private void Run(int iteration, ITashaHousehold household)
{
var persons = household.Persons;
var eventCount = new int[NumberOfDistributionsLocal];
var addZero = new bool[NumberOfDistributionsLocal];
household.CreateHouseholdProjects();
for (int i = 0; i < persons.Length; i++)
{
persons[i].InitializePersonalProjects();
}
for (int i = 0; i < persons.Length; i++)
{
Time workStartTime;
Time workEndTime;
ITashaPerson person = household.Persons[i];
AssignWorkSchoolEpisodes(persons[i], out workStartTime, out workEndTime, null);
var primaryVehicle = PrimaryMode.RequiresVehicle;
for (int j = 0; j < addZero.Length; j++)
{
eventCount[j] = 0;
addZero[j] = false;
}
FirstPass(person, primaryVehicle, eventCount);
int lunches = LunchPass(person, eventCount, ref workStartTime, ref workEndTime);
AddWorkTrip(person, eventCount, addZero, ref workStartTime, ref workEndTime);
ProcessZeroes(person, workStartTime, eventCount, addZero, lunches);
// while adding the results back we need to do this in serial
StoreResults(person.ExpansionFactor, eventCount, addZero);
}
System.Threading.Interlocked.Increment(ref CurrentHousehold);
Progress = ((float)CurrentHousehold / NumberOfHouseholds) / TotalIterations + CompletedIterationPercentage;
household.Recycle();
}
private static void AddProjects(ITashaHousehold h)
{
// Get everything read to add projects to the household
h.CreateHouseholdProjects();
// Now that is setup, we can focus on the individual people
foreach (ITashaPerson person in h.Persons)
{
person.InitializePersonalProjects();
}
}
private static void AddProjects(ITashaHousehold h)
{
// Get everything read to add projects to the household
h.CreateHouseholdProjects();
// Now that is setup, we can focus on the individual people
foreach ( ITashaPerson person in h.Persons )
{
person.InitializePersonalProjects();
}
}