = TestHelper.GetPersonWrapper(age: 64);
Assert.Equal(0, wrapper.TransitFareDiscountFraction);
}
public void Run(HouseholdWrapper household)
{
if (household == null)
{
throw new ArgumentNullException("household");
}
household.ResetRandom(4);
if (Global.Configuration.IsInEstimationMode)
{
if (Global.Configuration.EstimationModel != CHOICE_MODEL_NAME)
{
return;
}
}
else if (Global.Configuration.AV_IncludeAutoTypeChoice)
{
ChoiceProbabilityCalculator AVchoiceProbabilityCalculator = _helpers[ParallelUtility.threadLocalAssignedIndex.Value].GetChoiceProbabilityCalculator(household.Id);
RunAVModel(AVchoiceProbabilityCalculator, household);
ChoiceProbabilityCalculator.Alternative chosenAlternative = AVchoiceProbabilityCalculator.SimulateChoice(household.RandomUtility);
int choice = (int)chosenAlternative.Choice;
household.OwnsAutomatedVehicles = choice;
}
ChoiceProbabilityCalculator choiceProbabilityCalculator = _helpers[ParallelUtility.threadLocalAssignedIndex.Value].GetChoiceProbabilityCalculator(household.Id);
int vehicles = household.VehiclesAvailable;
if (household.VehiclesAvailable > 2)
{
vehicles = 2;
}
if (_helpers[ParallelUtility.threadLocalAssignedIndex.Value].ModelIsInEstimationMode)
{
RunModel(choiceProbabilityCalculator, household, vehicles);
choiceProbabilityCalculator.WriteObservation();
}
else
{
RunModel(choiceProbabilityCalculator, household);
ChoiceProbabilityCalculator.Alternative chosenAlternative = choiceProbabilityCalculator.SimulateChoice(household.RandomUtility);
int choice = (int)chosenAlternative.Choice;
household.VehiclesAvailable = choice;
}
}
public void TestHouseholdWrapperFractionWorkersWithJobsOutsideRegion()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 1;
List <IPerson> persons = new List <IPerson> {
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
}
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons, fractionWorkersWithJobsOutsideRegion: .24);
wrapper.Init();
Assert.Equal(.24, wrapper.FractionWorkersWithJobsOutsideRegion);
}
public static PersonDayWrapper GetPersonDayWrapper(PersonWrapper personWrapper = null, int income = 0)
{
List <IPerson> persons = new List <IPerson> {
new Person()
};
HouseholdWrapper householdWrapper = TestHelper.GetHouseholdWrapper(persons, income: income);
HouseholdDayWrapper householdDay = TestHelper.GetHouseholdDayWrapper(householdWrapper: householdWrapper);
if (personWrapper == null)
{
personWrapper = GetPersonWrapper(household: householdWrapper);
}
return(new PersonDayWrapper(new PersonDay(), personWrapper, householdDay));
}
public void Run(HouseholdWrapper household)
{
if (household == null)
{
throw new ArgumentNullException("household");
}
household.ResetRandom(4);
if (Global.Configuration.IsInEstimationMode)
{
if (Global.Configuration.EstimationModel != CHOICE_MODEL_NAME)
{
return;
}
}
ChoiceProbabilityCalculator choiceProbabilityCalculator = _helpers[ParallelUtility.threadLocalAssignedIndex.Value].GetChoiceProbabilityCalculator(household.Id);
if (household.VehiclesAvailable > 4)
{
household.VehiclesAvailable = 4;
}
if (_helpers[ParallelUtility.threadLocalAssignedIndex.Value].ModelIsInEstimationMode)
{
RunModel(choiceProbabilityCalculator, household, household.VehiclesAvailable);
choiceProbabilityCalculator.WriteObservation();
}
else if (Global.Configuration.TestEstimationModelInApplicationMode)
{
Global.Configuration.IsInEstimationMode = false;
RunModel(choiceProbabilityCalculator, household);
ChoiceProbabilityCalculator.Alternative chosenAlternative = choiceProbabilityCalculator.SimulateChoice(household.RandomUtility, household.Id, household.VehiclesAvailable);
Global.Configuration.IsInEstimationMode = true;
}
else
{
RunModel(choiceProbabilityCalculator, household);
ChoiceProbabilityCalculator.Alternative chosenAlternative = choiceProbabilityCalculator.SimulateChoice(household.RandomUtility);
int choice = (int)chosenAlternative.Choice;
household.VehiclesAvailable = choice;
}
}
public void TestHouseholdDayWrapperJointHalfTour()
{
List <IPerson> persons = new List <IPerson> {
new Person()
};
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
ChoiceModelFactory.Parcels = new Dictionary <int, CondensedParcel>();
const int residenceParcelId = 99;
ChoiceModelFactory.Parcels.Add(residenceParcelId, new CondensedParcel());
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons);
HouseholdDayWrapper wrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper: household);
}
public void TestHouseholdWrapper()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 256;
const int id = 3;
List <IPerson> persons = new List <IPerson> {
new Person {
HouseholdId = id, Age = 20, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 35, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 20, PersonType = Constants.PersonType.PART_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 35, PersonType = Constants.PersonType.PART_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person {
HouseholdId = id, Age = 10, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15
},
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.HouseholdDays.Count);
Assert.Equal(0, wrapper.HouseholdDays[0].AttemptedSimulations);
Assert.Equal(0, wrapper.HouseholdDays[0].FullHalfTours);
Assert.Equal(id, wrapper.HouseholdDays[0].Household.Id);
Assert.Equal(false, wrapper.HouseholdDays[0].IsMissingData);
Assert.Equal(0, wrapper.HouseholdDays[0].JointTours);
Assert.Equal(0, wrapper.HouseholdDays[0].PartialHalfTours);
Assert.Equal(7, wrapper.HouseholdDays[0].PersonDays.Count);
}
public void Run(HouseholdWrapper household)
{
if (household == null)
{
throw new ArgumentNullException("household");
}
household.ResetRandom(4);
if (Global.Configuration.IsInEstimationMode)
{
if (Global.Configuration.EstimationModel != CHOICE_MODEL_NAME)
{
return;
}
}
var choiceProbabilityCalculator = _helpers[ParallelUtility.GetBatchFromThreadId()].GetChoiceProbabilityCalculator(household.Id);
var vehicles = household.VehiclesAvailable;
if (household.VehiclesAvailable > 2)
{
vehicles = 2;
}
if (_helpers[ParallelUtility.GetBatchFromThreadId()].ModelIsInEstimationMode)
{
RunModel(choiceProbabilityCalculator, household, vehicles);
choiceProbabilityCalculator.WriteObservation();
}
else
{
RunModel(choiceProbabilityCalculator, household);
var chosenAlternative = choiceProbabilityCalculator.SimulateChoice(household.RandomUtility);
var choice = (int)chosenAlternative.Choice;
household.VehiclesAvailable = choice;
}
}
public void TestAutoOwnershipModel()
{
Global.Configuration = new Configuration {
NProcessors = 1
};
ParallelUtility.Init();
Global.Configuration.AutoOwnershipModelCoefficients = "c:\\a.txt";
ParallelUtility.Register(Thread.CurrentThread.ManagedThreadId, 0);
List <IPerson> persons = new List <IPerson> {
new Person()
};
CondensedParcel residenceParcel = new CondensedParcel();
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons, residenceParcel: residenceParcel);
household.Init();
AutoOwnershipModel model = new AutoOwnershipModel();
model.RunInitialize(new TestCoefficientsReader());
model.Run(household);
}
public static HouseholdDayWrapper GetHouseholdDayWrapper(HouseholdWrapper householdWrapper = null, Household household = null, int id = 3)
{
List <IPerson> persons = new List <IPerson> {
new Person()
};
if (householdWrapper == null)
{
householdWrapper = GetHouseholdWrapper(persons, household: household);
}
householdWrapper.Init();
Global.Configuration.DataType = "Default";
PersonDayWrapperFactory factory = new PersonDayWrapperFactory();
factory.Register("Default", new PersonDayWrapperCreator());
factory.Initialize();
return(new HouseholdDayWrapper(new HouseholdDay()
{
Id = id
}, householdWrapper, factory));
}
public void TestAutoOwnershipModelNullHouseholdException()
{
Global.Configuration = new Configuration {
NProcessors = 1
};
ParallelUtility.Init();
Global.Configuration.AutoOwnershipModelCoefficients = "c:\\a.txt";
ParallelUtility.Register(Thread.CurrentThread.ManagedThreadId, 0);
List <IPerson> persons = new List <IPerson> {
new Person()
};
CondensedParcel residenceParcel = new CondensedParcel();
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons, residenceParcel: residenceParcel);
household.Init();
AutoOwnershipModel model = new AutoOwnershipModel();
model.RunInitialize(new TestCoefficientsReader());
ArgumentNullException ex = Assert.Throws <ArgumentNullException>(() => model.Run(null));
Assert.Equal("Value cannot be null.\r\nParameter name: household", ex.Message);
}
public void TestHouseholdDayWrapperFullHalfTour()
{
List <IPerson> persons = new List <IPerson> {
new Person()
};
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
ChoiceModelFactory.Parcels = new Dictionary <int, CondensedParcel>();
const int residenceParcelId = 99;
ChoiceModelFactory.Parcels.Add(residenceParcelId, new CondensedParcel());
Global.Configuration.IsInEstimationMode = false;
Global.Configuration.UseJointTours = true;
FullHalfTourWrapper.SetPersister(new PersisterWithHDF5 <FullHalfTour>(new TestFullHalfTourExporter()));
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons, id: 9);
HouseholdDayWrapper wrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper: household, id: 8);
Assert.Equal(0, wrapper.FullHalfTours);
Assert.Equal(0, wrapper.FullHalfToursList.Count);
IEnumerable <PersonDayWrapper> orderedPersonDays = wrapper.PersonDays.OrderBy(p => p.JointHalfTourParticipationPriority).ToList().Cast <PersonDayWrapper>();
int[] participants = new [] { 0, 0, 0, 0, 0, 0, 0, 0 };
const int direction = 1;
IFullHalfTourWrapper tourWrapper = wrapper.CreateFullHalfTour(wrapper, orderedPersonDays, participants, direction);
Assert.Equal(1, tourWrapper.Direction);
Assert.Equal(household, tourWrapper.Household);
Assert.Equal(wrapper, tourWrapper.HouseholdDay);
Assert.Equal(81, tourWrapper.Id);
Assert.Equal(false, tourWrapper.Paired);
tourWrapper.Paired = true;
Assert.Equal(true, tourWrapper.Paired);
Assert.Equal(0, tourWrapper.Participants);
}
public void TestHouseholdDayWrapper()
{
List <IPerson> persons = new List <IPerson> {
new Person {
Id = 58
}
};
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
ChoiceModelFactory.Parcels = new Dictionary <int, CondensedParcel>();
const int residenceParcelId = 99;
ChoiceModelFactory.Parcels.Add(residenceParcelId, new CondensedParcel());
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons);
HouseholdDayWrapper wrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper: household);
Assert.Equal(0, wrapper.AttemptedSimulations);
wrapper.AttemptedSimulations++;
Assert.Equal(1, wrapper.AttemptedSimulations);
Assert.Equal(household, wrapper.Household);
Assert.Equal(false, wrapper.IsMissingData);
wrapper.IsMissingData = true;
Assert.Equal(true, wrapper.IsMissingData);
Assert.Equal(false, wrapper.IsValid);
wrapper.IsValid = true;
Assert.Equal(true, wrapper.IsValid);
Assert.Equal(1, wrapper.PersonDays.Count);
Assert.Equal(persons[0].Id, wrapper.PersonDays[0].Person.Id);
}
public void TestHouseholdWrapperExpansionFactor()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 1;
List <IPerson> persons = new List <IPerson> {
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
}
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons, expansionFactor: .25);
wrapper.Init();
Assert.Equal(.25, wrapper.ExpansionFactor);
Global.Configuration.HouseholdSamplingRateOneInX = 4;
wrapper = TestHelper.GetHouseholdWrapper(persons, expansionFactor: .25);
wrapper.Init();
Assert.Equal(1, wrapper.ExpansionFactor);
Global.Configuration.HouseholdSamplingRateOneInX = 256;
wrapper = TestHelper.GetHouseholdWrapper(persons, expansionFactor: .25);
wrapper.Init();
Assert.Equal(64, wrapper.ExpansionFactor);
}
public void TestFullHalfTourWrapper()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 256;
const int id = 1;
const int householdDayId = 2;
const int householdId = 3;
const int day = 4;
const int sequence = 5;
const int direction = 6;
const int participants = 7;
const int personSequence1 = 8;
const int tourSequence1 = 9;
const int personSequence2 = 10;
const int tourSequence2 = 11;
const int personSequence3 = 12;
const int tourSequence3 = 13;
const int personSequence4 = 14;
const int tourSequence4 = 15;
const int personSequence5 = 16;
const int tourSequence5 = 17;
const int personSequence6 = 18;
const int tourSequence6 = 19;
const int personSequence7 = 20;
const int tourSequence7 = 21;
const int personSequence8 = 22;
const int tourSequence8 = 23;
FullHalfTour tour = new FullHalfTour
{
Day = day,
HouseholdDayId = householdDayId,
HouseholdId = householdId,
Id = id,
Direction = direction,
Participants = participants,
PersonSequence1 = personSequence1,
TourSequence1 = tourSequence1,
PersonSequence2 = personSequence2,
TourSequence2 = tourSequence2,
PersonSequence3 = personSequence3,
TourSequence3 = tourSequence3,
PersonSequence4 = personSequence4,
TourSequence4 = tourSequence4,
PersonSequence5 = personSequence5,
TourSequence5 = tourSequence5,
PersonSequence6 = personSequence6,
TourSequence6 = tourSequence6,
PersonSequence7 = personSequence7,
TourSequence7 = tourSequence7,
PersonSequence8 = personSequence8,
TourSequence8 = tourSequence8,
Sequence = sequence
};
List <IPerson> persons = new List <IPerson> {
new Person()
};
HouseholdWrapper householdWrapper = TestHelper.GetHouseholdWrapper(persons);
householdWrapper.Init();
//HouseholdDayWrapper householdDayWrapper = new HouseholdDayWrapper(new HouseholdDay(), householdWrapper, new PersonDayWrapperFactory());
HouseholdDayWrapper householdDayWrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper);
FullHalfTourWrapper.SetPersister(new PersisterWithHDF5 <FullHalfTour>(new TestFullHalfTourExporter()));
FullHalfTourWrapper wrapper = new FullHalfTourWrapper(tour, householdDayWrapper);
Assert.Equal(direction, wrapper.Direction);
Assert.Equal(id, wrapper.Id);
Assert.Equal(participants, wrapper.Participants);
Assert.Equal(personSequence1, wrapper.PersonSequence1);
Assert.Equal(tourSequence1, wrapper.TourSequence1);
Assert.Equal(personSequence2, wrapper.PersonSequence2);
Assert.Equal(tourSequence2, wrapper.TourSequence2);
Assert.Equal(personSequence3, wrapper.PersonSequence3);
Assert.Equal(tourSequence3, wrapper.TourSequence3);
Assert.Equal(personSequence4, wrapper.PersonSequence4);
Assert.Equal(tourSequence4, wrapper.TourSequence4);
Assert.Equal(personSequence5, wrapper.PersonSequence5);
Assert.Equal(tourSequence5, wrapper.TourSequence5);
Assert.Equal(personSequence6, wrapper.PersonSequence6);
Assert.Equal(tourSequence6, wrapper.TourSequence6);
Assert.Equal(personSequence7, wrapper.PersonSequence7);
Assert.Equal(tourSequence7, wrapper.TourSequence7);
Assert.Equal(personSequence8, wrapper.PersonSequence8);
Assert.Equal(tourSequence8, wrapper.TourSequence8);
Assert.Equal(sequence, wrapper.Sequence);
Assert.Equal(householdWrapper, wrapper.Household);
Assert.Equal(householdDayWrapper, wrapper.HouseholdDay);
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
}
public void TestFullHalfTourSetParticipantTourSequence()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 256;
const int id = 1;
const int householdDayId = 2;
const int householdId = 3;
const int day = 4;
const int sequence = 5;
const int direction = 6;
