private static void ProcessWorkAtHome(ITashaPerson person, Schedule workSchedule, Random random, int householdPD,
int workPD, GenerationAdjustment[] generationAdjustments)
{
int freq_A = TimeTable.GetFrequency(person, Activity.WorkAtHomeBusiness, random, householdPD,
workPD, generationAdjustments);
Time duration, startTime;
for (int i = 0; i < freq_A; i++)
{
bool success = false;
short attempt = 0;
while (!success && (attempt < Scheduler.EpisodeSchedulingAttempts))
{
if (!TimeTable.GetStartTime(person, Activity.WorkAtHomeBusiness, freq_A, random, out startTime))
{
success = false;
attempt++;
continue;
}
if (!TimeTable.GetDuration(person, Activity.WorkAtHomeBusiness,
startTime, Time.EndOfDay - startTime, random, out duration))
{
success = false;
attempt++;
continue;
}
Time endTime = startTime + duration;
SchedulerHousehold.CheckAndUpdateLatestWorkingTime(person.Household,
endTime);
Episode wahBusinessEpisode;
wahBusinessEpisode = new ActivityEpisode(0,
new TimeWindow(startTime, endTime), Activity.WorkAtHomeBusiness, person);
if (!workSchedule.Insert(wahBusinessEpisode, random))
{
success = false;
attempt++;
}
else
{
success = true;
}
}
}
}
private static bool GenerateWorkEpisodes(this ITashaHousehold household, Random random, GenerationAdjustment[] generationAdjustments)
{
var householdPD = household.HomeZone.PlanningDistrict;
foreach (ITashaPerson person in household.Persons)
{
// people need to be older than "11" to be allowed to work
if (person.Age < Scheduler.MinimumWorkingAge)
{
continue;
}
// Check to see if they are in a regular job type case
Project workProject = person.GetWorkProject();
Schedule workSchedule = workProject.Schedule;
if ((person.Occupation == Occupation.NotEmployed) | (person.Occupation == Occupation.Unknown))
{
continue;
}
if (((person.EmploymentStatus == TTSEmploymentStatus.FullTime) | (person.EmploymentStatus == TTSEmploymentStatus.PartTime)))
{
var empZone = person.EmploymentZone;
int workPD = empZone == null ? 0 : empZone.PlanningDistrict;
if (person.EmploymentZone == null)
{
//continue;
throw new XTMFRuntimeException("There was a person whom had no employment zone however was a full-time/part-time worker!");
}
//Employment zone doesn't exist so generate our own based on distributions
if (person.EmploymentZone.ZoneNumber == TashaRuntime.ZoneSystem.RoamingZoneNumber)
{
GenerateWorkBusinessEpisode(person, workSchedule, random, householdPD, workPD, generationAdjustments);
continue;
}
int freq = TimeTable.GetFrequency(person, Activity.PrimaryWork, random, householdPD, workPD, generationAdjustments);
if (freq <= 0)
{
continue;
}
Time startTime = Time.Zero;
Time duration = Time.Zero;
bool success = false;
for (int i = 0; i < freq; i++)
{
for (int attempts = 0; attempts < Scheduler.EpisodeSchedulingAttempts; attempts++)
{
// If we use an and here the compiler can't prove that we assign to duration
if (!TimeTable.GetStartTime(person, Activity.PrimaryWork, freq, random, out startTime))
{
continue;
}
if (TimeTable.GetDuration(person, Activity.PrimaryWork, startTime, random, out duration))
{
// if we got the duration, success lets continue on
success = true;
break;
}
}
// if we were unable to get a duration
if (!success)
{
// try the next person
continue;
}
Time endTime = startTime + duration;
SchedulerHousehold.CheckAndUpdateLatestWorkingTime(person.Household,
endTime);
Episode primWorkEpisode;
primWorkEpisode = new ActivityEpisode(0, new TimeWindow(startTime, endTime),
Activity.PrimaryWork, person);
primWorkEpisode.Zone = person.EmploymentZone;
if (!workSchedule.Insert(primWorkEpisode, random) && i == 0)
{
throw new XTMFRuntimeException("Failed to insert the primary work episode into the work project!");
}
//set up work business activities
ProcessWorkBusiness(person, workSchedule, random, primWorkEpisode, householdPD, workPD, generationAdjustments);
//set up secondary work activities
ProcessSecondaryWork(person, workSchedule, random, primWorkEpisode, householdPD, workPD, generationAdjustments);
//set up return home from work activities
ProcessReturnHomeFromWork(person, workSchedule, random, primWorkEpisode, householdPD, workPD, generationAdjustments);
}
}
// Check to see if they work from home
else if (person.Age >= 19 &&
((person.EmploymentStatus == TTSEmploymentStatus.WorkAtHome_FullTime)
| (person.EmploymentStatus == TTSEmploymentStatus.WorkAtHome_PartTime)))
{
ProcessWorkAtHome(person, workSchedule, random, householdPD, householdPD, generationAdjustments);
}
// If they don't work, just continue on
}
return(true);
}
