public void CreateHoseholdPopulationPool(string fileName)
{
using (var agentsOutputFile = new OutputFileWriter(fileName))
{
uint agentsCreated = 1;
uint counter = 0;
var mobelCond = new List<ConditionalDistribution>()
{
mobelWrkrsConditionals,
mobelKidsConditionals,
mobelPersConditionals
};
foreach (var entry in ZonalCollection)
{
GibbsSampler sampler = new GibbsSampler();
SpatialZone currZone = (SpatialZone)entry.Value;
// warmup time
sampler.GenerateAgents(currZone,
Constants.WARMUP_ITERATIONS,
new Household(currZone.GetName()), true,
mobelCond,
agentsOutputFile, null);
HhldsPool.Clear();
sampler.SetAgentCounter(agentsCreated + counter);
// actual generation
HhldsPool = sampler.GenerateAgents(currZone,
Constants.POOL_COUNT,
new Household(currZone.GetName()), false,
mobelCond,
agentsOutputFile,null);
agentsCreated += (uint)HhldsPool.Count;
}
}
}
public void CreatePersonPopulationPool(string fileName)
{
using (var agentsOutputFile = new OutputFileWriter(fileName))
{
var mobelCond = new List<ConditionalDistribution>();
foreach (var entry in ZonalCollection)
{
SpatialZone currZone = (SpatialZone)entry.Value;
if (currZone.GetName() != "1004")
{
continue;
}
var rangePartitioner = Partitioner.Create(0, Constants.POOL_COUNT);
Parallel.ForEach(rangePartitioner, (range, loopState) =>
{
using (var localWriter = new OutputFileWriter())
{
GibbsSampler sampler = new GibbsSampler();
var amountToSample = range.Item2 - range.Item1;
// warmup time
sampler.GenerateAgents(currZone,
Constants.WARMUP_ITERATIONS,
new Person(currZone.GetName()), true,
mobelCond,
localWriter,null);
PersonPool.Clear();
// actual generation
PersonPool = sampler.GenerateAgents(currZone,
amountToSample,
new Person(currZone.GetName()), false,
mobelCond,
localWriter,null);
localWriter.CopyTo(agentsOutputFile);
}
});
}
}
}
public void CreateHoseholdCompositePopulationPool(string fileName)
{
List<int[]> PD = new List<int[]>();
using (TextReader myFileReader = new StreamReader(Path.Combine(Constants.DATA_DIR, "PD_hhldType.txt")))
{
string strTok;
myFileReader.ReadLine();
while ((strTok = myFileReader.ReadLine()) != null)
{
string[] strToken = strTok.Split(',');
int SingleAdult = int.Parse(strToken[1]);
int OneAdultOneChild = int.Parse(strToken[2]);
int Twoadults = int.Parse(strToken[3]);
int TwoAdultsChildren = int.Parse(strToken[4]);
int ThreeOrMoreAdults = int.Parse(strToken[5]);
int ThreeOrMoreAdultsChildren = int.Parse(strToken[6]);
int[] hhldTypes = { SingleAdult, OneAdultOneChild, Twoadults, TwoAdultsChildren
, ThreeOrMoreAdults, ThreeOrMoreAdultsChildren};
PD.Add(hhldTypes);
}
}
using (var agentsOutputFile = new OutputFileWriter(fileName))
{
uint agentsCreated = 1;
uint counter = 0;
StringBuilder builderHhld = new StringBuilder();
builderHhld.Append("HouseholdID,Zone,ExpansionFactor,DwellingType,NumberOfPersons,NumberOfVehicles");
StringBuilder builderPers = new StringBuilder();
builderPers.Append("HouseholdID,PersonNumber,Age,Sex,License,TransitPass,EmploymentStatus,Occupation,FreeParking,StudentStatus,EmploymentZone,SchoolZone");
agentsOutputFile.WriteToFile(builderHhld.ToString());
String[] cc = fileName.Split ('.');
OutputFileWriter personOutputFile = new OutputFileWriter (cc[0] + "pers.csv");
personOutputFile.WriteToFile(builderPers.ToString());
foreach (var entry in ZonalCollection)
{
GibbsSampler sampler = new GibbsSampler();
SpatialZone currZone = (SpatialZone)entry.Value;
int[] types = PD[int.Parse(currZone.GetName()) - 1];
foreach (HouseholdSize size in Enum.GetValues(typeof(HouseholdSize)))
{
var type_entry = types[(int)size];
// warmup time
sampler.GenerateAgents(currZone,
Constants.WARMUP_ITERATIONS,
new HouseholdPersonComposite(new Household(size, currZone.GetName())), true, null,
agentsOutputFile,personOutputFile);
HhldscompositePool.Clear();
sampler.SetAgentCounter(agentsCreated + counter);
// actual generation
HhldscompositePool = sampler.GenerateAgents(currZone,
Constants.POOL_COUNT * type_entry,
new HouseholdPersonComposite(new Household(size, currZone.GetName())), false, null,
agentsOutputFile,personOutputFile);
agentsCreated += (uint)HhldscompositePool.Count;
}
}
}
}