const int participants = 7;
const int personSequence1 = 8;
const int tourSequence1 = 9;
const int personSequence2 = 10;
const int tourSequence2 = 11;
const int personSequence3 = 12;
const int tourSequence3 = 13;
const int personSequence4 = 14;
const int tourSequence4 = 15;
const int personSequence5 = 16;
const int tourSequence5 = 17;
const int personSequence6 = 18;
const int tourSequence6 = 19;
const int personSequence7 = 20;
const int tourSequence7 = 21;
const int personSequence8 = 22;
const int tourSequence8 = 23;
FullHalfTour tour = new FullHalfTour
{
Day = day,
Direction = direction,
HouseholdDayId = householdDayId,
HouseholdId = householdId,
Id = id,
Participants = participants,
PersonSequence1 = personSequence1,
TourSequence1 = tourSequence1,
PersonSequence2 = personSequence2,
TourSequence2 = tourSequence2,
PersonSequence3 = personSequence3,
TourSequence3 = tourSequence3,
PersonSequence4 = personSequence4,
TourSequence4 = tourSequence4,
PersonSequence5 = personSequence5,
TourSequence5 = tourSequence5,
PersonSequence6 = personSequence6,
TourSequence6 = tourSequence6,
PersonSequence7 = personSequence7,
TourSequence7 = tourSequence7,
PersonSequence8 = personSequence8,
TourSequence8 = tourSequence8,
Sequence = sequence
};
List <IPerson> persons = new List <IPerson> {
new Person()
};
HouseholdWrapper householdWrapper = TestHelper.GetHouseholdWrapper(persons);
householdWrapper.Init();
//HouseholdDayWrapper householdDayWrapper = new HouseholdDayWrapper(new HouseholdDay(), householdWrapper, new PersonDayWrapperFactory());
HouseholdDayWrapper householdDayWrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper);
FullHalfTourWrapper.SetPersister(new PersisterWithHDF5 <FullHalfTour>(new TestFullHalfTourExporter()));
FullHalfTourWrapper wrapper = new FullHalfTourWrapper(tour, householdDayWrapper);
int[] sequences = new[] { 1, 2, 3, 4, 5, 6, 7, 8 };
int[] pSequences = new[] { personSequence1, personSequence2, personSequence3, personSequence4, personSequence5, personSequence6, personSequence7, personSequence8 };
for (int x = 0; x < 8; x++)
{
PersonWrapper person = TestHelper.GetPersonWrapper(sequence: pSequences[x]);
PersonDayWrapper personDay = TestHelper.GetPersonDayWrapper(personWrapper: person, income: -1);
const int destinationPurpose = Constants.Purpose.BUSINESS;
Global.Configuration.Coefficients_BaseCostCoefficientIncomeLevel = 25000;
Global.Configuration.Coefficients_StdDeviationTimeCoefficient_Other = .75;
Global.Configuration.Coefficients_MeanTimeCoefficient_Other = .45;
Global.Configuration.Coefficients_BaseCostCoefficientPerMonetaryUnit = 5;
Tour ptour = new Tour();
TourWrapper tourWrapper = new TourWrapper(ptour, personDay, destinationPurpose, false)
{
Sequence = sequences[x]
};
wrapper.SetParticipantTourSequence(tourWrapper);
Assert.Equal(sequences[x], GetWrapperTourSequence(wrapper, x));
}
}
private void RunModel(ChoiceProbabilityCalculator choiceProbabilityCalculator, HouseholdWrapper household, int choice = Constants.DEFAULT_VALUE) {
// // var distanceToTransitCappedUnderQtrMile = household.ResidenceParcel.DistanceToTransitCappedUnderQtrMile();
// // var distanceToTransitQtrToHalfMile = household.ResidenceParcel.DistanceToTransitQtrToHalfMile();
//var foodRetailServiceMedicalLogBuffer1 = household.ResidenceParcel.FoodRetailServiceMedicalLogBuffer1();
var workTourLogsumDifference = 0D; // (full or part-time workers) full car ownership vs. no car ownership
var schoolTourLogsumDifference = 0D; // (school) full car ownership vs. no car ownership
// // const double workTourOtherLogsumDifference = 0D; // (other workers) full car ownership vs. no car ownership
//
// Stefan
var netIncome = (household.Income / 1000.0) / 2.0; // in 1000s of DKK
var userCost = 2.441 * 15.0; //annual cost to use 1 car in 1000s of DKK
bool isInCopenhagenMunicipality = household.MunicipalCode == 101;
bool municipality101 = household.MunicipalCode == 101;
bool municipality147 = household.MunicipalCode == 147;
bool municipality151 = household.MunicipalCode == 151;
bool municipality153 = household.MunicipalCode == 153;
bool municipality155 = household.MunicipalCode == 155;
bool municipality157 = household.MunicipalCode == 157;
bool municipality159 = household.MunicipalCode == 159;
bool municipality161 = household.MunicipalCode == 161;
bool municipality163 = household.MunicipalCode == 163;
bool municipality165 = household.MunicipalCode == 165;
bool municipality167 = household.MunicipalCode == 167;
bool municipality169 = household.MunicipalCode == 169;
bool municipality173 = household.MunicipalCode == 173;
bool municipality175 = household.MunicipalCode == 175;
bool municipality183 = household.MunicipalCode == 183;
bool municipality185 = household.MunicipalCode == 185;
bool municipality187 = household.MunicipalCode == 187;
bool municipality190 = household.MunicipalCode == 190;
bool municipality201 = household.MunicipalCode == 201;
bool municipality210 = household.MunicipalCode == 210;
bool municipality217 = household.MunicipalCode == 217;
bool municipality219 = household.MunicipalCode == 219;
bool municipality223 = household.MunicipalCode == 223;
bool municipality230 = household.MunicipalCode == 230;
bool municipality240 = household.MunicipalCode == 240;
bool municipality250 = household.MunicipalCode == 250;
bool municipality253 = household.MunicipalCode == 253;
bool municipality259 = household.MunicipalCode == 259;
bool municipality260 = household.MunicipalCode == 260;
bool municipality265 = household.MunicipalCode == 265;
bool municipality269 = household.MunicipalCode == 269;
bool municipality270 = household.MunicipalCode == 270;
bool municipality336 = household.MunicipalCode == 336;
bool municipality350 = household.MunicipalCode == 350;
int numberAdults = 0;
int numberChildren = 0;
int numberWorkers = 0;
int sumAdultAges = 0;
double averageAdultAge = 0.0;
bool isMale = false;
foreach (PersonWrapper person in household.Persons) {
if (person.IsWorker && person.UsualWorkParcel != null && person.UsualWorkParcelId != household.ResidenceParcelId) {
var destinationArrivalTime = ChoiceModelUtility.GetDestinationArrivalTime(Global.Settings.Models.WorkTourModeModel);
var destinationDepartureTime = ChoiceModelUtility.GetDestinationDepartureTime(Global.Settings.Models.WorkTourModeModel);
//JLB 201602
//var nestedAlternative1 = Global.ChoiceModelSession.Get<WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0);
//var nestedAlternative2 = Global.ChoiceModelSession.Get<WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0);
var nestedAlternative1 = Global.ChoiceModelSession.Get<TourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0, Global.Settings.Purposes.Work);
var nestedAlternative2 = Global.ChoiceModelSession.Get<TourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0, Global.Settings.Purposes.Work);
workTourLogsumDifference += nestedAlternative1 == null ? 0 : nestedAlternative1.ComputeLogsum();
workTourLogsumDifference -= nestedAlternative2 == null ? 0 : nestedAlternative2.ComputeLogsum();
}
if (person.IsDrivingAgeStudent && person.UsualSchoolParcel != null && person.UsualSchoolParcelId != household.ResidenceParcelId) {
var destinationArrivalTime = ChoiceModelUtility.GetDestinationArrivalTime(Global.Settings.Models.SchoolTourModeModel);
var destinationDepartureTime = ChoiceModelUtility.GetDestinationDepartureTime(Global.Settings.Models.SchoolTourModeModel);
//TODO: change the following school logsum retrievals when estimating this model after schoolTourModeTimeModel is enhanced for COMPAS2
var nestedAlternative1 = Global.ChoiceModelSession.Get<TourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualSchoolParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0, Global.Settings.Purposes.School);
var nestedAlternative2 = Global.ChoiceModelSession.Get<TourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualSchoolParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0, Global.Settings.Purposes.School);
schoolTourLogsumDifference += nestedAlternative1 == null ? 0 : nestedAlternative1.ComputeLogsum();
schoolTourLogsumDifference -= nestedAlternative2 == null ? 0 : nestedAlternative2.ComputeLogsum();
}
if (person.Age >= 18) {
numberAdults++;
sumAdultAges = sumAdultAges + person.Age;
isMale = person.IsMale;
if (person.PersonType == Global.Settings.PersonTypes.FullTimeWorker
//|| person.PersonType == Constants.PersonType.PART_TIME_WORKER
) {
numberWorkers++;
}
}
else {
numberChildren++;
}
}
averageAdultAge = sumAdultAges / Math.Max(numberAdults, 1);
// var votSegment = household.VotALSegment;
//var taSegment = household.ResidenceParcel.TransitAccessSegment();
//var aggregateLogsumDifference = // full car ownership vs. no car ownership
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.OneOrMoreCarsPerAdult][votSegment][taSegment] -
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.NoCars][votSegment][taSegment];
//var distanceToStop
// = household.ResidenceParcel.GetDistanceToTransit() > 0
// ? Math.Min(household.ResidenceParcel.GetDistanceToTransit(), 2 * Global.Settings.DistanceUnitsPerMile) // JLBscale
// : 2 * Global.Settings.DistanceUnitsPerMile;
//var ruralFlag = household.ResidenceParcel.RuralFlag();
var zeroVehAVEffect = (Global.Configuration.AV_IncludeAutoTypeChoice && household.OwnsAutomatedVehicles > 0) ? Global.Configuration.AV_Own0VehiclesCoefficientForAVHouseholds : 0;
var oneVehAVEffect = (Global.Configuration.AV_IncludeAutoTypeChoice && household.OwnsAutomatedVehicles > 0) ? Global.Configuration.AV_Own1VehicleCoefficientForAVHouseholds : 0;
var zeroVehSEEffect = (Global.Configuration.PaidRideShareModeIsAvailable && Global.Configuration.AV_PaidRideShareModeUsesAVs) ? Global.Configuration.AV_SharingEconomy_DensityCoefficientForOwning0Vehicles * Math.Min(household.ResidenceBuffer2Density, 6000) : 0;
var oneVehSEEffect = (Global.Configuration.PaidRideShareModeIsAvailable && Global.Configuration.AV_PaidRideShareModeUsesAVs) ? Global.Configuration.AV_SharingEconomy_ConstantForOwning1Vehicle : 0;
var twoVehSEEffect = (Global.Configuration.PaidRideShareModeIsAvailable && Global.Configuration.AV_PaidRideShareModeUsesAVs) ? Global.Configuration.AV_SharingEconomy_ConstantForOwning2Vehicles : 0;
//var threeVehSEEffect = (Global.Configuration.PaidRideShareModeIsAvailable && Global.Configuration.AV_PaidRideShareModeUsesAVs) ? Global.Configuration.AV_SharingEconomy_ConstantForOwning3Vehicles : 0;
//var fourVehSEEffect = (Global.Configuration.PaidRideShareModeIsAvailable && Global.Configuration.AV_PaidRideShareModeUsesAVs) ? Global.Configuration.AV_SharingEconomy_ConstantForOwning4Vehicles : 0;
// 0 AUTOS
var alternative = choiceProbabilityCalculator.GetAlternative(0, true, choice == 0);
alternative.Choice = 0;
alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome, 1)));
alternative.AddUtilityTerm(15, workTourLogsumDifference); // instead of all Stefan's work-related and logsum variables
alternative.AddUtilityTerm(90, 1); //calibration constant
alternative.AddUtilityTerm(100, zeroVehAVEffect);
alternative.AddUtilityTerm(100, zeroVehSEEffect);
alternative.AddUtilityTerm(101, municipality101.ToFlag());
alternative.AddUtilityTerm(102, municipality147.ToFlag());
alternative.AddUtilityTerm(103, municipality151.ToFlag());
alternative.AddUtilityTerm(104, municipality153.ToFlag());
alternative.AddUtilityTerm(105, municipality155.ToFlag());
alternative.AddUtilityTerm(106, municipality157.ToFlag());
alternative.AddUtilityTerm(107, municipality159.ToFlag());
alternative.AddUtilityTerm(108, municipality161.ToFlag());
alternative.AddUtilityTerm(109, municipality163.ToFlag());
alternative.AddUtilityTerm(110, municipality165.ToFlag());
alternative.AddUtilityTerm(111, municipality167.ToFlag());
alternative.AddUtilityTerm(112, municipality169.ToFlag());
alternative.AddUtilityTerm(113, municipality173.ToFlag());
alternative.AddUtilityTerm(114, municipality175.ToFlag());
alternative.AddUtilityTerm(115, municipality183.ToFlag());
alternative.AddUtilityTerm(116, municipality185.ToFlag());
alternative.AddUtilityTerm(117, municipality187.ToFlag());
alternative.AddUtilityTerm(118, municipality190.ToFlag());
alternative.AddUtilityTerm(119, municipality201.ToFlag());
alternative.AddUtilityTerm(120, municipality210.ToFlag());
alternative.AddUtilityTerm(121, municipality217.ToFlag());
alternative.AddUtilityTerm(122, municipality219.ToFlag());
alternative.AddUtilityTerm(123, municipality223.ToFlag());
alternative.AddUtilityTerm(124, municipality230.ToFlag());
alternative.AddUtilityTerm(125, municipality240.ToFlag());
alternative.AddUtilityTerm(126, municipality250.ToFlag());
alternative.AddUtilityTerm(127, municipality253.ToFlag());
alternative.AddUtilityTerm(128, municipality259.ToFlag());
alternative.AddUtilityTerm(129, municipality260.ToFlag());
alternative.AddUtilityTerm(130, municipality265.ToFlag());
alternative.AddUtilityTerm(131, municipality269.ToFlag());
alternative.AddUtilityTerm(132, municipality270.ToFlag());
alternative.AddUtilityTerm(133, municipality336.ToFlag());
alternative.AddUtilityTerm(134, municipality350.ToFlag());
// 1 AUTO
var beta010 = -6.59;
var beta011 = 4.25;
var beta012 = 5.53;
var beta013 = 6.54;
var beta014 = 1.17;
var beta015 = 0.54;
var beta016 = 0.81;
var beta017 = 1.20;
var beta018 = -0.54;
var beta019 = 0.0;
var beta020 = 0.45;
var beta021 = 0.0;
var beta022 = -0.04;
var beta023 = 0.57;
var beta024 = 0.18;
var beta025 = -0.82;
var stefanOneCarUtility =
beta010 * 1.0 +
beta011 * household.Has1Driver.ToFlag() +
beta012 * household.Has2Drivers.ToFlag() +
beta013 * (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag() +
beta014 * Math.Log(Math.Max(netIncome - userCost, 1)) +
beta015 * (numberChildren == 1).ToFlag() +
beta016 * (numberChildren == 2).ToFlag() +
beta017 * (numberChildren > 2).ToFlag() +
beta018 * (numberAdults == 1 && !isMale).ToFlag() +
beta019 * (numberAdults == 1 && isMale).ToFlag() +
beta020 * averageAdultAge / 10.0 +
beta021 * Math.Pow(averageAdultAge / 10.0, 2.0) +
beta022 * 0 + //household.ResidenceParcel.PSearchTime16_17 + // Add this when new parcel variables with seach time are available
beta023 * household.ResidenceParcel.DistanceToLocalBus +
beta024 * household.ResidenceParcel.DistanceToExpressBus +
beta025 * isInCopenhagenMunicipality.ToFlag() +
0;
alternative = choiceProbabilityCalculator.GetAlternative(1, true, choice == 1);
alternative.Choice = 1;
//Stefan
//alternative.AddUtilityTerm(10, 1.0);
//alternative.AddUtilityTerm(11, household.Has1Driver.ToFlag());
//alternative.AddUtilityTerm(12, household.Has2Drivers.ToFlag());
//alternative.AddUtilityTerm(13, (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag());
//alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome - userCost, 1)));
//alternative.AddUtilityTerm(15, (numberChildren == 1).ToFlag());
//alternative.AddUtilityTerm(16, (numberChildren == 2).ToFlag());
//alternative.AddUtilityTerm(17, (numberChildren > 2).ToFlag());
//alternative.AddUtilityTerm(18, (numberAdults == 1 && !isMale).ToFlag());
//alternative.AddUtilityTerm(19, (numberAdults == 1 && isMale).ToFlag());
//alternative.AddUtilityTerm(20, averageAdultAge / 10.0);
//alternative.AddUtilityTerm(21, Math.Pow(averageAdultAge / 10.0, 2.0));
