public HouseholdPersonComposite GetNextAgentCompositeHhld(DiscreteMarginalDistribution f_x,
ConditionalDistribution g_x, string dimension,
HouseholdPersonComposite prvAgent, SpatialZone currZone, int agentID)
{
KeyValPair currDimVal;
double currProb = 0.00;
double currRatio = 0.00;
int cnt = 0;
do
{
currDimVal = GenerateNextFromG_X(g_x, prvAgent, currZone, agentID);
currProb = f_x.GetValue(currDimVal.Category);
currRatio = currProb / currDimVal.Value;
if (currRatio > 1.00)
{
currRatio = 1.00;
}
if (cnt > 10000)
{
currRatio = 1;
}
cnt++;
} while (myRand.NextDouble() > currRatio);
// Create the household object based on the currDimVal.category
return (HouseholdPersonComposite)prvAgent.CreateNewCopy(
g_x.GetDimensionName(), Int16.Parse(currDimVal.Category),agentID);
}
///////////////////////////////////
public SpatialZone()
{
///////////////////////////////////
// For Household Synthesis
//censusPersonConditionals = new DiscreteCondDistribution();
modelIncConditionals = new ModelDistribution();
modelIncConditionals.SetDimensionName("IncomeLevel");
modelUnivDegConditionals = new ModelDistribution();
modelUnivDegConditionals.SetDimensionName("NumWithUnivDeg");
modelDwellConditionals = new ModelDistribution();
modelDwellConditionals.SetDimensionName("DwellingType");
modelCarsConditionals = new ModelDistribution();
modelCarsConditionals.SetDimensionName("NumOfCars");
myDwellMarginal = new DiscreteMarginalDistribution();
myDwellMarginal.SetDimensionName("DwellingType");
myDwellMarginalCounts = new DiscreteMarginalDistribution();
myDwellMarginalCounts.SetDimensionName("DwellingType");
myCarsMarginal = new DiscreteMarginalDistribution();
myCarsMarginal.SetDimensionName("NumOfCars");
myPersonMarginal = new DiscreteMarginalDistribution();
myPersonMarginal.SetDimensionName("HouseholdSize");
///////////////////////////////////
///////////////////////////////////
// For Person Synthesis
myHhldSize2Marginal = new DiscreteMarginalDistribution();
myHhldSize2Marginal.SetDimensionName("HouseholdSize2");
mySexMarginal = new DiscreteMarginalDistribution();
mySexMarginal.SetDimensionName("Sex");
myAgeMarginal = new DiscreteMarginalDistribution();
myAgeMarginal.SetDimensionName("MaritalStatus");
myEducationMarginal = new DiscreteMarginalDistribution();
myEducationMarginal.SetDimensionName("EducationLevel");
myAgeConditional = new DiscreteCondDistribution();
myAgeConditional.SetDimensionName("Age");
mySexConditional = new DiscreteCondDistribution();
mySexConditional.SetDimensionName("Sex");
myHhldSizeConditional = new DiscreteCondDistribution();
myHhldSizeConditional.SetDimensionName("HouseholdSize2");
myEduLevelConditional = new DiscreteCondDistribution();
myEduLevelConditional.SetDimensionName("EducationLevel");
}
public SimulationObject GetNextAgent(DiscreteMarginalDistribution f_x,
ConditionalDistribution g_x, string dimension,
SimulationObject prvAgent, SpatialZone currZone, int agentID)
{
switch(prvAgent.GetAgentType())
{
case AgentType.Household:
return GetNextAgentHousehold(
f_x, g_x, dimension, (Household)prvAgent, currZone);
case AgentType.Person:
return GetNextAgentPerson(
f_x, g_x, dimension, (Person)prvAgent, currZone);
case AgentType.HouseholdPersonComposite:
return GetNextAgentCompositeHhld(
f_x, g_x, dimension, (HouseholdPersonComposite)prvAgent, currZone, agentID);
default:
return null;
}
}
///////////////////////////////////
public SpatialZone()
{
///////////////////////////////////
// For Household Synthesis
//censusPersonConditionals = new DiscreteCondDistribution();
modelIncConditionals = new ModelDistribution();
