void ConvertTrips::Execute (void)
{
ConvertTrip_Itr group;
//---- compile user scripts ----
Compile_Scripts ();
//---- read the network ----
Data_Service::Execute ();
//---- generate the zone map ----
Zone_Location ();
//---- zone summary data ----
if (zone_sum_flag) {
org_in.assign (zone_map.size (), 0);
des_in.assign (zone_map.size (), 0);
org_out.assign (zone_map.size (), 0);
des_out.assign (zone_map.size (), 0);
}
//---- check the parking lots ----
if (parking_array.size () > 0) {
Parking_Check ();
}
//---- process group data ----
Show_Message (1);
for (group = convert_group.begin (); group != convert_group.end (); group++) {
group->Read_Diurnal ();
if (group->Factor_Flag ()) group->Read_Factors (zone_equiv);
if (group->Mode () == TRANSIT_MODE || group->Mode () == RIDE_MODE ||
group->Mode () == WALK_MODE || group->Mode () == BIKE_MODE) continue;
if (veh_type_map.find (group->Veh_Type ()) == veh_type_map.end ()) {
Error (String ("Vehicle Type %d was Not Found in the Vehicle Type Flle") % group->Veh_Type ());
}
}
if (hhold_id <= max_hh_in) hhold_id = 100 * ((max_hh_in / 100) + 1);
//---- process the tour file ----
if (tour_flag) {
Tour_Processing ();
}
if (hhold_id <= max_hh_in) hhold_id = 100 * ((max_hh_in / 100) + 1);
//---- process trip files ----
for (group = convert_group.begin (); group != convert_group.end (); group++) {
if (group->Trip_Flag ()) {
if (group->Mode () >= 0 && group->Mode () < MAX_MODE && !select_mode [group->Mode ()]) continue;
if (select_purposes && !purpose_range.In_Range (group->Purpose ())) continue;
Read_Trip_Table (group);
}
}
//---- new diurnal file ----
if (diurnal_flag) {
Diurnal_Results ();
}
//---- summarize the results ----
if (trip_copy > 0 || hhold_copy > 0 || veh_copy > 0) {
Break_Check (5);
Write (2, "Number of Trip Records Copied = ") << trip_copy;
Write (1, "Number of Household Records Copied = ") << hhold_copy;
Write (1, "Number of Vehicle Records Copied = ") << veh_copy;
}
Break_Check (10);
Write (2, "Total Number of Tours Read = ") << tot_tours;
Write (1, "Total Number of Trips Read = ") << tot_trips;
Write (1, "Total Number of Trips Written = ") << new_trips;
if (tot_add > 0.5) {
Write (1, String ("Total Number of Trips Added = %.0lf") % tot_add);
}
if (tot_del > 0.5) {
Write (1, String ("Total Number of Trips Deleted = %.0lf") % tot_del);
}
Write (1, "Number of Trips Not Allocated = ") << tot_errors;
Write (2, "Number of Households Generated = ") << new_hholds;
Write (1, "Number of Persons Generated = ") << new_persons;
Write (1, "Number of Vehicles Generated = ") << new_vehicles;
if (problem_flag) {
if (problem_file->Num_Trips () > 0) {
problem_file->Print_Summary ();
}
}
if (zone_sum_flag) {
Zone_Sum_Report ();
}
//---- end the program ----
Report_Problems (tot_trips);
Exit_Stat (DONE);
}
void CheckSurvey::Execute (void)
{
//---- read the household type script ----
if (survey_type_flag) {
Type_Script ();
Flush ();
}
//---- read the household list ----
if (hhlist_flag) {
Household_List ();
}
//---- read the survey files ----
Survey_Households ();
if (weight_flag) {
Survey_Weights ();
}
Survey_Population ();
Survey_Activity ();
//---- print reports ----
for (int i=First_Report (); i != 0; i=Next_Report ()) {
switch (i) {
case SURVEY_TYPE: //---- Survey Type Summary ----
Type_Report ();
break;
case TRIP_LENGTH:
trip_length.Report (TRIP_LENGTH, "Trip Length Summary", "Purpose");
break;
case TOUR_LENGTH:
tour_length.Report (TOUR_LENGTH, "Tour Length Summary", "Purpose");
break;
case TRIP_PURPOSE:
trip_purpose.Report (TRIP_PURPOSE, "Trip Purpose Summary", " ", "Purpose");
break;
case TOUR_PURPOSE:
tour_purpose.Report (TOUR_PURPOSE, "Tour Purpose Summary", "Purpose", "-Stops");
break;
case MODE_LENGTH:
mode_length.Report (MODE_LENGTH, "Mode Length Summary", " Mode");
break;
case MODE_PURPOSE:
mode_purpose.Report (MODE_PURPOSE, "Mode Purpose Summary", " Mode-", "Purpose");
break;
default:
break;
}
}
//---- end the program ----
Print (2, "Number of Households = %d", nhhold);
Print (1, "Number of Persons = %d", nperson);
Print (1, "Number of Workers = %d", nwork);
if (nhhold == 0) nhhold = 1;
Print (2, "Persons per Household = %.2lf", (double) nperson / nhhold);
Print (1, "Workers per Household = %.2lf", (double) nwork / nhhold);
if (nperson == 0) nperson = 1;
if (num_problem > 0 || num_act_gen != num_activity) {
Print (2, "Number of Activities Generated = %d", num_act_gen);
if (num_problem > 0) {
Print (1, "Number of Activities with Problems = %d (%.1lf%%)", num_problem,
(100.0 * num_problem / num_act_gen));
}
Print (1, "Number of Activities Written = %d (%.1lf%%)", num_activity,
(100.0 * num_activity / num_act_gen));
} else {
Print (2, "Number of Activities = %d", num_activity);
}
Print (2, "Activities per Household = %.2lf", (double) num_activity / nhhold);
Print (1, "Activities per Person = %.2lf", (double) num_activity / nperson);
if (nproblem) {
Write (2, "Number of Households with Problems = %d (%.1lf%%)", nproblem,
(100.0 * nproblem / survey_hh_data.Num_Records ()));
}
Report_Problems ();
Exit_Stat (DONE);
}