////alternative.AddUtilityTerm(22, household.ResidenceParcel.PSearchTime16_17); // Add this when new parcel variables with seach time are available
//alternative.AddUtilityTerm(23, household.ResidenceParcel.DistanceToLocalBus);
//alternative.AddUtilityTerm(24, household.ResidenceParcel.DistanceToExpressBus);
//alternative.AddUtilityTerm(25, isInCopenhagenMunicipality.ToFlag());
alternative.AddUtilityTerm(26, stefanOneCarUtility); //this composite replaces above separate terms 10-25
alternative.AddUtilityTerm(27, workTourLogsumDifference * household.HasMoreDriversThan1.ToFlag()); // instead of all Stefan's work-related and logsum variables
alternative.AddUtilityTerm(91, 1); //calibration constant
alternative.AddUtilityTerm(100, oneVehAVEffect);
alternative.AddUtilityTerm(100, oneVehSEEffect);
//alternative.AddUtilityTerm(24, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(25, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(26, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(27, household.HouseholdTotals.HomeBasedPersonsPerDrivingAgeMembers);
// 2+ AUTOS
var beta040 = -9.540;
var beta041 = 2.79;
var beta042 = 6.09;
var beta043 = 7.77;
var beta044 = 0;
var beta045 = 0.35;
var beta046 = 0.81;
var beta047 = 1.33;
var beta048 = -1.13;
var beta049 = 0.60;
var beta050 = 0.92;
var beta051 = -0.05;
var beta052 = -0.09;
var beta053 = 0.94;
var beta054 = 0.31;
var beta055 = -1.54;
var stefanTwoCarUtility =
beta040 * 1.0 +
beta041 * household.Has1Driver.ToFlag() +
beta042 * household.Has2Drivers.ToFlag() +
beta043 * (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag() +
beta014 * Math.Log(Math.Max(netIncome - userCost * 2.0, 1)) +
beta045 * (numberChildren == 1).ToFlag() +
beta046 * (numberChildren == 2).ToFlag() +
beta047 * (numberChildren > 2).ToFlag() +
beta048 * (numberAdults == 1 && !isMale).ToFlag() +
beta049 * (numberAdults == 1 && isMale).ToFlag() +
beta050 * averageAdultAge / 10.0 +
beta051 * Math.Pow(averageAdultAge / 10.0, 2.0) +
beta052 * 0 + //household.ResidenceParcel.PSearchTime16_17 + // Add this when new parcel variables with seach time are available
beta053 * household.ResidenceParcel.DistanceToLocalBus +
beta054 * household.ResidenceParcel.DistanceToExpressBus +
beta055 * isInCopenhagenMunicipality.ToFlag() +
0;
alternative = choiceProbabilityCalculator.GetAlternative(2, true, choice == 2);
alternative.Choice = 2;
//Stefan
//alternative.AddUtilityTerm(40, 1.0);
//alternative.AddUtilityTerm(41, household.Has1Driver.ToFlag());
//alternative.AddUtilityTerm(42, household.Has2Drivers.ToFlag());
//alternative.AddUtilityTerm(43, (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag());
//alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome - userCost * 2.0, 1)));
//alternative.AddUtilityTerm(45, (numberChildren == 1).ToFlag());
//alternative.AddUtilityTerm(46, (numberChildren == 2).ToFlag());
//alternative.AddUtilityTerm(47, (numberChildren > 2).ToFlag());
//alternative.AddUtilityTerm(48, (numberAdults == 1 && !isMale).ToFlag());
//alternative.AddUtilityTerm(49, (numberAdults == 1 && isMale).ToFlag());
//alternative.AddUtilityTerm(50, averageAdultAge / 10.0);
//alternative.AddUtilityTerm(51, Math.Pow(averageAdultAge / 10.0, 2.0));
////alternative.AddUtilityTerm(52, household.ResidenceParcel.PSearchTime16_17); // Add this when new parcel variables with seach time are available
//alternative.AddUtilityTerm(53, household.ResidenceParcel.DistanceToLocalBus);
//alternative.AddUtilityTerm(54, household.ResidenceParcel.DistanceToExpressBus);
//alternative.AddUtilityTerm(55, isInCopenhagenMunicipality.ToFlag());
alternative.AddUtilityTerm(56, stefanTwoCarUtility); //this composite replaces above separate terms 40-55
//alternative.AddUtilityTerm(57, workTourLogsumDifference);
alternative.AddUtilityTerm(92, 1); //new calibration constant - must be constrained to 0 in estimation
alternative.AddUtilityTerm(100, twoVehSEEffect);
alternative.AddUtilityTerm(201, municipality101.ToFlag());
alternative.AddUtilityTerm(202, municipality147.ToFlag());
alternative.AddUtilityTerm(203, municipality151.ToFlag());
alternative.AddUtilityTerm(204, municipality153.ToFlag());
alternative.AddUtilityTerm(205, municipality155.ToFlag());
alternative.AddUtilityTerm(206, municipality157.ToFlag());
alternative.AddUtilityTerm(207, municipality159.ToFlag());
alternative.AddUtilityTerm(208, municipality161.ToFlag());
alternative.AddUtilityTerm(209, municipality163.ToFlag());
alternative.AddUtilityTerm(210, municipality165.ToFlag());
alternative.AddUtilityTerm(211, municipality167.ToFlag());
alternative.AddUtilityTerm(212, municipality169.ToFlag());
alternative.AddUtilityTerm(213, municipality173.ToFlag());
alternative.AddUtilityTerm(214, municipality175.ToFlag());
alternative.AddUtilityTerm(215, municipality183.ToFlag());
alternative.AddUtilityTerm(216, municipality185.ToFlag());
alternative.AddUtilityTerm(217, municipality187.ToFlag());
alternative.AddUtilityTerm(218, municipality190.ToFlag());
alternative.AddUtilityTerm(219, municipality201.ToFlag());
alternative.AddUtilityTerm(220, municipality210.ToFlag());
alternative.AddUtilityTerm(221, municipality217.ToFlag());
alternative.AddUtilityTerm(222, municipality219.ToFlag());
alternative.AddUtilityTerm(223, municipality223.ToFlag());
alternative.AddUtilityTerm(224, municipality230.ToFlag());
alternative.AddUtilityTerm(225, municipality240.ToFlag());
alternative.AddUtilityTerm(226, municipality250.ToFlag());
alternative.AddUtilityTerm(227, municipality253.ToFlag());
alternative.AddUtilityTerm(228, municipality259.ToFlag());
alternative.AddUtilityTerm(229, municipality260.ToFlag());
alternative.AddUtilityTerm(230, municipality265.ToFlag());
alternative.AddUtilityTerm(231, municipality269.ToFlag());
alternative.AddUtilityTerm(232, municipality270.ToFlag());
alternative.AddUtilityTerm(233, municipality336.ToFlag());
alternative.AddUtilityTerm(234, municipality350.ToFlag());
//alternative.AddUtilityTerm(44, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(45, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(46, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(47, household.HouseholdTotals.HomeBasedPersonsPerDrivingAgeMembers);
}
private void RunModel(ChoiceProbabilityCalculator choiceProbabilityCalculator, TourWrapper tour, HouseholdDayWrapper householdDay, int sampleSize, IParcelWrapper choice = null)
{
timesStartedRunModel++;
HouseholdWrapper household = (HouseholdWrapper)tour.Household;
PersonWrapper person = (PersonWrapper)tour.Person;
PersonDayWrapper personDay = (PersonDayWrapper)tour.PersonDay;
// var totalAvailableMinutes =
// tour.ParentTour == null
// ? personDay.TimeWindow.TotalAvailableMinutes(1, Global.Settings.Times.MinutesInADay)
// : tour.ParentTour.TimeWindow.TotalAvailableMinutes(1, Global.Settings.Times.MinutesInADay);
TimeWindow timeWindow = new TimeWindow();
if (tour.JointTourSequence > 0)
{
foreach (PersonDayWrapper pDay in householdDay.PersonDays)
{
TourWrapper tInJoint = (TourWrapper)pDay.Tours.Find(t => t.JointTourSequence == tour.JointTourSequence);
if (!(tInJoint == null))
{
// set jointTour time window
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
}
}
}
else if (tour.ParentTour == null)
{
timeWindow.IncorporateAnotherTimeWindow(personDay.TimeWindow);
}
timeWindow.SetBusyMinutes(Global.Settings.Times.EndOfRelevantWindow, Global.Settings.Times.MinutesInADay + 1);
int maxAvailableMinutes =
(tour.JointTourSequence > 0 || tour.ParentTour == null)
? timeWindow.MaxAvailableMinutesAfter(Global.Settings.Times.FiveAM)
: tour.ParentTour.DestinationDepartureTime - tour.ParentTour.DestinationArrivalTime;
// var hoursAvailableInverse =
// tour.IsHomeBasedTour
// ? (personDay.HomeBasedTours - personDay.SimulatedHomeBasedTours + 1) / (Math.Max(totalAvailableMinutes - 360, 30) / 60D)
// : 1 / (Math.Max(totalAvailableMinutes, 1) / 60D);
bool householdHasChildren = household.HasChildren;
bool householdHasNoChildren = householdHasChildren ? false : true;
int fastestAvailableTimeOfDay =
tour.IsHomeBasedTour || tour.ParentTour == null
? 1
: tour.ParentTour.DestinationArrivalTime + (tour.ParentTour.DestinationDepartureTime - tour.ParentTour.DestinationArrivalTime) / 2;
int tourCategory = tour.GetTourCategory();
// var primaryFlag = ChoiceModelUtility.GetPrimaryFlag(tourCategory);
int secondaryFlag = ChoiceModelUtility.GetSecondaryFlag(tourCategory);
int workOrSchoolPatternFlag = personDay.GetIsWorkOrSchoolPattern().ToFlag();
int otherPatternFlag = personDay.GetIsOtherPattern().ToFlag();
int jointTourFlag = (tour.JointTourSequence > 0).ToFlag();
ChoiceModelUtility.DrawRandomTourTimePeriodsActum(tour, tourCategory);
if (tour.Household.Id == 80049 && tour.PersonDay.Day == 1 && tour.Person.Sequence == 2 && tour.Sequence == 4)
{
}
int segment = Global.ContainerDaySim.GetInstance <SamplingWeightsSettingsFactory>().SamplingWeightsSettings.GetTourDestinationSegment(tour.DestinationPurpose, tour.IsHomeBasedTour ? Global.Settings.TourPriorities.HomeBasedTour : Global.Settings.TourPriorities.WorkBasedTour, Global.Settings.Modes.Sov, person.PersonType);
DestinationSampler destinationSampler = new DestinationSampler(choiceProbabilityCalculator, segment, sampleSize, choice, tour.OriginParcel);
TourDestinationUtilities tourDestinationUtilities = new TourDestinationUtilities(tour, sampleSize, secondaryFlag, personDay.GetIsWorkOrSchoolPattern().ToFlag(), personDay.GetIsOtherPattern().ToFlag(), fastestAvailableTimeOfDay, maxAvailableMinutes);
// get destination sample and perform code that used to be in SetUtilities below
Dictionary <DestinationSampler.TourSampleItem, int> sampleItems = destinationSampler.SampleAndReturnTourDestinations(tourDestinationUtilities);
int index = 0;
foreach (KeyValuePair <DestinationSampler.TourSampleItem, int> sampleItem in sampleItems)
{
bool available = sampleItem.Key.Available;
bool isChosen = sampleItem.Key.IsChosen;
double adjustmentFactor = sampleItem.Key.AdjustmentFactor;
IParcelWrapper destinationParcel = ChoiceModelFactory.Parcels[sampleItem.Key.ParcelId];
if (isChosen)
{
Global.PrintFile.WriteLine("Sequence {0}: Chosen parcel {1} Available {2} Sample item {3} of {4}", timesStartedRunModel, destinationParcel.Id, available, index, sampleItems.Count);
}
ChoiceProbabilityCalculator.Alternative alternative = choiceProbabilityCalculator.GetAlternative(index++, available, isChosen);
if (!available)
{
continue;
}
double fastestTravelTime =
ImpedanceRoster.GetValue("ivtime", Global.Settings.Modes.Hov3, Global.Settings.PathTypes.FullNetwork, Global.Settings.ValueOfTimes.DefaultVot, fastestAvailableTimeOfDay, tour.OriginParcel, destinationParcel).Variable +
ImpedanceRoster.GetValue("ivtime", Global.Settings.Modes.Hov3, Global.Settings.PathTypes.FullNetwork, Global.Settings.ValueOfTimes.DefaultVot, fastestAvailableTimeOfDay, destinationParcel, tour.OriginParcel).Variable;
if (fastestTravelTime >= maxAvailableMinutes)
{
alternative.Available = false;
continue;
}
alternative.Choice = destinationParcel;
double tourLogsum;
if (tour.IsHomeBasedTour)
{
if (tour.DestinationPurpose == Global.Settings.Purposes.Work)
{
//JLB 201406
//var nestedAlternative = Global.ChoiceModelSession.Get<WorkTourModeModel>().RunNested(tour, destinationParcel);
// JLB 201602
//var nestedAlternative = Global.ChoiceModelSession.Get<WorkTourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
ChoiceProbabilityCalculator.Alternative nestedAlternative = Global.ChoiceModelSession.Get <TourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
tourLogsum = nestedAlternative == null ? 0 : nestedAlternative.ComputeLogsum();
}
// JLB201406
//else if (tour.DestinationPurpose == Global.Settings.Purposes.Escort) {
// var nestedAlternative = Global.ChoiceModelSession.Get<EscortTourModeModel>().RunNested(tour, destinationParcel);
// tourLogsum = nestedAlternative == null ? 0 : nestedAlternative.ComputeLogsum();
//}
else
{
// JLB201406
//var nestedAlternative = Global.ChoiceModelSession.Get<OtherHomeBasedTourModeModel>().RunNested(tour, destinationParcel);
// JLB 201602
//var nestedAlternative = Global.ChoiceModelSession.Get<OtherHomeBasedTourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
ChoiceProbabilityCalculator.Alternative nestedAlternative = Global.ChoiceModelSession.Get <TourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
tourLogsum = nestedAlternative == null ? 0 : nestedAlternative.ComputeLogsum();
}
}
else
{
// JLB201406
//var nestedAlternative = Global.ChoiceModelSession.Get<WorkBasedSubtourModeModel>().RunNested(tour, destinationParcel);
// JLB 201602
//var nestedAlternative = Global.ChoiceModelSession.Get<WorkBasedSubtourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
ChoiceProbabilityCalculator.Alternative nestedAlternative = Global.ChoiceModelSession.Get <TourModeTimeModel>().RunNested(tour, destinationParcel, tour.Household.VehiclesAvailable, tour.Person.GetTransitFareDiscountFraction());
tourLogsum = nestedAlternative == null ? 0 : nestedAlternative.ComputeLogsum();
}
//var purpose = tour.TourPurposeSegment;
int carOwnership = person.GetCarOwnershipSegment();
int votSegment = tour.GetVotALSegment();
int transitAccess = destinationParcel.TransitAccessSegment();
//var aggregateLogsum = Global.AggregateLogsums[destinationParcel.ZoneId][purpose][carOwnership][votSegment][transitAccess];
double aggregateLogsumHomeBased = Global.AggregateLogsums[destinationParcel.ZoneId][Global.Settings.Purposes.HomeBasedComposite][carOwnership][votSegment][transitAccess];
double aggregateLogsumWorkBased = Global.AggregateLogsums[destinationParcel.ZoneId][Global.Settings.Purposes.WorkBased][carOwnership][votSegment][transitAccess];
double distanceFromOrigin = tour.OriginParcel.DistanceFromOrigin(destinationParcel, tour.DestinationArrivalTime);
// 1. new from GV: Cph KM-distances
double piecewiseDistanceFrom0To1Km = Math.Min(distanceFromOrigin, .10);
double piecewiseDistanceFrom0To2Km = Math.Min(distanceFromOrigin, .20); //GV: added July 7th
double piecewiseDistanceFrom0To5Km = Math.Min(distanceFromOrigin, .50); //GV: added July 7th
double piecewiseDistanceFrom1To2Km = Math.Max(0, Math.Min(distanceFromOrigin - .1, .2 - .1));
double piecewiseDistanceFrom2To5Km = Math.Max(0, Math.Min(distanceFromOrigin - .2, .5 - .2));
double piecewiseDistanceFrom5To10Km = Math.Max(0, Math.Min(distanceFromOrigin - .5, 1 - .5));
double piecewiseDistanceFrom10To20Km = Math.Max(0, Math.Min(distanceFromOrigin - 1, 2 - 1));
double piecewiseDistanceFrom20KmToInfinity = Math.Max(0, distanceFromOrigin - 2);
double piecewiseDistanceFrom10KmToInfinity = Math.Max(0, distanceFromOrigin - 1);
// 1. finished
double distanceFromOriginLog = Math.Log(1 + distanceFromOrigin);
double distanceFromWorkLog = person.UsualWorkParcel.DistanceFromWorkLog(destinationParcel, 1);
double distanceFromSchoolLog = person.UsualSchoolParcel.DistanceFromSchoolLog(destinationParcel, 1);
double timePressure = Math.Log(1 - fastestTravelTime / maxAvailableMinutes);
// 2. new from GV: Cph buffers for neighborhood effects
// log transforms of buffers for Neighborhood effects
double logOfOnePlusEducationK8Buffer2 = Math.Log(destinationParcel.StudentsK8Buffer2 + 1.0);