modelIncConditionals.SetDimensionName("IncomeLevel");
modelUnivDegConditionals = new ModelDistribution();
modelUnivDegConditionals.SetDimensionName("NumWithUnivDeg");
modelDwellConditionals = new ModelDistribution();
modelDwellConditionals.SetDimensionName("DwellingType");
modelCarsConditionals = new ModelDistribution();
modelCarsConditionals.SetDimensionName("NumOfCars");
modelNumberOfPeopleConditionals = new ModelDistribution();
modelNumberOfPeopleConditionals.SetDimensionName("NumOfPeople");
modelKidsConditionals = new ModelDistribution();
modelKidsConditionals.SetDimensionName("NumOfKids");
modelHouseHoldTypeConditionals = new ModelDistribution();
modelHouseHoldTypeConditionals.SetDimensionName("HouseholdSize");
myDwellMarginal = new DiscreteMarginalDistribution();
myDwellMarginal.SetDimensionName("DwellingType");
myDwellMarginalCounts = new DiscreteMarginalDistribution();
myDwellMarginalCounts.SetDimensionName("DwellingType");
myCarsMarginal = new DiscreteMarginalDistribution();
myCarsMarginal.SetDimensionName("NumOfCars");
myPersonMarginal = new DiscreteMarginalDistribution();
myPersonMarginal.SetDimensionName("HouseholdSize");
///////////////////////////////////
///////////////////////////////////
// For Person Synthesis
/* modelPublicTransitConditionals = new ModelDistribution();
modelPublicTransitConditionals.SetDimensionName("PublicTransitPass");*/
myHhldSize2Marginal = new DiscreteMarginalDistribution();
myHhldSize2Marginal.SetDimensionName("HouseholdSize2");
mySexMarginal = new DiscreteMarginalDistribution();
mySexMarginal.SetDimensionName("Sex");
myAgeMarginal = new DiscreteMarginalDistribution();
myAgeMarginal.SetDimensionName("Age");
myEducationMarginal = new DiscreteMarginalDistribution();
myEducationMarginal.SetDimensionName("EducationLevel");
myOccupationMarginal = new DiscreteMarginalDistribution();
myOccupationMarginal.SetDimensionName("Occupation");
myAgeConditional = new DiscreteCondDistribution();
myAgeConditional.SetDimensionName("Age");
mySexConditional = new DiscreteCondDistribution();
mySexConditional.SetDimensionName("Sex");
myHhldSizeConditional = new DiscreteCondDistribution();
myHhldSizeConditional.SetDimensionName("HouseholdSize2");
myEduLevelConditional = new DiscreteCondDistribution();
myEduLevelConditional.SetDimensionName("EducationLevel");
modelAgeConditionals = new ModelDistribution();//
modelAgeConditionals.SetDimensionName("Age");
modelEmploymentStatus = new ModelDistribution();//
modelEmploymentStatus.SetDimensionName("EmploymentStatus");
/* modelPublicTransitConditionals = new ModelDistribution();//
modelPublicTransitConditionals.SetDimensionName("PublicTransitPass");*/
modelOccupationConditionals = new ModelDistribution();//
modelOccupationConditionals.SetDimensionName("Occupation");
modelSexConditionals = new ModelDistribution();//
modelSexConditionals.SetDimensionName("Sex");
modelDriverLicenseConditionals = new ModelDistribution();//
modelDriverLicenseConditionals.SetDimensionName("DrivingLicense");
}
public void CheckSexConsisteny(DiscreteMarginalDistribution sexMarginal)
{
Random myrand = new Random ();
double r = 0.0;
double mCnt = sexMarginal.GetValue ("0");
//Sex
if (persons.Count () > 1) {
if (persons [0].GetSex () == persons [1].GetSex ()) {
r = myrand.NextDouble ();
if (r < mCnt) {
persons [0].SetSex(Sex.Male);
persons [1].SetSex(Sex.Female);
} else {
persons [0].SetSex(Sex.Female);
persons [1].SetSex(Sex.Male);
}
}
}else if (persons.Count () == 1) {
r = myrand.NextDouble ();
if (r < mCnt) {
persons [0].SetSex(Sex.Male);
} else {
persons [0].SetSex(Sex.Female);
}
}
}