double logOfOnePlusEducationUniStuBuffer2 = Math.Log(destinationParcel.StudentsUniversityBuffer2 + 1.0);
double logOfOnePlusEmploymentEducationBuffer2 = Math.Log(destinationParcel.EmploymentEducationBuffer2 + 1.0);
double logOfOnePlusEmploymentGovernmentBuffer2 = Math.Log(destinationParcel.EmploymentGovernmentBuffer2 + 1.0);
double logOfOnePlusEmploymentIndustrialBuffer2 = Math.Log(destinationParcel.EmploymentIndustrialBuffer2 + 1.0);
double logOfOnePlusEmploymentOfficeBuffer2 = Math.Log(destinationParcel.EmploymentOfficeBuffer2 + 1.0);
double logOfOnePlusEmploymentRetailBuffer2 = Math.Log(destinationParcel.EmploymentRetailBuffer2 + 1.0);
double logOfOnePlusEmploymentServiceBuffer2 = Math.Log(destinationParcel.EmploymentServiceBuffer2 + 1.0);
double logOfOnePlusEmploymentAgrConstrBuffer2 = Math.Log(destinationParcel.EmploymentAgricultureConstructionBuffer2 + 1.0);
double logOfOnePlusEmploymentJobsBuffer2 = Math.Log(destinationParcel.EmploymentTotalBuffer2 + 1.0);
double logOfOnePlusHouseholdsBuffer2 = Math.Log(destinationParcel.HouseholdsBuffer2 + 1.0);
// 2. finished
double logOfOnePlusParkingOffStreetDailySpacesBuffer1 = Math.Log(1 + destinationParcel.ParkingOffStreetPaidDailySpacesBuffer1);
// connectivity attributes
double c34Ratio = destinationParcel.C34RatioBuffer1();
int carCompetitionFlag = FlagUtility.GetCarCompetitionFlag(carOwnership); // exludes no cars
int noCarCompetitionFlag = FlagUtility.GetNoCarCompetitionFlag(carOwnership);
int noCarsFlag = FlagUtility.GetNoCarsFlag(carOwnership);
alternative.AddUtilityTerm(2, household.Id);
alternative.AddUtilityTerm(3, personDay.Day);
alternative.AddUtilityTerm(4, person.Sequence);
alternative.AddUtilityTerm(5, tour.Sequence);
alternative.AddUtilityTerm(8, adjustmentFactor);
alternative.AddUtilityTerm(9, tourLogsum);
// 3. new from GV: definition of Cph variables
//alternative.AddUtilityTerm(260, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom0To1Km);
alternative.AddUtilityTerm(260, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom0To2Km); //GV: added July 7th
//alternative.AddUtilityTerm(261, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom1To2Km);
alternative.AddUtilityTerm(262, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(263, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(264, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(265, secondaryFlag * workOrSchoolPatternFlag * piecewiseDistanceFrom20KmToInfinity);
//alternative.AddUtilityTerm(266, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom0To1Km);
alternative.AddUtilityTerm(266, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom0To2Km); //GV: added July 7th
//alternative.AddUtilityTerm(267, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom1To2Km);
alternative.AddUtilityTerm(268, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(269, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(270, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(271, secondaryFlag * otherPatternFlag * piecewiseDistanceFrom20KmToInfinity);
//alternative.AddUtilityTerm(268, (!_tour.IsHomeBasedTour).ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(269, household.Has0To15KIncome.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(270, household.HasMissingIncome.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(271, person.IsRetiredAdult.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(272, person.IsUniversityStudent.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(273, person.IsChildAge5Through15.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(274, person.IsChildUnder5.ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(272, (!tour.IsHomeBasedTour).ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(273, (household.Income >= 300000 && household.Income < 600000).ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(274, (household.Income >= 600000 && household.Income < 900000).ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(275, (household.Income >= 900000).ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(276, person.IsChildUnder5.ToFlag() * distanceFromOriginLog); // commented out by GV, July 7th
//alternative.AddUtilityTerm(277, person.IsChildAge5Through15.ToFlag() * distanceFromOriginLog); // commented out by GV, July 7th
//alternative.AddUtilityTerm(278, person.IsChildUnder16.ToFlag() * distanceFromOriginLog); // commented out by GV, July 7th
alternative.AddUtilityTerm(279, person.IsUniversityStudent.ToFlag() * distanceFromOriginLog);
//GV: 17. june 2015 male commented out
//alternative.AddUtilityTerm(280, person.IsAdultMale.ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(281, person.IsAdultFemale.ToFlag() * distanceFromOriginLog);
alternative.AddUtilityTerm(282, person.IsRetiredAdult.ToFlag() * distanceFromOriginLog);
//alternative.AddUtilityTerm(283, (tour.IsHomeBasedTour).ToFlag() * timePressure); //commented out by GV: 7th July 2013
alternative.AddUtilityTerm(284, (tour.IsHomeBasedTour).ToFlag() * distanceFromSchoolLog);
//alternative.AddUtilityTerm(14, distanceFromWorkLog);
// GV commented out this - on TO DO list
//alternative.AddUtilityTerm(277, (carCompetitionFlag + noCarCompetitionFlag) * destinationParcel.ParkingHourlyEmploymentCommercialMixInParcel());
//alternative.AddUtilityTerm(278, noCarCompetitionFlag * destinationParcel.ParkingHourlyEmploymentCommercialMixInParcel());
//alternative.AddUtilityTerm(279, carCompetitionFlag * destinationParcel.ParkingHourlyEmploymentCommercialMixBuffer1());
//alternative.AddUtilityTerm(280, noCarCompetitionFlag * destinationParcel.ParkingHourlyEmploymentCommercialMixBuffer1());
//alternative.AddUtilityTerm(281, noCarsFlag * c34Ratio);
//alternative.AddUtilityTerm(282, noCarCompetitionFlag * c34Ratio);
//alternative.AddUtilityTerm(283, (carCompetitionFlag + noCarCompetitionFlag) * logOfOnePlusParkingOffStreetDailySpacesBuffer1);
//alternative.AddUtilityTerm(285, jointTourFlag * piecewiseDistanceFrom0To1Km);
//alternative.AddUtilityTerm(286, jointTourFlag * piecewiseDistanceFrom1To2Km);
alternative.AddUtilityTerm(286, jointTourFlag * piecewiseDistanceFrom0To2Km);
alternative.AddUtilityTerm(287, jointTourFlag * piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(288, jointTourFlag * piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(289, jointTourFlag * piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(290, jointTourFlag * piecewiseDistanceFrom20KmToInfinity);
// 3. finished
//4. new from GV: purpose utilities
// COMPAS puposes are: Work, Education, Escort, Shopping, Leisure, Personal business, business
// You need NO "Work" and "Education", their destinations are known in the synthetic population
if (tour.DestinationPurpose == Global.Settings.Purposes.Business)
{
//alternative.AddUtilityTerm(10, piecewiseDistanceFrom0To1Km);
//alternative.AddUtilityTerm(11, piecewiseDistanceFrom1To2Km);
//alternative.AddUtilityTerm(12, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(12, piecewiseDistanceFrom0To5Km);
alternative.AddUtilityTerm(13, piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(14, piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(15, piecewiseDistanceFrom20KmToInfinity);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(16, aggregateLogsumWorkBased);
// Neighborhood
//GV: commented out just temp.
//alternative.AddUtilityTerm(20, logOfOnePlusEducationK8Buffer2);
//alternative.AddUtilityTerm(21, logOfOnePlusEducationUniStuBuffer2);
//alternative.AddUtilityTerm(22, logOfOnePlusEmploymentEducationBuffer2);
alternative.AddUtilityTerm(23, logOfOnePlusEmploymentGovernmentBuffer2);
//alternative.AddUtilityTerm(24, logOfOnePlusEmploymentIndustrialBuffer2);
//alternative.AddUtilityTerm(25, logOfOnePlusEmploymentOfficeBuffer2);
//alternative.AddUtilityTerm(26, logOfOnePlusEmploymentRetailBuffer2);
alternative.AddUtilityTerm(27, logOfOnePlusEmploymentServiceBuffer2);
//alternative.AddUtilityTerm(28, logOfOnePlusEmploymentAgrConstrBuffer2);
//alternative.AddUtilityTerm(29, logOfOnePlusEmploymentJobsBuffer2);
// Size terms
alternative.AddUtilityTerm(30, destinationParcel.EmploymentEducation);
alternative.AddUtilityTerm(31, destinationParcel.EmploymentGovernment);
alternative.AddUtilityTerm(32, destinationParcel.EmploymentIndustrial);
alternative.AddUtilityTerm(33, destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(34, destinationParcel.EmploymentRetail);
// GV: 35 is fixed to zero
alternative.AddUtilityTerm(35, destinationParcel.EmploymentService);
alternative.AddUtilityTerm(36, destinationParcel.EmploymentAgricultureConstruction);
alternative.AddUtilityTerm(37, destinationParcel.EmploymentTotal);
alternative.AddUtilityTerm(38, destinationParcel.Households);
}
else if (tour.DestinationPurpose == Global.Settings.Purposes.Escort)
{
//alternative.AddUtilityTerm(50, piecewiseDistanceFrom0To1Km);
alternative.AddUtilityTerm(51, piecewiseDistanceFrom0To2Km);
//alternative.AddUtilityTerm(52, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(52, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(53, piecewiseDistanceFrom5To10Km);
//alternative.AddUtilityTerm(54, piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(55, piecewiseDistanceFrom10KmToInfinity);
//alternative.AddUtilityTerm(55, piecewiseDistanceFrom20KmToInfinity);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(56, aggregateLogsumHomeBased);
// Neighborhood
//GV: commented out just temp.
alternative.AddUtilityTerm(60, householdHasNoChildren.ToFlag() * logOfOnePlusEmploymentJobsBuffer2);
//alternative.AddUtilityTerm(61, householdHasNoChildren.ToFlag() * logOfOnePlusHouseholdsBuffer2);
//alternative.AddUtilityTerm(62, householdHasChildren.ToFlag() * logOfOnePlusHouseholdsBuffer2);
//alternative.AddUtilityTerm(64, logOfOnePlusEmploymentJobsBuffer2);
// Size terms
// GV: no observations
alternative.AddUtilityTerm(70, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentEducation);
alternative.AddUtilityTerm(71, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentGovernment);
alternative.AddUtilityTerm(72, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentIndustrial);
alternative.AddUtilityTerm(73, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(74, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentRetail);
// GV: 75 is fixed to zero
alternative.AddUtilityTerm(75, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentService);
alternative.AddUtilityTerm(76, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentAgricultureConstruction);
alternative.AddUtilityTerm(77, (!householdHasChildren).ToFlag() * destinationParcel.EmploymentTotal);
alternative.AddUtilityTerm(78, (!householdHasChildren).ToFlag() * destinationParcel.Households);
alternative.AddUtilityTerm(80, (householdHasChildren).ToFlag() * destinationParcel.EmploymentEducation);
alternative.AddUtilityTerm(81, (householdHasChildren).ToFlag() * destinationParcel.EmploymentGovernment);
alternative.AddUtilityTerm(82, (householdHasChildren).ToFlag() * destinationParcel.EmploymentIndustrial);
alternative.AddUtilityTerm(83, (householdHasChildren).ToFlag() * destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(84, (householdHasChildren).ToFlag() * destinationParcel.EmploymentRetail);
// GV 85 is fixed to zero at the moment
alternative.AddUtilityTerm(85, (householdHasChildren).ToFlag() * destinationParcel.EmploymentService);
alternative.AddUtilityTerm(86, (householdHasChildren).ToFlag() * destinationParcel.EmploymentAgricultureConstruction);
alternative.AddUtilityTerm(87, (householdHasChildren).ToFlag() * destinationParcel.EmploymentTotal);
alternative.AddUtilityTerm(88, (householdHasChildren).ToFlag() * destinationParcel.Households);
}
else if (tour.DestinationPurpose == Global.Settings.Purposes.PersonalBusiness)
{
alternative.AddUtilityTerm(90, piecewiseDistanceFrom0To2Km);
//alternative.AddUtilityTerm(91, piecewiseDistanceFrom1To2Km);
alternative.AddUtilityTerm(92, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(93, piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(95, piecewiseDistanceFrom10KmToInfinity);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(96, aggregateLogsumHomeBased);
// Neighborhood
//GV: commented out just temp.
//alternative.AddUtilityTerm(100, logOfOnePlusEmploymentEducationBuffer2);
//alternative.AddUtilityTerm(101, logOfOnePlusEmploymentGovernmentBuffer2);
//alternative.AddUtilityTerm(102, logOfOnePlusEmploymentIndustrialBuffer2);
alternative.AddUtilityTerm(103, logOfOnePlusEmploymentOfficeBuffer2);
alternative.AddUtilityTerm(104, logOfOnePlusEmploymentRetailBuffer2);
alternative.AddUtilityTerm(105, logOfOnePlusEmploymentServiceBuffer2);
//alternative.AddUtilityTerm(106, logOfOnePlusEmploymentAgrConstrBuffer2);
//alternative.AddUtilityTerm(107, logOfOnePlusEmploymentJobsBuffer2);
// Size terms
alternative.AddUtilityTerm(110, destinationParcel.EmploymentEducation);
alternative.AddUtilityTerm(111, destinationParcel.EmploymentGovernment);
alternative.AddUtilityTerm(112, destinationParcel.EmploymentIndustrial);
alternative.AddUtilityTerm(113, destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(114, destinationParcel.EmploymentRetail);
// GV 115 is fixed to zero
alternative.AddUtilityTerm(115, destinationParcel.EmploymentService);
alternative.AddUtilityTerm(116, destinationParcel.EmploymentAgricultureConstruction);
alternative.AddUtilityTerm(117, destinationParcel.EmploymentTotal);
alternative.AddUtilityTerm(118, destinationParcel.Households);
}
else if (tour.DestinationPurpose == Global.Settings.Purposes.Shopping)
{
//alternative.AddUtilityTerm(120, piecewiseDistanceFrom0To1Km);
alternative.AddUtilityTerm(121, piecewiseDistanceFrom0To2Km);
alternative.AddUtilityTerm(122, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(123, piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(124, piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(125, piecewiseDistanceFrom20KmToInfinity);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(126, aggregateLogsumHomeBased);
// Neighborhood
//GV: commented out just temp.
//alternative.AddUtilityTerm(130, logOfOnePlusEmploymentEducationBuffer2);
alternative.AddUtilityTerm(131, logOfOnePlusEmploymentRetailBuffer2);
//alternative.AddUtilityTerm(132, logOfOnePlusEmploymentJobsBuffer2);
// Size terms
alternative.AddUtilityTerm(140, destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(141, destinationParcel.EmploymentRetail);
// GV 142 is fixed to zero
alternative.AddUtilityTerm(142, destinationParcel.EmploymentService);
alternative.AddUtilityTerm(143, destinationParcel.EmploymentTotal);
}
else if (tour.DestinationPurpose == Global.Settings.Purposes.Social)
{
//alternative.AddUtilityTerm(170, piecewiseDistanceFrom0To1Km);
//alternative.AddUtilityTerm(171, piecewiseDistanceFrom1To2Km);
alternative.AddUtilityTerm(170, piecewiseDistanceFrom0To2Km);
alternative.AddUtilityTerm(172, piecewiseDistanceFrom2To5Km);
alternative.AddUtilityTerm(173, piecewiseDistanceFrom5To10Km);
alternative.AddUtilityTerm(174, piecewiseDistanceFrom10To20Km);
alternative.AddUtilityTerm(175, piecewiseDistanceFrom20KmToInfinity);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(176, aggregateLogsumHomeBased);
// Neighborhood
//GV: commented out just temp.
//alternative.AddUtilityTerm(180, logOfOnePlusEmploymentOfficeBuffer2);
alternative.AddUtilityTerm(181, logOfOnePlusEmploymentRetailBuffer2);
alternative.AddUtilityTerm(182, logOfOnePlusEmploymentServiceBuffer2);
//alternative.AddUtilityTerm(183, logOfOnePlusEmploymentJobsBuffer2);
// Size terms
alternative.AddUtilityTerm(190, destinationParcel.EmploymentEducation);
alternative.AddUtilityTerm(191, destinationParcel.EmploymentGovernment);
alternative.AddUtilityTerm(192, destinationParcel.EmploymentIndustrial);
alternative.AddUtilityTerm(193, destinationParcel.EmploymentOffice);
alternative.AddUtilityTerm(194, destinationParcel.EmploymentRetail);
// GV 195 is fixed to zero
alternative.AddUtilityTerm(195, destinationParcel.EmploymentService);
alternative.AddUtilityTerm(196, destinationParcel.EmploymentAgricultureConstruction);
alternative.AddUtilityTerm(197, destinationParcel.EmploymentTotal);
alternative.AddUtilityTerm(198, destinationParcel.Households);
}
}
}
private void RunModel(ChoiceProbabilityCalculator choiceProbabilityCalculator, TripWrapper trip, HouseholdDayWrapper householdDay, int choice = Constants.DEFAULT_VALUE)
{
HouseholdWrapper household = (HouseholdWrapper)trip.Household;
PersonWrapper person = (PersonWrapper)trip.Person;
PersonDayWrapper personDay = (PersonDayWrapper)trip.PersonDay;
TourWrapper tour = (TourWrapper)trip.Tour;
TourWrapper.HalfTour halfTour = (TourWrapper.HalfTour)trip.HalfTour;
List <Framework.DomainModels.Wrappers.IPersonDayWrapper> personDays = householdDay.PersonDays;
int isJointTour = tour.JointTourSequence > 0 ? 1 : 0;
int isIndividualTour = isJointTour == 1 ? 0 : 1;
Framework.DomainModels.Wrappers.IParcelWrapper destinationParcel = tour.DestinationParcel;
int jointHalfOfFullJointHalfTour = ((trip.Direction == Global.Settings.TourDirections.OriginToDestination && tour.FullHalfTour1Sequence > 0) ||
(trip.Direction == Global.Settings.TourDirections.DestinationToOrigin && tour.FullHalfTour2Sequence > 0)).ToFlag();
int individualHalfOfFullJointHalfTour =
((trip.Direction == Global.Settings.TourDirections.OriginToDestination &&
tour.FullHalfTour1Sequence == 0 &&
tour.FullHalfTour2Sequence > 0) ||
(trip.Direction == Global.Settings.TourDirections.DestinationToOrigin &&
tour.FullHalfTour2Sequence == 0 &&
tour.FullHalfTour1Sequence > 0)).ToFlag();
int individualHalfTour = (isIndividualTour == 1 || individualHalfOfFullJointHalfTour == 1) ? 1 : 0;
int jointHalfTour = 1 - individualHalfTour;
//destination parcel variables
double foodBuffer2 = 0.0;
double totEmpBuffer2 = 0.0;
double retailBuffer2 = 0.0;
if (destinationParcel != null)
{
foodBuffer2 = Math.Log(1 + destinationParcel.EmploymentFoodBuffer2);
totEmpBuffer2 = Math.Log(1 + destinationParcel.EmploymentTotalBuffer2);
retailBuffer2 = Math.Log(1 + destinationParcel.EmploymentRetailBuffer2);
}
int carOwnership = person.GetCarOwnershipSegment();
// household inputs
int onePersonHouseholdFlag = household.IsOnePersonHousehold.ToFlag();
//var householdInc75KP = household.Has75KPlusIncome;
int votALSegment = tour.GetVotALSegment();
int transitAccessSegment = household.ResidenceParcel.TransitAccessSegment();
double totalAggregateLogsum = Global.AggregateLogsums[household.ResidenceParcel.ZoneId]
[Global.Settings.Purposes.HomeBasedComposite][carOwnership][votALSegment][transitAccessSegment];
double homeFoodBuffer2 = Math.Log(1 + household.ResidenceParcel.EmploymentFoodBuffer2);
double homeTotEmpBuffer2 = Math.Log(1 + household.ResidenceParcel.EmploymentTotalBuffer2);
double homeRetailBuffer2 = Math.Log(1 + household.ResidenceParcel.EmploymentRetailBuffer2);
// person-day inputs
int homeBasedTours = personDay.HomeBasedTours;
int simulatedToursFlag = personDay.SimulatedToursExist().ToFlag();
int simulatedBusinessStops = personDay.SimulatedBusinessStops;
int simulatedBusinessStopsFlag = simulatedBusinessStops > 0 ? 1 : 0;
int simulatedSchoolStops = personDay.SimulatedSchoolStops;
int simulatedEscortStops = personDay.SimulatedEscortStops;
int simulatedPersonalBusinessStops = personDay.SimulatedPersonalBusinessStops;
int simulatedShoppingStops = personDay.SimulatedShoppingStops;
int simulatedMealStops = personDay.SimulatedMealStops;
int simulatedSocialStops = personDay.SimulatedSocialStops;
int simulatedRecreationStops = personDay.SimulatedRecreationStops;
int simulatedMedicalStops = personDay.SimulatedMedicalStops;
int primaryFamilyTimeFlag = householdDay.PrimaryPriorityTimeFlag;
// tour inputs
int hovDriverTourFlag = tour.IsHovDriverMode().ToFlag();
int hovPassengerTourFlag = tour.IsHovPassengerMode().ToFlag();
int transitTourFlag = tour.IsTransitMode().ToFlag();
int walkTourFlag = tour.IsWalkMode().ToFlag();
int bikeTourFlag = tour.IsBikeMode().ToFlag();
int autoTourFlag = tour.IsAnAutoMode().ToFlag();
int notHomeBasedTourFlag = (!tour.IsHomeBasedTour).ToFlag();
int workTourFlag = tour.IsWorkPurpose().ToFlag();
int businessTourFlag = tour.IsBusinessPurpose().ToFlag();
int personalBusinessTourFlag = tour.IsPersonalBusinessPurpose().ToFlag();
int socialTourFlag = tour.IsSocialPurpose().ToFlag();
int socialOrRecreationTourFlag = tour.IsSocialOrRecreationPurpose().ToFlag();
int schoolTourFlag = tour.IsSchoolPurpose().ToFlag();
int escortTourFlag = tour.IsEscortPurpose().ToFlag();
int shoppingTourFlag = tour.IsShoppingPurpose().ToFlag();
// trip inputs
int oneSimulatedTripFlag = halfTour.OneSimulatedTripFlag;
int twoSimulatedTripsFlag = halfTour.TwoSimulatedTripsFlag;
int threeSimulatedTripsFlag = halfTour.ThreeSimulatedTripsFlag;
int fourSimulatedTripsFlag = halfTour.FourSimulatedTripsFlag;
int fivePlusSimulatedTripsFlag = halfTour.FivePlusSimulatedTripsFlag;
int twoPlusSimulatedTripsFlag = twoSimulatedTripsFlag + threeSimulatedTripsFlag + fourSimulatedTripsFlag + fivePlusSimulatedTripsFlag;
int halfTourFromOriginFlag = trip.IsHalfTourFromOrigin.ToFlag();
int halfTourFromDestinationFlag = (!trip.IsHalfTourFromOrigin).ToFlag();
int beforeMandatoryDestinationFlag = trip.IsBeforeMandatoryDestination().ToFlag();
// remaining inputs, including joint tour variables
int remainingToursCount = personDay.HomeBasedTours - personDay.GetTotalSimulatedTours();
int destinationDepartureTime =
trip.IsHalfTourFromOrigin // first trip in half tour, use tour destination time
? trip.Sequence == 1
? tour.DestinationArrivalTime
: trip.GetPreviousTrip().ArrivalTime
: trip.Sequence == 1
? tour.DestinationDepartureTime
: trip.GetPreviousTrip().ArrivalTime;
//var time = trip.IsHalfTourFromOrigin ? tour.DestinationArrivalTime : tour.DestinationDepartureTime;
int time = destinationDepartureTime;
bool timeIsAvailableForAnotherTrip = true;
if ((trip.IsHalfTourFromOrigin && time < Global.Settings.Times.FourAM) ||
(!trip.IsHalfTourFromOrigin && time > Global.Settings.Times.TwoAM))
{
timeIsAvailableForAnotherTrip = false;
}
bool stopsNeeded = false;
//if ((halfTour.SimulatedTrips <= 5)
// && (timeIsAvailableForAnotherTrip)
// && (trip.Direction == 2)
// &&((trip.Tour.Sequence == trip.PersonDay.TotalCreatedTours)
// && ((simulatedSchoolStops == 0 && personDay.SchoolStops > 0)
// ||(simulatedBusinessStops == 0 && personDay.BusinessStops > 0)
// ||(simulatedEscortStops == 0 && personDay.EscortStops > 0)
// ||(simulatedPersonalBusinessStops == 0 && personDay.PersonalBusinessStops > 0)
// ||(simulatedShoppingStops == 0 && personDay.ShoppingStops > 0)
// ||(simulatedSocialStops == 0 && personDay.SocialStops > 0)))) {
// stopsNeeded = true;
//}
int from7AMto9AMFlag = (time >= Global.Settings.Times.SevenAM && time < Global.Settings.Times.NineAM).ToFlag();
int from9AMto3PMFlag = (time >= Global.Settings.Times.NineAM && time < Global.Settings.Times.ThreePM).ToFlag();
int from3PMto6PMFlag = (time >= Global.Settings.Times.ThreePM && time < Global.Settings.Times.SixPM).ToFlag();
int from6PMto10PMFlag = (time >= Global.Settings.Times.SixPM && time < Global.Settings.Times.TenPM).ToFlag();
int from10PMto7AMFlag = (time >= Global.Settings.Times.TenPM).ToFlag();
int from9AMto11AMFlag = (time >= Global.Settings.Times.NineAM && time < Global.Settings.Times.ElevenAM).ToFlag();
int from11AMto1PMFlag = (time >= Global.Settings.Times.ElevenAM && time < Global.Settings.Times.OnePM).ToFlag();
int from1PMto3PMFlag = (time >= Global.Settings.Times.OnePM && time < Global.Settings.Times.ThreePM).ToFlag();
int from3PMto5PMFlag = (time >= Global.Settings.Times.ThreePM && time < Global.Settings.Times.FivePM).ToFlag();
int from7PMto9PMFlag = (time >= Global.Settings.Times.SevenPM && time < Global.Settings.Times.NinePM).ToFlag();
int from9PMto11PMFlag = (time >= Global.Settings.Times.NinePM && time < Global.Settings.Times.ElevenPM).ToFlag();
int from11PMto7AMFlag = (time >= Global.Settings.Times.ElevenPM).ToFlag();
IEnumerable <PersonDayWrapper> orderedPersonDays = householdDay.PersonDays.OrderBy(p => p.GetJointTourParticipationPriority()).ToList().Cast <PersonDayWrapper>();
int numChildrenOnJointTour = 0;
int numAdultsOnJointTour = 0;
int totHHToursJT = 0;
//int totHHStopsJT=0;
TimeWindow timeWindow = new TimeWindow();
if (tour.JointTourSequence > 0)
{
foreach (PersonDayWrapper pDay in householdDay.PersonDays)
{
TourWrapper tInJoint = (TourWrapper)pDay.Tours.Find(t => t.JointTourSequence == tour.JointTourSequence);
if (!(tInJoint == null))
{
// set jointTour time window
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
totHHToursJT = personDay.HomeBasedTours + totHHToursJT;
if (pDay.Person.Age < 18)
{
numChildrenOnJointTour++;
}
if (pDay.Person.Age >= 18)
{
numAdultsOnJointTour++;
}
}
}
}
else if (trip.Direction == Global.Settings.TourDirections.OriginToDestination && tour.FullHalfTour1Sequence > 0)
{
foreach (PersonDayWrapper pDay in householdDay.PersonDays)
{
TourWrapper tInJoint = (TourWrapper)pDay.Tours.Find(t => t.FullHalfTour1Sequence == tour.FullHalfTour1Sequence);
if (!(tInJoint == null))
{
// set jointTour time window
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
totHHToursJT = personDay.HomeBasedTours + totHHToursJT;
if (pDay.Person.Age < 18)
{
numChildrenOnJointTour++;
}
if (pDay.Person.Age >= 18)
{
numAdultsOnJointTour++;
}
}
}
}
else if (trip.Direction == Global.Settings.TourDirections.DestinationToOrigin && tour.FullHalfTour2Sequence > 0)
{
foreach (PersonDayWrapper pDay in householdDay.PersonDays)
{
TourWrapper tInJoint = (TourWrapper)pDay.Tours.Find(t => t.FullHalfTour2Sequence == tour.FullHalfTour2Sequence);
if (!(tInJoint == null))
{
// set jointTour time window
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
timeWindow.IncorporateAnotherTimeWindow(tInJoint.PersonDay.TimeWindow);
totHHToursJT = personDay.HomeBasedTours + totHHToursJT;
if (pDay.Person.Age < 18)
{
numChildrenOnJointTour++;
}
if (pDay.Person.Age >= 18)
{
numAdultsOnJointTour++;
}
}
}
}
else if (tour.ParentTour == null)
{
timeWindow.IncorporateAnotherTimeWindow(personDay.TimeWindow);
}
else
{
timeWindow.IncorporateAnotherTimeWindow(tour.ParentTour.TimeWindow);
}
timeWindow.SetBusyMinutes(Global.Settings.Times.EndOfRelevantWindow, Global.Settings.Times.MinutesInADay + 1);
// time window in minutes for yet unmodeled portion of halftour, only consider persons on this trip
int availableWindow = timeWindow.AvailableWindow(destinationDepartureTime, Global.Settings.TimeDirections.Both);
double timePressure = 1000 * remainingToursCount / (Math.Max(1D, availableWindow));
//alternative.AddUtilityTerm(98, 1000 * remainingToursCount / (Math.Max(1D, maxWindowRemaining)));
//var duration = availableWindow / 60D;
// connectivity attributes
//var c34Ratio = trip.OriginParcel.C34RatioBuffer1();
double adis = 0.0;
double logDist = 0.0;
int minute = DayPeriod.BigDayPeriods[DayPeriod.MIDDAY].Start;
//distance from origin to destination
if (tour.OriginParcel != null && tour.DestinationParcel != null)
{
if (trip.Direction == Global.Settings.TourDirections.OriginToDestination)
{
adis = ImpedanceRoster.GetValue("distance", Global.Settings.Modes.Sov, Global.Settings.PathTypes.FullNetwork, Global.Settings.ValueOfTimes.DefaultVot, minute, tour.OriginParcel, destinationParcel).Variable;
}
else
{
adis = ImpedanceRoster.GetValue("distance", Global.Settings.Modes.Sov, Global.Settings.PathTypes.FullNetwork, Global.Settings.ValueOfTimes.DefaultVot, minute, destinationParcel, tour.OriginParcel).Variable;
}
logDist = Math.Log(1 + adis);
}
// 0 - NO MORE STOPS
ChoiceProbabilityCalculator.Alternative alternative = choiceProbabilityCalculator.GetAlternative(Global.Settings.Purposes.NoneOrHome, !stopsNeeded, choice == Global.Settings.Purposes.NoneOrHome);
alternative.Choice = Global.Settings.Purposes.NoneOrHome;
//alternative.AddNestedAlternative(_nestedAlternativeIds[0], _nestedAlternativeIndexes[0], THETA_PARAMETER);
alternative.AddUtilityTerm(1, oneSimulatedTripFlag);
alternative.AddUtilityTerm(2, twoSimulatedTripsFlag);
alternative.AddUtilityTerm(2, threeSimulatedTripsFlag);
alternative.AddUtilityTerm(2, fourSimulatedTripsFlag);
alternative.AddUtilityTerm(2, fivePlusSimulatedTripsFlag);
//GV: 21. june 2016, not sign.
//alternative.AddUtilityTerm(6, transitTourFlag);
alternative.AddUtilityTerm(7, bikeTourFlag);
alternative.AddUtilityTerm(8, walkTourFlag);
alternative.AddUtilityTerm(9, jointHalfTour);
alternative.AddUtilityTerm(10, halfTourFromOriginFlag);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(11, totalAggregateLogsum);
alternative.AddUtilityTerm(12, businessTourFlag);
alternative.AddUtilityTerm(13, personalBusinessTourFlag);
alternative.AddUtilityTerm(14, socialTourFlag);
//alternative.AddUtilityTerm(15, schoolTourFlag);
alternative.AddUtilityTerm(16, escortTourFlag);
alternative.AddUtilityTerm(17, shoppingTourFlag);
alternative.AddUtilityTerm(18, timePressure);
//GV: 21. june 2016, try to estimate again
alternative.AddUtilityTerm(19, primaryFamilyTimeFlag);
alternative.AddUtilityTerm(20, person.IsChildUnder5.ToFlag());
//alternative.AddUtilityTerm(15, from11PMto7AMFlag);
//alternative.AddUtilityTerm(1, twoSimulatedTripsFlag * halfTourFromOriginFlag * isIndividualTour);
//alternative.AddUtilityTerm(2, threeSimulatedTripsFlag * halfTourFromOriginFlag * isIndividualTour);
//alternative.AddUtilityTerm(3, fourSimulatedTripsFlag * halfTourFromOriginFlag * isIndividualTour);
//alternative.AddUtilityTerm(4, fivePlusSimulatedTripsFlag * halfTourFromOriginFlag * isIndividualTour);
//alternative.AddUtilityTerm(5, twoSimulatedTripsFlag * halfTourFromDestinationFlag * isIndividualTour);
//alternative.AddUtilityTerm(6, threeSimulatedTripsFlag * halfTourFromDestinationFlag * isIndividualTour);
//alternative.AddUtilityTerm(7, fourSimulatedTripsFlag * halfTourFromDestinationFlag * isIndividualTour);
//alternative.AddUtilityTerm(8, fivePlusSimulatedTripsFlag * halfTourFromDestinationFlag * isIndividualTour);
//alternative.AddUtilityTerm(9, homeBasedTours * isIndividualTour);
//alternative.AddUtilityTerm(10, homeBasedTours * isJointTour);
//alternative.AddUtilityTerm(11, notHomeBasedTourFlag);
//alternative.AddUtilityTerm(12, beforeMandatoryDestinationFlag*isJointTour);
//alternative.AddUtilityTerm(13, beforeMandatoryDestinationFlag);
//alternative.AddUtilityTerm(14, numAdultsOnJointTour);
//alternative.AddUtilityTerm(15, numChildrenOnJointTour);
//alternative.AddUtilityTerm(16, totHHToursJT);
// alternative.AddUtilityTerm(17, totHHStopsJT);
//alternative.AddUtilityTerm(22, (threeSimulatedTripsFlag + fourSimulatedTripsFlag + fivePlusSimulatedTripsFlag) * halfTourFromOriginFlag * isJointTour);
//alternative.AddUtilityTerm(26, threeSimulatedTripsFlag * halfTourFromDestinationFlag * isJointTour);
//alternative.AddUtilityTerm(27, fourSimulatedTripsFlag * halfTourFromDestinationFlag * isJointTour);
//alternative.AddUtilityTerm(28, fivePlusSimulatedTripsFlag * halfTourFromDestinationFlag * isJointTour);
// 1 - BUSINESS STOP
//if (personDay.BusinessStops > 0 && (tour.DestinationPurpose <= Global.Settings.Purposes.School || tour.DestinationPurpose == Global.Settings.Purposes.Business)) {
// JLB 20130704 business stops are allowed on escort tours per data prep
alternative = choiceProbabilityCalculator.GetAlternative(1,
(personDay.BusinessStops > 0 &&
(tour.DestinationPurpose <= Global.Settings.Purposes.Escort || tour.DestinationPurpose == Global.Settings.Purposes.Business) &&
(halfTour.SimulatedTrips <= 5) &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.Business);
alternative.Choice = Global.Settings.Purposes.Business;
//alternative.AddNestedAlternative(_nestedAlternativeIds[1], _nestedAlternativeIndexes[1], THETA_PARAMETER);
//alternative.AddUtilityTerm(32, isIndividualTour);
alternative.AddUtilityTerm(32, 1.0);
//GV: june 2016 - not sign
//alternative.AddUtilityTerm(33, businessTourFlag);
//alternative.AddUtilityTerm(34, schoolTourFlag);
//alternative.AddUtilityTerm(35, halfTourFromOriginFlag);
//alternative.AddUtilityTerm(36, simulatedBusinessStops);
//alternative.AddUtilityTerm(37, simulatedBusinessStopsFlag);
//alternative.AddUtilityTerm(39, duration);
//alternative.AddUtilityTerm(40, from9AMto11AMFlag + from11AMto1PMFlag + from1PMto3PMFlag + from3PMto5PMFlag);
alternative.AddUtilityTerm(40, from9AMto3PMFlag + from3PMto6PMFlag);
//alternative.AddUtilityTerm(42, logDist);
//alternative.AddUtilityTerm(43, transitTourFlag);
//alternative.AddUtilityTerm(44, (person.IsPartTimeWorker).ToFlag());
//GV: 21. aug - I commented out as it is the only logsum in the model
//alternative.AddUtilityTerm(46, totalAggregateLogsum);
//alternative.AddUtilityTerm(47,totEmpBuffer2);
//alternative.AddUtilityTerm(48, hovDriverTourFlag + hovPassengerTourFlag);
// 2 - SCHOOL STOP
alternative = choiceProbabilityCalculator.GetAlternative(2,
(((personDay.SchoolStops > 0 && tour.DestinationPurpose <= Global.Settings.Purposes.School) || (isJointTour == 1)) &&
halfTour.SimulatedTrips <= 5 &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.School);
alternative.Choice = Global.Settings.Purposes.School;
//alternative.AddNestedAlternative(_nestedAlternativeIds[2], _nestedAlternativeIndexes[2], THETA_PARAMETER);
//alternative.AddUtilityTerm(51, workTourFlag);
alternative.AddUtilityTerm(51, 1.0);
//alternative.AddUtilityTerm(52, schoolTourFlag);
//alternative.AddUtilityTerm(53, halfTourFromOriginFlag);
//alternative.AddUtilityTerm(54, simulatedSchoolStops);
//alternative.AddUtilityTerm(55, remainingToursCount);
//alternative.AddUtilityTerm(56, duration);
//alternative.AddUtilityTerm(57, from7AMto9AMFlag + from7PMto9PMFlag + from9PMto11PMFlag + from11PMto7AMFlag);
alternative.AddUtilityTerm(57, from7AMto9AMFlag + from9AMto3PMFlag + from10PMto7AMFlag);
//alternative.AddUtilityTerm(58, oneSimulatedTripFlag);
//alternative.AddUtilityTerm(59, logDist);
alternative.AddUtilityTerm(61, jointHalfOfFullJointHalfTour * numChildrenOnJointTour);
//alternative.AddUtilityTerm(65, (person.Age < 12).ToFlag());
//alternative.AddUtilityTerm(66, (person.IsUniversityStudent).ToFlag());
// 3 - ESCORT STOP
//if ((personDay.EscortStops > 0 && (tour.DestinationPurpose <= Global.Settings.Purposes.Escort || tour.DestinationPurpose == Global.Settings.Purposes.Business)) || (isJointTour==1)) {
// JLB 20130704 no escort stops allowed on business tours per data prep
alternative = choiceProbabilityCalculator.GetAlternative(3,
(((personDay.EscortStops > 0 && tour.DestinationPurpose <= Global.Settings.Purposes.Escort) || (isJointTour == 1)) &&
halfTour.SimulatedTrips <= 5 &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.Escort);
alternative.Choice = Global.Settings.Purposes.Escort;
//alternative.AddNestedAlternative(_nestedAlternativeIds[3], _nestedAlternativeIndexes[3], THETA_PARAMETER);
alternative.AddUtilityTerm(71, 1.0);
//alternative.AddUtilityTerm(72, workTourFlag + schoolTourFlag);
//alternative.AddUtilityTerm(72, isJointTour);
//alternative.AddUtilityTerm(74, escortTourFlag);
//alternative.AddUtilityTerm(75, socialOrRecreationTourFlag);
//alternative.AddUtilityTerm(76, remainingToursCount);
//alternative.AddUtilityTerm(77, duration);
alternative.AddUtilityTerm(78, from7AMto9AMFlag);
//alternative.AddUtilityTerm(79, from9AMto11AMFlag + from11AMto1PMFlag + from1PMto3PMFlag + from3PMto5PMFlag);
//alternative.AddUtilityTerm(81, hovDriverTourFlag);
//alternative.AddUtilityTerm(82, hovPassengerTourFlag);
//alternative.AddUtilityTerm(83, simulatedEscortStops * isJointTour);
//alternative.AddUtilityTerm(84, simulatedEscortStops * isIndividualTour);
//alternative.AddUtilityTerm(85, totalAggregateLogsum);
//alternative.AddUtilityTerm(86, jointHalfOfFullJointHalfTour);
//alternative.AddUtilityTerm(88, enrollmentK8Buffer2);
//alternative.AddUtilityTerm(89, numChildrenOnJointTour);
//alternative.AddUtilityTerm(90, halfTourFromOriginFlag);
// 4 - PERSONAL BUSINESS STOP
alternative = choiceProbabilityCalculator.GetAlternative(4,
((personDay.PersonalBusinessStops > 0 || isJointTour == 1) &&
halfTour.SimulatedTrips <= 5 &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.PersonalBusiness);
alternative.Choice = Global.Settings.Purposes.PersonalBusiness;
//alternative.AddNestedAlternative(_nestedAlternativeIds[4], _nestedAlternativeIndexes[4], THETA_PARAMETER);
alternative.AddUtilityTerm(91, 1.0);
//alternative.AddUtilityTerm(92, (workTourFlag + schoolTourFlag + businessTourFlag));
//alternative.AddUtilityTerm(92, isJointTour);
//alternative.AddUtilityTerm(93, escortTourFlag);
//alternative.AddUtilityTerm(94, personalBusinessOrMedicalTourFlag * isIndividualTour);
//alternative.AddUtilityTerm(95, shoppingTourFlag);
//alternative.AddUtilityTerm(96, mealTourFlag);
//alternative.AddUtilityTerm(97, socialOrRecreationTourFlag);
//alternative.AddUtilityTerm(98, halfTourFromOriginFlag);
//alternative.AddUtilityTerm(99, simulatedPersonalBusinessStops * isIndividualTour);
//alternative.AddUtilityTerm(100, simulatedPersonalBusinessStops * isJointTour);
//alternative.AddUtilityTerm(101, duration);
//alternative.AddUtilityTerm(102, (from7AMto9AMFlag + from7PMto9PMFlag + from9PMto11PMFlag + from11PMto7AMFlag));
//alternative.AddUtilityTerm(103, from9AMto11AMFlag + from11AMto1PMFlag + from1PMto3PMFlag + from3PMto5PMFlag);
alternative.AddUtilityTerm(103, from9AMto3PMFlag + from3PMto6PMFlag);
//alternative.AddUtilityTerm(105, hovDriverTourFlag);
//alternative.AddUtilityTerm(106, hovPassengerTourFlag);
//alternative.AddUtilityTerm(109, jointHalfOfFullJointHalfTour);
//alternative.AddUtilityTerm(110, totEmpBuffer2);
//alternative.AddUtilityTerm(111, totalAggregateLogsum);
//alternative.AddUtilityTerm(112, personalBusinessOrMedicalTourFlag * isJointTour);
// 5 - SHOPPING STOP
alternative = choiceProbabilityCalculator.GetAlternative(5,
((personDay.ShoppingStops > 0 || isJointTour == 1) &&
halfTour.SimulatedTrips <= 5 &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.Shopping);
alternative.Choice = Global.Settings.Purposes.Shopping;
//alternative.AddNestedAlternative(_nestedAlternativeIds[5], _nestedAlternativeIndexes[5], THETA_PARAMETER);
alternative.AddUtilityTerm(121, 1.0);
//alternative.AddUtilityTerm(122, workTourFlag + schoolTourFlag + businessTourFlag);
//alternative.AddUtilityTerm(122, isJointTour);
//alternative.AddUtilityTerm(123, escortTourFlag);
//alternative.AddUtilityTerm(124, personalBusinessOrMedicalTourFlag);
//alternative.AddUtilityTerm(125, shoppingTourFlag * isIndividualTour);
//alternative.AddUtilityTerm(125, shoppingTourFlag);
//alternative.AddUtilityTerm(126, mealTourFlag);
//alternative.AddUtilityTerm(127, socialOrRecreationTourFlag);
//alternative.AddUtilityTerm(128, halfTourFromOriginFlag);
//alternative.AddUtilityTerm(129, simulatedShoppingStops * isIndividualTour);
//alternative.AddUtilityTerm(130, simulatedShoppingStops * isJointTour);
//alternative.AddUtilityTerm(131, duration);
//alternative.AddUtilityTerm(132, from7AMto9AMFlag + from9PMto11PMFlag + from11PMto7AMFlag);
//alternative.AddUtilityTerm(133, (from11AMto1PMFlag + from1PMto3PMFlag + from3PMto5PMFlag));
//alternative.AddUtilityTerm(132, from7AMto9AMFlag + from6PMto10PMFlag);
alternative.AddUtilityTerm(133, (from9AMto3PMFlag + from3PMto6PMFlag + from6PMto10PMFlag));
//alternative.AddUtilityTerm(134, adultFemaleOnJointTour);
//alternative.AddUtilityTerm(135, hovDriverTourFlag);
//alternative.AddUtilityTerm(136, hovPassengerTourFlag);
//alternative.AddUtilityTerm(137, Math.Log(1 + adis));
//alternative.AddUtilityTerm(138, shoppingTourFlag * isJointTour);
//alternative.AddUtilityTerm(140, shoppingAggregateLogsum);
//alternative.AddUtilityTerm(141, retailBuffer2);
//alternative.AddUtilityTerm(142, numChildrenOnJointTour);
//alternative.AddUtilityTerm(143, (household.Has100KPlusIncome).ToFlag());
//GV: 21. june 2016, not sign.
//alternative.AddUtilityTerm(134, primaryFamilyTimeFlag);
// 6 - MEAL STOP
//alternative = choiceProbabilityCalculator.GetAlternative(Global.Settings.Purposes.Meal, false, choice == Global.Settings.Purposes.Meal);
//alternative.Choice = Global.Settings.Purposes.Meal;
//alternative.AddNestedAlternative(12, 2, THETA_PARAMETER);
// 6 - SOCIAL (OR RECREATION) STOP
alternative = choiceProbabilityCalculator.GetAlternative(6,
((personDay.SocialStops > 0 || isJointTour == 1) &&
halfTour.SimulatedTrips <= 5 &&
timeIsAvailableForAnotherTrip),
choice == Global.Settings.Purposes.Social);
alternative.Choice = Global.Settings.Purposes.Social;
//alternative.AddNestedAlternative(_nestedAlternativeIds[6], _nestedAlternativeIndexes[6], THETA_PARAMETER);
alternative.AddUtilityTerm(181, 1.0);
//alternative.AddUtilityTerm(182, workTourFlag + schoolTourFlag + businessTourFlag);
//alternative.AddUtilityTerm(182, isJointTour);
//alternative.AddUtilityTerm(183, escortTourFlag);
//alternative.AddUtilityTerm(184, personalBusinessOrMedicalTourFlag);
//alternative.AddUtilityTerm(185, shoppingTourFlag);
//alternative.AddUtilityTerm(186, mealTourFlag);
//alternative.AddUtilityTerm(187, socialOrRecreationTourFlag);
//alternative.AddUtilityTerm(188, halfTourFromOriginFlag);
//alternative.AddUtilityTerm(189, simulatedSocialStops * isIndividualTour);
//alternative.AddUtilityTerm(197, simulatedSocialStops * isJointTour);
//alternative.AddUtilityTerm(190, remainingToursCount);
//alternative.AddUtilityTerm(191, duration);
//alternative.AddUtilityTerm(192, from7AMto9AMFlag + from11PMto7AMFlag);
//alternative.AddUtilityTerm(192, from7AMto9AMFlag);
alternative.AddUtilityTerm(192, from9AMto3PMFlag + from3PMto6PMFlag + from6PMto10PMFlag);
//alternative.AddUtilityTerm(194, hovDriverTourFlag);
//alternative.AddUtilityTerm(195, hovPassengerTourFlag);
//alternative.AddUtilityTerm(196, logDist);
//alternative.AddUtilityTerm(200, numAdultsOnJointTour);
// 8 - RECREATION STOP
//alternative = choiceProbabilityCalculator.GetAlternative(Global.Settings.Purposes.Recreation, false, choice == Global.Settings.Purposes.Recreation);
//alternative.Choice = Global.Settings.Purposes.Recreation;
//alternative.AddNestedAlternative(12, 2, THETA_PARAMETER);
// 9 - MEDICAL STOP
//alternative = choiceProbabilityCalculator.GetAlternative(Global.Settings.Purposes.Medical, false, choice == Global.Settings.Purposes.Medical);
//alternative.Choice = Global.Settings.Purposes.Medical;
//alternative.AddNestedAlternative(12, 2, THETA_PARAMETER);
}
public void TestFullHalfTourExport()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 256;
const int id = 1;
const int householdDayId = 2;
const int householdId = 3;
const int day = 4;
const int sequence = 5;
const int participants = 7;
const int personSequence1 = 8;
const int tourSequence1 = 9;
const int personSequence2 = 10;
const int tourSequence2 = 11;
const int personSequence3 = 12;
const int tourSequence3 = 13;
const int personSequence4 = 14;
const int tourSequence4 = 15;
const int personSequence5 = 16;
const int tourSequence5 = 17;
const int personSequence6 = 18;
const int tourSequence6 = 19;
const int personSequence7 = 20;
const int tourSequence7 = 21;
const int personSequence8 = 22;
const int tourSequence8 = 23;
const int mainPurpose = 24;
JointTour tour = new JointTour()
{
Day = day,
MainPurpose = mainPurpose,
HouseholdDayId = householdDayId,
HouseholdId = householdId,
Id = id,
Participants = participants,
PersonSequence1 = personSequence1,
TourSequence1 = tourSequence1,
PersonSequence2 = personSequence2,
TourSequence2 = tourSequence2,
PersonSequence3 = personSequence3,
TourSequence3 = tourSequence3,
PersonSequence4 = personSequence4,
TourSequence4 = tourSequence4,
PersonSequence5 = personSequence5,
TourSequence5 = tourSequence5,
PersonSequence6 = personSequence6,
TourSequence6 = tourSequence6,
PersonSequence7 = personSequence7,
TourSequence7 = tourSequence7,
PersonSequence8 = personSequence8,
TourSequence8 = tourSequence8,
Sequence = sequence
};
List <IPerson> persons = new List <IPerson> {
new Person()
};
HouseholdWrapper householdWrapper = TestHelper.GetHouseholdWrapper(persons);
householdWrapper.Init();
HouseholdDayWrapper householdDayWrapper = TestHelper.GetHouseholdDayWrapper(householdWrapper);
var exporter = new TestJointTourExporter();
JointTourWrapper.SetPersister(new PersisterWithHDF5 <JointTour>(exporter));
JointTourWrapper wrapper = new JointTourWrapper(tour, householdDayWrapper);
Assert.Equal(false, exporter.HasWritten);
Assert.Equal(0, ChoiceModelFactory.JointTourFileRecordsWritten);
wrapper.Export();
Assert.Equal(true, exporter.HasWritten);
Assert.Equal(1, ChoiceModelFactory.JointTourFileRecordsWritten);
}
public void TestHouseholdWrapperHouseholdType()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 1;
List <IPerson> persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.UNIVERSITY_STUDENT, WorkerType = 1, StudentType = 1
}
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons, size: 1);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.INDIVIDUAL_WORKER_STUDENT, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
}
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 1);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.INDIVIDUAL_NONWORKER_NONSTUDENT, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
},
new Person {
Age = 6, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, WorkerType = 0, StudentType = 1
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 2);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.ONE_ADULT_WITH_CHILDREN, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1, StudentType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.PART_TIME_WORKER, WorkerType = 1, StudentType = 0
},
new Person {
Age = 6, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, WorkerType = 0, StudentType = 1
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 3);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.TWO_PLUS_WORKER_STUDENT_ADULTS_WITH_CHILDREN, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1, StudentType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
},
new Person {
Age = 6, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, WorkerType = 0, StudentType = 1
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 3);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.TWO_PLUS_ADULTS_ONE_PLUS_WORKERS_STUDENTS_WITH_CHILDREN, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1, StudentType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1, StudentType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 2);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.TWO_PLUS_WORKER_STUDENT_ADULTS_WITHOUT_CHILDREN, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1, StudentType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 2);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.ONE_PLUS_WORKER_STUDENT_ADULTS_AND_ONE_PLUS_NONWORKER_NONSTUDENT_ADULTS_WITHOUT_CHILDREN, wrapper.HouseholdType);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.NON_WORKING_ADULT, WorkerType = 0, StudentType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons, size: 2);
wrapper.Init();
Assert.Equal(Constants.HouseholdType.TWO_PLUS_NONWORKER_NONSTUDENT_ADULTS_WITHOUT_CHILDREN, wrapper.HouseholdType);
}
public void TestPersonWrapperCarOwnershipSegment()
{
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
List <IPerson> persons = new List <IPerson>()
{
new Person()
{
Age = 15
}
};
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons);
household.Init();
PersonWrapper wrapper = new PersonWrapper(persons[0], household)
{
};
Assert.Equal(Constants.CarOwnership.CHILD, wrapper.CarOwnershipSegment);
persons = new List <IPerson>()
{
new Person()
{
Age = 25
}
};
household = TestHelper.GetHouseholdWrapper(persons, vehiclesAvailable: 0);
household.Init();
wrapper = new PersonWrapper(persons[0], household)
{
};
Assert.Equal(Constants.CarOwnership.NO_CARS, wrapper.CarOwnershipSegment);
persons = new List <IPerson>()
{
new Person()
{
Age = 25, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person()
{
Age = 25, PersonType = Constants.PersonType.FULL_TIME_WORKER
}
};
household = TestHelper.GetHouseholdWrapper(persons, vehiclesAvailable: 1);
household.Init();
wrapper = new PersonWrapper(persons[0], household)
{
};
Assert.Equal(Constants.CarOwnership.LT_ONE_CAR_PER_ADULT, wrapper.CarOwnershipSegment);
persons = new List <IPerson>()
{
new Person()
{
Age = 25, PersonType = Constants.PersonType.FULL_TIME_WORKER
},
new Person()
{
Age = 25, PersonType = Constants.PersonType.FULL_TIME_WORKER
}
};
household = TestHelper.GetHouseholdWrapper(persons, vehiclesAvailable: 2);
household.Init();
wrapper = new PersonWrapper(persons[0], household)
{
};
Assert.Equal(Constants.CarOwnership.ONE_OR_MORE_CARS_PER_ADULT, wrapper.CarOwnershipSegment);
}
private void RunModel(ChoiceProbabilityCalculator choiceProbabilityCalculator, HouseholdWrapper household, int choice = Constants.DEFAULT_VALUE)
{
// var distanceToTransitCappedUnderQtrMile = household.ResidenceParcel.DistanceToTransitCappedUnderQtrMile();
// var distanceToTransitQtrToHalfMile = household.ResidenceParcel.DistanceToTransitQtrToHalfMile();
var foodRetailServiceMedicalLogBuffer1 = household.ResidenceParcel.FoodRetailServiceMedicalLogBuffer1();
var workTourLogsumDifference = 0D; // (full or part-time workers) full car ownership vs. no car ownership
var schoolTourLogsumDifference = 0D; // (school) full car ownership vs. no car ownership
// const double workTourOtherLogsumDifference = 0D; // (other workers) full car ownership vs. no car ownership
// Stefan
var netIncome = (household.Income / 1000.0) / 2.0; // in 1000s of DKK
var userCost = 2.441 * 15.0; //annual cost to use 1 car in 1000s of DKK
bool isInCopenhagenMunicipality = true; //household.ResidenceParcel.Municipality == 101; Need to change this after Municipality property is added to LD parcel file
int numberAdults = 0;
int numberChildren = 0;
int numberWorkers = 0;
int sumAdultAges = 0;
double averageAdultAge = 0.0;
bool isMale = false;
foreach (PersonWrapper person in household.Persons)
{
if (person.IsWorker && person.UsualWorkParcel != null && person.UsualWorkParcelId != household.ResidenceParcelId)
{
var destinationArrivalTime = ChoiceModelUtility.GetDestinationArrivalTime(Global.Settings.Models.WorkTourModeModel);
var destinationDepartureTime = ChoiceModelUtility.GetDestinationDepartureTime(Global.Settings.Models.WorkTourModeModel);
var nestedAlternative1 = Global.ChoiceModelSession.Get <WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0);
var nestedAlternative2 = Global.ChoiceModelSession.Get <WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0);
workTourLogsumDifference += nestedAlternative1 == null ? 0 : nestedAlternative1.ComputeLogsum();
workTourLogsumDifference -= nestedAlternative2 == null ? 0 : nestedAlternative2.ComputeLogsum();
}
if (person.IsDrivingAgeStudent && person.UsualSchoolParcel != null && person.UsualSchoolParcelId != household.ResidenceParcelId)
{
var destinationArrivalTime = ChoiceModelUtility.GetDestinationArrivalTime(Global.Settings.Models.SchoolTourModeModel);
var destinationDepartureTime = ChoiceModelUtility.GetDestinationDepartureTime(Global.Settings.Models.SchoolTourModeModel);
var nestedAlternative1 = Global.ChoiceModelSession.Get <SchoolTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualSchoolParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0);
var nestedAlternative2 = Global.ChoiceModelSession.Get <SchoolTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualSchoolParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0);
schoolTourLogsumDifference += nestedAlternative1 == null ? 0 : nestedAlternative1.ComputeLogsum();
schoolTourLogsumDifference -= nestedAlternative2 == null ? 0 : nestedAlternative2.ComputeLogsum();
}
if (person.Age >= 18)
{
numberAdults++;
sumAdultAges = sumAdultAges + person.Age;
isMale = person.IsMale;
if (person.PersonType == Global.Settings.PersonTypes.FullTimeWorker
//|| person.PersonType == Constants.PersonType.PART_TIME_WORKER
)
{
numberWorkers++;
}
}
else
{
numberChildren++;
}
}
averageAdultAge = sumAdultAges / Math.Max(numberAdults, 1);
// var votSegment = household.VotALSegment;
//var taSegment = household.ResidenceParcel.TransitAccessSegment();
//var aggregateLogsumDifference = // full car ownership vs. no car ownership
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.OneOrMoreCarsPerAdult][votSegment][taSegment] -
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.NoCars][votSegment][taSegment];
// 0 AUTOS
var alternative = choiceProbabilityCalculator.GetAlternative(0, true, choice == 0);
alternative.Choice = 0;
alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome, 1)));
// 1 AUTO
var beta010 = -6.59;
var beta011 = 4.25;
var beta012 = 5.53;
var beta013 = 6.54;
var beta014 = 1.17;
var beta015 = 0.54;
var beta016 = 0.81;
var beta017 = 1.20;
var beta018 = -0.54;
var beta019 = 0.0;
var beta020 = 0.45;
var beta021 = 0.0;
var beta022 = -0.04;
var beta023 = 0.57;
var beta024 = 0.18;
var beta025 = -0.82;
var stefanOneCarUtility =
beta010 * 1.0 +
beta011 * household.Has1Driver.ToFlag() +
beta012 * household.Has2Drivers.ToFlag() +
beta013 * (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag() +
beta014 * Math.Log(Math.Max(netIncome - userCost, 1)) +
beta015 * (numberChildren == 1).ToFlag() +
beta016 * (numberChildren == 2).ToFlag() +
beta017 * (numberChildren > 2).ToFlag() +
beta018 * (numberAdults == 1 && !isMale).ToFlag() +
beta019 * (numberAdults == 1 && isMale).ToFlag() +
beta020 * averageAdultAge / 10.0 +
beta021 * Math.Pow(averageAdultAge / 10.0, 2.0) +
beta022 * 0 + //household.ResidenceParcel.PSearchTime16_17 + // Add this when new parcel variables with seach time are available
beta023 * household.ResidenceParcel.DistanceToLocalBus +
beta024 * household.ResidenceParcel.DistanceToExpressBus +
beta025 * isInCopenhagenMunicipality.ToFlag() +
0;
alternative = choiceProbabilityCalculator.GetAlternative(1, true, choice == 1);
alternative.Choice = 1;
//Stefan
//alternative.AddUtilityTerm(10, 1.0);
//alternative.AddUtilityTerm(11, household.Has1Driver.ToFlag());
//alternative.AddUtilityTerm(12, household.Has2Drivers.ToFlag());
//alternative.AddUtilityTerm(13, (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag());
//alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome - userCost, 1)));
//alternative.AddUtilityTerm(15, (numberChildren == 1).ToFlag());
//alternative.AddUtilityTerm(16, (numberChildren == 2).ToFlag());
//alternative.AddUtilityTerm(17, (numberChildren > 2).ToFlag());
//alternative.AddUtilityTerm(18, (numberAdults == 1 && !isMale).ToFlag());
//alternative.AddUtilityTerm(19, (numberAdults == 1 && isMale).ToFlag());
//alternative.AddUtilityTerm(20, averageAdultAge / 10.0);
//alternative.AddUtilityTerm(21, Math.Pow(averageAdultAge / 10.0, 2.0));
////alternative.AddUtilityTerm(22, household.ResidenceParcel.PSearchTime16_17); // Add this when new parcel variables with seach time are available
//alternative.AddUtilityTerm(23, household.ResidenceParcel.DistanceToLocalBus);
//alternative.AddUtilityTerm(24, household.ResidenceParcel.DistanceToExpressBus);
//alternative.AddUtilityTerm(25, isInCopenhagenMunicipality.ToFlag());
alternative.AddUtilityTerm(26, stefanOneCarUtility); //this composite replaces above separate terms 10-25
alternative.AddUtilityTerm(27, workTourLogsumDifference); // instead of all Stefan's work-related and logsum variables
//alternative.AddUtilityTerm(24, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(25, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(26, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(27, household.HouseholdTotals.HomeBasedPersonsPerDrivingAgeMembers);
// 2+ AUTOS
var beta040 = -9.540;
var beta041 = 2.79;
var beta042 = 6.09;
var beta043 = 7.77;
var beta044 = 0;
var beta045 = 0.35;
var beta046 = 0.81;
var beta047 = 1.33;
var beta048 = -1.13;
var beta049 = 0.60;
var beta050 = 0.92;
var beta051 = -0.05;
var beta052 = -0.09;
var beta053 = 0.94;
var beta054 = 0.31;
var beta055 = -1.54;
var stefanTwoCarUtility =
beta040 * 1.0 +
beta041 * household.Has1Driver.ToFlag() +
beta042 * household.Has2Drivers.ToFlag() +
beta043 * (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag() +
beta014 * Math.Log(Math.Max(netIncome - userCost * 2.0, 1)) +
beta045 * (numberChildren == 1).ToFlag() +
beta046 * (numberChildren == 2).ToFlag() +
beta047 * (numberChildren > 2).ToFlag() +
beta048 * (numberAdults == 1 && !isMale).ToFlag() +
beta049 * (numberAdults == 1 && isMale).ToFlag() +
beta050 * averageAdultAge / 10.0 +
beta051 * Math.Pow(averageAdultAge / 10.0, 2.0) +
beta052 * 0 + //household.ResidenceParcel.PSearchTime16_17 + // Add this when new parcel variables with seach time are available
beta053 * household.ResidenceParcel.DistanceToLocalBus +
beta054 * household.ResidenceParcel.DistanceToExpressBus +
beta055 * isInCopenhagenMunicipality.ToFlag() +
0;
alternative = choiceProbabilityCalculator.GetAlternative(2, true, choice == 2);
alternative.Choice = 2;
//Stefan
//alternative.AddUtilityTerm(40, 1.0);
//alternative.AddUtilityTerm(41, household.Has1Driver.ToFlag());
//alternative.AddUtilityTerm(42, household.Has2Drivers.ToFlag());
//alternative.AddUtilityTerm(43, (household.Has3Drivers || household.Has4OrMoreDrivers).ToFlag());
//alternative.AddUtilityTerm(14, Math.Log(Math.Max(netIncome - userCost * 2.0, 1)));
//alternative.AddUtilityTerm(45, (numberChildren == 1).ToFlag());
//alternative.AddUtilityTerm(46, (numberChildren == 2).ToFlag());
//alternative.AddUtilityTerm(47, (numberChildren > 2).ToFlag());
//alternative.AddUtilityTerm(48, (numberAdults == 1 && !isMale).ToFlag());
//alternative.AddUtilityTerm(49, (numberAdults == 1 && isMale).ToFlag());
//alternative.AddUtilityTerm(50, averageAdultAge / 10.0);
//alternative.AddUtilityTerm(51, Math.Pow(averageAdultAge / 10.0, 2.0));
////alternative.AddUtilityTerm(52, household.ResidenceParcel.PSearchTime16_17); // Add this when new parcel variables with seach time are available
//alternative.AddUtilityTerm(53, household.ResidenceParcel.DistanceToLocalBus);
//alternative.AddUtilityTerm(54, household.ResidenceParcel.DistanceToExpressBus);
//alternative.AddUtilityTerm(55, isInCopenhagenMunicipality.ToFlag());
alternative.AddUtilityTerm(56, stefanTwoCarUtility); //this composite replaces above separate terms 40-55
alternative.AddUtilityTerm(57, workTourLogsumDifference);
//alternative.AddUtilityTerm(44, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(45, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(46, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
//alternative.AddUtilityTerm(47, household.HouseholdTotals.HomeBasedPersonsPerDrivingAgeMembers);
}
public static HouseholdWrapper GetHouseholdWrapper(List <IPerson> persons, int size = 16, int vehiclesAvailable = 12,
double expansionFactor = .67,
double fractionWorkersWithJobsOutsideRegion = .25,
int income = 25000,
int id = 3,
Household household = null,
CondensedParcel residenceParcel = null)
{
ChoiceModelFactory.Parcels = new Dictionary <int, CondensedParcel>();
int residenceParcelId = 99;
ChoiceModelFactory.Parcels.Add(residenceParcelId, residenceParcel == null ? new CondensedParcel() : residenceParcel);
int workers = 6;
int fulltimeWorkers = 4;
int partTimeWorkers = 2;
int retiredAdults = 3;
int otherAdults = 1;
int collegeStudents = 0;
int highSchoolStudents = 1;
int kidsBetween5And15 = 1;
int kidsBetween0And4 = 1;
int ownOrRent = 1;
int residenceType = 2;
int residenceZoneId = 4;
int residenceZoneKey = 5;
int sampleType = 7;
if (household == null)
{
household = new Household
{
CollegeStudents = collegeStudents,
ExpansionFactor = expansionFactor,
FractionWorkersWithJobsOutsideRegion =
fractionWorkersWithJobsOutsideRegion,
FulltimeWorkers = fulltimeWorkers,
HighSchoolStudents = highSchoolStudents,
Income = income,
Id = id,
KidsBetween0And4 = kidsBetween0And4,
KidsBetween5And15 = kidsBetween5And15,
OtherAdults = otherAdults,
OwnOrRent = ownOrRent,
PartTimeWorkers = partTimeWorkers,
ResidenceParcelId = residenceParcelId,
ResidenceType = residenceType,
ResidenceZoneId = residenceZoneId,
ResidenceZoneKey = residenceZoneKey,
RetiredAdults = retiredAdults,
SampleType = sampleType,
Size = size,
VehiclesAvailable = vehiclesAvailable,
Workers = workers
}
}
;
HouseholdWrapper wrapper = new HouseholdWrapper(household)
{
PersonPersister = new TestPersonPersister(persons),
PersonWrapperCreator = new TestPersonWrapperCreator(),
HouseholdDayPersister = new TestHouseholdDayPersister(),
HouseholdDayWrapperCreator = new TestHouseholdDayWrapperCreator(),
HouseholdPersister = new TestHouseholdPersister(),
};
return(wrapper);
}
public void TestHouseholdWrapperCarsLessFlag()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 1;
List <IPerson> persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
}
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(0));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(0));
Assert.Equal(true, wrapper.Has1Driver);
Assert.Equal(false, wrapper.Has2Drivers);
Assert.Equal(false, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(true, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(false, wrapper.HasMoreDriversThan1);
Assert.Equal(false, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
}
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(false, wrapper.Has1Driver);
Assert.Equal(true, wrapper.Has2Drivers);
Assert.Equal(false, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(true, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.HasMoreDriversThan1);
Assert.Equal(false, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 7, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, StudentType = 1
}
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(false, wrapper.Has1Driver);
Assert.Equal(true, wrapper.Has2Drivers);
Assert.Equal(false, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(true, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.HasMoreDriversThan1);
Assert.Equal(false, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(3));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(3));
Assert.Equal(false, wrapper.Has1Driver);
Assert.Equal(false, wrapper.Has2Drivers);
Assert.Equal(true, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(false, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.HasMoreDriversThan1);
Assert.Equal(true, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.PART_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.RETIRED_ADULT, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(3));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(3));
Assert.Equal(false, wrapper.Has1Driver);
Assert.Equal(false, wrapper.Has2Drivers);
Assert.Equal(true, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(true, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.HasMoreDriversThan1);
Assert.Equal(true, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.PART_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.RETIRED_ADULT, WorkerType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.PART_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 37, PersonType = Constants.PersonType.RETIRED_ADULT, WorkerType = 0
},
new Person {
Age = 37, PersonType = Constants.PersonType.PART_TIME_WORKER, WorkerType = 1
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(1, wrapper.GetCarsLessThanDriversFlag(3));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(1, wrapper.GetCarsLessThanWorkersFlag(3));
Assert.Equal(false, wrapper.Has1Driver);
Assert.Equal(false, wrapper.Has2Drivers);
Assert.Equal(false, wrapper.Has3Drivers);
Assert.Equal(true, wrapper.Has4OrMoreDrivers);
Assert.Equal(false, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(false, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(false, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.HasMoreDriversThan1);
Assert.Equal(true, wrapper.HasMoreDriversThan2);
Assert.Equal(true, wrapper.HasMoreDriversThan3);
Assert.Equal(true, wrapper.HasMoreDriversThan4);
Assert.Equal(false, wrapper.HasNoFullOrPartTimeWorker);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.RETIRED_ADULT, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanDriversFlag(3));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(1));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(2));
Assert.Equal(0, wrapper.GetCarsLessThanWorkersFlag(3));
Assert.Equal(true, wrapper.Has1Driver);
Assert.Equal(false, wrapper.Has2Drivers);
Assert.Equal(false, wrapper.Has3Drivers);
Assert.Equal(false, wrapper.Has4OrMoreDrivers);
Assert.Equal(true, wrapper.Has2OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has3OrLessFullOrPartTimeWorkers);
Assert.Equal(true, wrapper.Has4OrLessFullOrPartTimeWorkers);
Assert.Equal(false, wrapper.HasMoreDriversThan1);
Assert.Equal(false, wrapper.HasMoreDriversThan2);
Assert.Equal(false, wrapper.HasMoreDriversThan3);
Assert.Equal(false, wrapper.HasMoreDriversThan4);
Assert.Equal(true, wrapper.HasNoFullOrPartTimeWorker);
}
public void TestPersonWrapper()
{
Global.Configuration = new Configuration {
HouseholdSamplingRateOneInX = 1
};
int autoDistanceToUsualSchool = 1;
int autoDistanceToUsualWork = 2;
int autoTimeToUsualSchool = 3;
int autoTimeToUsualWork = 4;
int gender = 2;
int id = 99;
int paperDiary = 5;
int payParkingAtWorkplace = 1;
int personType = Constants.PersonType.CHILD_UNDER_5;
int proxyResponse = 6;
int sequence = 7;
int transitPassOwnershipFlag = 1;
int usualArrivalPeriodToWork = 2;
int usualDeparturePeriodFromWork = 3;
int usualModeToWork = 4;
CondensedParcel usualSchoolParcel = new CondensedParcel();
int usualSchoolParcelId = 5;
int usualSchoolZoneKey = 6;
CondensedParcel usualWorkParcel = new CondensedParcel();
int usualWorkParcelId = 7;
int usualWorkZoneKey = 8;
bool worksAtHome = false;
List <IPerson> persons = new List <IPerson>()
{
new Person()
{
AutoDistanceToUsualSchool = autoDistanceToUsualSchool,
AutoDistanceToUsualWork = autoDistanceToUsualWork,
AutoTimeToUsualSchool = autoTimeToUsualSchool,
AutoTimeToUsualWork = autoTimeToUsualWork,
Gender = gender,
Id = id,
PaperDiary = paperDiary,
PaidParkingAtWorkplace = payParkingAtWorkplace,
PersonType = personType,
ProxyResponse = proxyResponse,
Sequence = sequence,
TransitPassOwnership = transitPassOwnershipFlag,
UsualArrivalPeriodToWork = usualArrivalPeriodToWork,
UsualDeparturePeriodFromWork = usualDeparturePeriodFromWork,
UsualModeToWork = usualModeToWork,
UsualSchoolParcelId = usualSchoolParcelId,
UsualSchoolZoneKey = usualSchoolZoneKey,
UsualWorkParcelId = usualWorkParcelId,
UsualWorkZoneKey = usualWorkZoneKey,
}
};
HouseholdWrapper household = TestHelper.GetHouseholdWrapper(persons);
PersonWrapper wrapper = new PersonWrapper(persons[0], household)
{
UsualSchoolParcel = usualSchoolParcel, UsualWorkParcel = usualWorkParcel
}; //TestHelper.GetPersonWrapper(age: 37, personType: Constants.PersonType.FULL_TIME_WORKER,
// gender: 1, workerType: 1, studentType: 0, persons:persons);
Assert.Equal(autoDistanceToUsualSchool, wrapper.AutoDistanceToUsualSchool);
Assert.Equal(autoDistanceToUsualWork, wrapper.AutoDistanceToUsualWork);
Assert.Equal(autoTimeToUsualSchool, wrapper.AutoTimeToUsualSchool);
Assert.Equal(autoTimeToUsualWork, wrapper.AutoTimeToUsualWork);
Assert.Equal(gender, wrapper.Gender);
Assert.Equal(household, wrapper.Household);
Assert.Equal(id, wrapper.Id);
Assert.Equal(paperDiary, wrapper.PaperDiary);
Assert.Equal(payParkingAtWorkplace, wrapper.PayToParkAtWorkplaceFlag);
Assert.Equal(personType, wrapper.PersonType);
Assert.Equal(proxyResponse, wrapper.ProxyResponse);
Assert.Equal(sequence, wrapper.Sequence);
Assert.Equal(transitPassOwnershipFlag, wrapper.TransitPassOwnershipFlag);
Assert.Equal(usualArrivalPeriodToWork, wrapper.UsualArrivalPeriodToWork);
Assert.Equal(usualDeparturePeriodFromWork, wrapper.UsualDeparturePeriodFromWork);
Assert.Equal(usualModeToWork, wrapper.UsualModeToWork);
Assert.Equal(usualSchoolParcel, wrapper.UsualSchoolParcel);
Assert.Equal(usualSchoolParcelId, wrapper.UsualSchoolParcelId);
Assert.Equal(usualSchoolZoneKey, wrapper.UsualSchoolZoneKey);
Assert.Equal(usualWorkParcel, wrapper.UsualWorkParcel);
Assert.Equal(usualWorkParcelId, wrapper.UsualWorkParcelId);
Assert.Equal(usualWorkZoneKey, wrapper.UsualWorkZoneKey);
Assert.Equal(worksAtHome, wrapper.WorksAtHome);
}
private void RunModel(ChoiceProbabilityCalculator choiceProbabilityCalculator, HouseholdWrapper household, int choice = Constants.DEFAULT_VALUE)
{
//
double workTourLogsumDifference = 0D; // (full or part-time workers) full car ownership vs. no car ownership
double countTransitPasses = 0D;
foreach (Framework.DomainModels.Wrappers.IPersonWrapper person in household.Persons)
{
if (person.TransitPassOwnership == 1)
{
countTransitPasses++;
}
if (person.IsWorker && person.UsualWorkParcel != null && person.UsualWorkParcelId != household.ResidenceParcelId)
{
int destinationArrivalTime = ChoiceModelUtility.GetDestinationArrivalTime(Global.Settings.Models.WorkTourModeModel);
int destinationDepartureTime = ChoiceModelUtility.GetDestinationDepartureTime(Global.Settings.Models.WorkTourModeModel);
ChoiceProbabilityCalculator.Alternative nestedAlternative1 = Global.ChoiceModelSession.Get <WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, household.HouseholdTotals.DrivingAgeMembers, 0.0);
ChoiceProbabilityCalculator.Alternative nestedAlternative2 = Global.ChoiceModelSession.Get <WorkTourModeTimeModel>().RunNested(person, household.ResidenceParcel, person.UsualWorkParcel, destinationArrivalTime, destinationDepartureTime, 0, 0.0);
workTourLogsumDifference += nestedAlternative1 == null ? 0 : nestedAlternative1.ComputeLogsum();
workTourLogsumDifference -= nestedAlternative2 == null ? 0 : nestedAlternative2.ComputeLogsum();
}
}
int oldestAge = (from persons in household.Persons select persons.Age).Max();
int youngestAge = (from persons in household.Persons select persons.Age).Min();
int noTransitPasses = countTransitPasses == 0 ? 1 : 0;
int votSegment = household.GetVotALSegment();
int taSegment = household.ResidenceParcel.TransitAccessSegment();
//var aggregateLogsumDifference = // full car ownership vs. no car ownership
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.OneOrMoreCarsPerAdult][votSegment][taSegment] -
// Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.NoCars][votSegment][taSegment];
double noCarAggLogsum =
Global.AggregateLogsums[household.ResidenceZoneId][Global.Settings.Purposes.HomeBasedComposite][Global.Settings.CarOwnerships.NoCars][votSegment][taSegment];
double distanceToStop
= household.ResidenceParcel.GetDistanceToTransit() > 0
? Math.Min(household.ResidenceParcel.GetDistanceToTransit(), 2 * Global.Settings.DistanceUnitsPerMile) // JLBscale
: 2 * Global.Settings.DistanceUnitsPerMile;
int ruralFlag = household.ResidenceParcel.RuralFlag();
double discretionaryIncome = (household.Income / 10000 - (1.2 * Math.Log(household.Size) + 2.0));
//home parcel buffer variables
double foodRetailServiceMedicalLogBuffer1 = Math.Log(1 + household.ResidenceParcel.FoodRetailServiceMedicalLogBuffer1());
double intrDens = Math.Log(1 + household.ResidenceParcel.IntersectionDensity34Buffer2());
// 0 AUTOS
ChoiceProbabilityCalculator.Alternative alternative = choiceProbabilityCalculator.GetAlternative(0, true, choice == 0);
alternative.Choice = 0;
alternative.AddUtilityTerm(1, household.Has1Driver.ToFlag());
alternative.AddUtilityTerm(2, household.Has2Drivers.ToFlag());
alternative.AddUtilityTerm(3, household.Has3Drivers.ToFlag());
alternative.AddUtilityTerm(4, household.Has4OrMoreDrivers.ToFlag());
alternative.AddUtilityTerm(5, household.HasNoFullOrPartTimeWorker.ToFlag());
alternative.AddUtilityTerm(8, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(9, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(12, household.Has0To25KIncome.ToFlag());
alternative.AddUtilityTerm(13, discretionaryIncome);
alternative.AddUtilityTerm(14, household.HasIncomeOver50K.ToFlag());
alternative.AddUtilityTerm(16, household.HasMissingIncome.ToFlag());
alternative.AddUtilityTerm(17, workTourLogsumDifference);
alternative.AddUtilityTerm(21, Math.Log(distanceToStop));
alternative.AddUtilityTerm(23, Math.Log(1 + household.ResidenceParcel.ParkingOffStreetPaidDailyPriceBuffer2 / 100));
alternative.AddUtilityTerm(28, noTransitPasses);
alternative.AddUtilityTerm(29, intrDens);
alternative.AddUtilityTerm(31, household.HasChildrenUnder16.ToFlag());
alternative.AddUtilityTerm(33, (household.Has50To75KIncome).ToFlag() * noCarAggLogsum);
alternative.AddUtilityTerm(34, (household.Has75KPlusIncome).ToFlag() * noCarAggLogsum);
alternative.AddUtilityTerm(35, (youngestAge > 70).ToFlag());
alternative.AddUtilityTerm(36, (oldestAge < 35).ToFlag());
// 1 AUTO
alternative = choiceProbabilityCalculator.GetAlternative(1, true, choice == 1);
alternative.Choice = 1;
alternative.AddUtilityTerm(37, household.Has2Drivers.ToFlag());
alternative.AddUtilityTerm(38, household.Has3Drivers.ToFlag());
alternative.AddUtilityTerm(39, household.Has4OrMoreDrivers.ToFlag());
alternative.AddUtilityTerm(5, household.Has1OrLessFullOrPartTimeWorkers.ToFlag());
alternative.AddUtilityTerm(8, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(9, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(41, household.Has0To25KIncome.ToFlag());
alternative.AddUtilityTerm(45, household.HasMissingIncome.ToFlag());
alternative.AddUtilityTerm(19, discretionaryIncome);
alternative.AddUtilityTerm(17, workTourLogsumDifference * household.HasMoreDriversThan1.ToFlag());
alternative.AddUtilityTerm(23, Math.Log(1 + household.ResidenceParcel.ParkingOffStreetPaidDailyPriceBuffer2 / 100) * household.HasMoreDriversThan1.ToFlag());
alternative.AddUtilityTerm(46, intrDens);
alternative.AddUtilityTerm(35, (youngestAge > 70).ToFlag());
alternative.AddUtilityTerm(36, (oldestAge < 35).ToFlag());
alternative.AddUtilityTerm(48, household.HasChildrenUnder16.ToFlag());
// 2 AUTOS
alternative = choiceProbabilityCalculator.GetAlternative(2, true, choice == 2);
alternative.Choice = 2;
alternative.AddUtilityTerm(50, household.Has1Driver.ToFlag());
alternative.AddUtilityTerm(51, household.Has3Drivers.ToFlag());
alternative.AddUtilityTerm(52, household.Has4OrMoreDrivers.ToFlag());
alternative.AddUtilityTerm(5, household.Has2OrLessFullOrPartTimeWorkers.ToFlag());
alternative.AddUtilityTerm(17, workTourLogsumDifference * household.HasMoreDriversThan2.ToFlag());
alternative.AddUtilityTerm(23, Math.Log(1 + household.ResidenceParcel.ParkingOffStreetPaidDailyPriceBuffer2 / 100) * household.HasMoreDriversThan2.ToFlag());
alternative.AddUtilityTerm(27, ruralFlag);
// 3 AUTOS
alternative = choiceProbabilityCalculator.GetAlternative(3, true, choice == 3);
alternative.Choice = 3;
alternative.AddUtilityTerm(70, household.Has1Driver.ToFlag());
alternative.AddUtilityTerm(71, household.Has2Drivers.ToFlag());
alternative.AddUtilityTerm(72, household.Has4OrMoreDrivers.ToFlag());
alternative.AddUtilityTerm(5, household.Has3OrLessFullOrPartTimeWorkers.ToFlag());
alternative.AddUtilityTerm(91, household.HouseholdTotals.PartTimeWorkersPerDrivingAgeMembers);
alternative.AddUtilityTerm(92, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
alternative.AddUtilityTerm(93, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(94, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(96, household.HouseholdTotals.ChildrenUnder5PerDrivingAgeMembers);
alternative.AddUtilityTerm(73, household.Has0To25KIncome.ToFlag());
alternative.AddUtilityTerm(75, household.Has100KPlusIncome.ToFlag());
alternative.AddUtilityTerm(76, household.HasMissingIncome.ToFlag());
alternative.AddUtilityTerm(17, workTourLogsumDifference * household.HasMoreDriversThan3.ToFlag());
alternative.AddUtilityTerm(23, Math.Log(1 + household.ResidenceParcel.ParkingOffStreetPaidDailyPriceBuffer2 / 100) * household.HasMoreDriversThan3.ToFlag());
alternative.AddUtilityTerm(79, ruralFlag);
// 4+ AUTOS
alternative = choiceProbabilityCalculator.GetAlternative(4, true, choice == 4);
alternative.Choice = 4;
alternative.AddUtilityTerm(100, household.Has1Driver.ToFlag());
alternative.AddUtilityTerm(101, household.Has2Drivers.ToFlag());
alternative.AddUtilityTerm(102, household.Has3Drivers.ToFlag());
alternative.AddUtilityTerm(5, household.Has4OrLessFullOrPartTimeWorkers.ToFlag());
alternative.AddUtilityTerm(91, household.HouseholdTotals.PartTimeWorkersPerDrivingAgeMembers);
alternative.AddUtilityTerm(92, household.HouseholdTotals.RetiredAdultsPerDrivingAgeMembers);
alternative.AddUtilityTerm(93, household.HouseholdTotals.UniversityStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(94, household.HouseholdTotals.DrivingAgeStudentsPerDrivingAgeMembers);
alternative.AddUtilityTerm(96, household.HouseholdTotals.ChildrenUnder5PerDrivingAgeMembers);
alternative.AddUtilityTerm(107, household.Has0To25KIncome.ToFlag());
alternative.AddUtilityTerm(108, household.Has50To75KIncome.ToFlag());
alternative.AddUtilityTerm(109, household.Has75KPlusIncome.ToFlag());
alternative.AddUtilityTerm(110, household.HasMissingIncome.ToFlag());
alternative.AddUtilityTerm(17, workTourLogsumDifference * household.HasMoreDriversThan4.ToFlag());
alternative.AddUtilityTerm(23, Math.Log(1 + household.ResidenceParcel.ParkingOffStreetPaidDailyPriceBuffer2 / 100) * household.HasMoreDriversThan4.ToFlag());
alternative.AddUtilityTerm(111, ruralFlag);
}
public static PersonWrapper GetPersonWrapper(int age = 35, int personType = Constants.PersonType.FULL_TIME_WORKER, int gender = 1, int workerType = 0, int studentType = 0, List <IPerson> persons = null, HouseholdWrapper household = null, int income = 25000, int sequence = 0)
{
if (persons == null)
{
persons = new List <IPerson>
{
new Person()
{
Age = age,
PersonType = personType,
Gender = gender,
WorkerType = workerType,
StudentType = studentType,
Sequence = sequence,
}
};
}
if (household == null)
{
household = GetHouseholdWrapper(persons, income: income);
}
household.Init();
PersonWrapper wrapper = new PersonWrapper(persons[0], household);
return(wrapper);
}
public void TestHouseholdWrapperChildren()
{
Global.Configuration = new Configuration();
Global.Configuration.HouseholdSamplingRateOneInX = 1;
List <IPerson> persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
}
};
HouseholdWrapper wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(false, wrapper.HasChildrenAge5Through15);
Assert.Equal(false, wrapper.HasChildrenUnder16);
Assert.Equal(false, wrapper.HasChildrenUnder5);
Assert.Equal(false, wrapper.HasChildren);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 4, PersonType = Constants.PersonType.CHILD_UNDER_5, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(false, wrapper.HasChildrenAge5Through15);
Assert.Equal(true, wrapper.HasChildrenUnder16);
Assert.Equal(true, wrapper.HasChildrenUnder5);
Assert.Equal(true, wrapper.HasChildren);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 7, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(true, wrapper.HasChildrenAge5Through15);
Assert.Equal(true, wrapper.HasChildrenUnder16);
Assert.Equal(false, wrapper.HasChildrenUnder5);
Assert.Equal(true, wrapper.HasChildren);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 7, PersonType = Constants.PersonType.CHILD_AGE_5_THROUGH_15, WorkerType = 0
},
new Person {
Age = 4, PersonType = Constants.PersonType.CHILD_UNDER_5, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(true, wrapper.HasChildrenAge5Through15);
Assert.Equal(true, wrapper.HasChildrenUnder16);
Assert.Equal(true, wrapper.HasChildrenUnder5);
Assert.Equal(true, wrapper.HasChildren);
persons = new List <IPerson>
{
new Person {
Age = 37, PersonType = Constants.PersonType.FULL_TIME_WORKER, WorkerType = 1
},
new Person {
Age = 17, PersonType = Constants.PersonType.DRIVING_AGE_STUDENT, WorkerType = 0
},
};
wrapper = TestHelper.GetHouseholdWrapper(persons);
wrapper.Init();
Assert.Equal(false, wrapper.HasChildrenAge5Through15);
Assert.Equal(false, wrapper.HasChildrenUnder16);
Assert.Equal(false, wrapper.HasChildrenUnder5);
Assert.Equal(true, wrapper.HasChildren);
}