void ArcRider::Execute (void)
{
//---- read the network ----
Data_Service::Execute ();
//---- write the line demands ----
if (line_flag) {
Write_Route ();
}
//---- write the line groups ----
if (sum_flag) {
Write_Sum ();
}
//---- allocate transit memory ----
if (rider_flag || on_off_flag) {
Setup_Riders ();
Sum_Riders ();
}
//---- write ridership shapes ----
if (rider_flag) {
Write_Riders ();
}
//---- write transit stops file ----
if (on_off_flag) {
if (demand_flag) Write_Stops ();
if (group_flag) Write_Group ();
}
//---- write run capacity file ----
if (cap_flag) {
Write_Capacity ();
}
Write (1);
if (line_flag) Write (1, "Number of Line Demand Shape Records = ") << num_line;
if (sum_flag) Write (1, "Number of Line Group Shape Records = ") << num_sum;
if (rider_flag) Write (1, "Number of Ridership Shape Records = ") << num_rider;
if (demand_flag) Write (1, "Number of Stop Demand Shape Records = ") << num_stop;
if (group_flag) Write (1, "Number of Stop Group Shape Records = ") << num_group;
if (cap_flag) Write (1, "Number of Run Capacity Shape Records = ") << num_cap;
Exit_Stat (DONE);
}
void PlanSum::Execute (void)
{
int nfile, i, j, num;
//---- read the network ----
Demand_Service::Execute ();
//---- prepare data ----
Data_Preparation ();
//---- read the household list ----
if (hhlist_flag) {
Read_HHList ();
}
//---- read the household person count ----
if (count_flag) {
Read_Count ();
}
//---- read the plan file ----
for (nfile=0; ; nfile++) {
if (!plan_file.Open (nfile)) break;
if (update_flag) {
if (!new_plan_file.Open (nfile)) {
Error ("Opening %s", new_plan_file.File_Type ());
}
}
//---- process the plan files ----
Read_Plans ();
}
if (nfile == 0) {
File_Error ("No Plan Files were Found", plan_file.Filename ());
}
//---- write summary statistics ----
Break_Check (6);
Write (2, "Number of Plan Files = %d", nfile);
Write (1, "Number of Input Plans = %d", plan_file.Num_Plans ());
Write (1, "Number of Input Records = %d", plan_file.Num_Records ());
Write (1, "Number of Input Travelers = %d", plan_file.Num_Travelers ());
Write (1, "Number of Input Trips = %d", plan_file.Num_Trips ());
if (update_flag) {
Break_Check (5);
Write (2, "Number of Output Plans = %d", new_plan_file.Num_Plans ());
Write (1, "Number of Output Records = %d", new_plan_file.Num_Records ());
Write (1, "Number of Output Travelers = %d", new_plan_file.Num_Travelers ());
Write (1, "Number of Output Trips = %d", new_plan_file.Num_Trips ());
}
Write (1);
//---- write the volume file ----
if (volume_flag) {
Write_Volume ();
}
//---- write the trip time file ----
if (time_flag) {
Diurnal_Distribution ();
}
//---- write the link delay file ----
if (delay_out) {
Link_Delay ();
}
//---- transit ridership output ----
if (transit_flag) {
if (Demand_File_Flag (NEW_RIDERSHIP)) {
Write_Riders ();
}
}
//---- write the skim file ----
if (skim_flag) {
if (time_skim_flag) {
if (length_flag) {
Write_Time_Length ();
} else {
Write_Time ();
}
} else {
Write_Skim ();
}
}
//---- write the trip table ----
if (trip_flag) {
Write_Trips ();
}
//---- write the turn movements ----
if (turn_flag) {
Write_Turns ();
}
//---- print reports ----
Show_Message ("Writing Performance Reports");
for (i=First_Report (); i != 0; i=Next_Report ()) {
switch (i) {
case TOP_100: //---- Top 100 V/C Ratio Report ----
Top_100_Report ();
break;
case VC_RATIO: //---- All V/C Ratios Greater Than x.xx ---
VC_Ratio (Report_Data ());
break;
case LINK_GROUP: //---- Link Group Report -----
Link_Group (Report_Data ());
break;
case SUM_RIDERS: //---- Transit Ridership Report ----
Transit_Report ();
break;
case SUM_STOPS: //---- Transit Stop Report ----
Stop_Report ();
break;
case SUM_TRANSFERS: //---- Transit Transfer Report ----
Transfer_Report (0);
break;
case XFER_DETAILS: //---- Transit Transfer Details ----
num = time_periods.Num_Ranges () * 2 + 1;
for (j=1; j < num; j++) {
Transfer_Report (j);
}
break;
case STOP_GROUP: //---- Transit Stop Group Report ----
Stop_Group_Report ();
break;
case SUM_PASSENGERS: //---- Transit Passenger Summary ----
Passenger_Report ();
break;
case RIDER_GROUP: //---- Transit Link Group Summary ----
Rider_Group ();
break;
case TRIP_TIME: //---- Trip Time Report ----
Trip_Time ();
break;
case SUM_TRAVEL: //---- Travel Summary Report ----
Travel_Report ();
break;
default:
break;
}
}
Exit_Stat (DONE);
}
void ArcPlan::Execute (void)
{
int nfile;
//---- read the network ----
Demand_Service::Execute ();
//---- allocate bandwidth memory ----
if (width_flag) {
int ndir = dir_data.Num_Records () + 1;
width_data = new int [ndir];
if (width_data == NULL) {
Error ("Insufficient Memory for Bandwidth Data");
}
memset (width_data, '\0', ndir * sizeof (int));
}
//---- allocate contour memory ----
if (time_flag || distance_flag) {
int ndir = dir_data.Num_Records () + 1;
link_flag = new bool [ndir];
if (link_flag == NULL) {
Error ("Insufficient Memory for Contour Data");
}
memset (link_flag, '\0', ndir * sizeof (bool));
}
//---- allocate transit memory ----
if (rider_flag || on_off_flag) {
Setup_Riders ();
}
//---- allocate parking memory ----
if (parking_flag) {
int nlots = parking_offset.Num_Records () + 1;
parking_out = new int [nlots];
parking_in = new int [nlots];
if (parking_out == NULL || parking_in == NULL) {
Error ("Insufficient Memory for Parking Demand Data");
}
memset (parking_out, '\0', nlots * sizeof (int));
memset (parking_in, '\0', nlots * sizeof (int));
}
//---- read the household list ----
if (hhlist_flag) {
Read_HHList ();
}
//---- read the problem file ----
if (problem_flag) {
Read_Problem ();
}
//---- read the plan file ----
for (nfile=0; ; nfile++) {
if (!plan_file.Open (nfile)) break;
//---- process the plan files ----
Read_Plan ();
}
if (nfile == 0) {
File_Error ("No Plan Files were Found", plan_file.Filename ());
}
if (plan_flag) {
arcview_plan.Close ();
}
if (time_flag) {
arcview_time.Close ();
}
if (distance_flag) {
arcview_distance.Close ();
}
if (access_flag) {
arcview_access.Close ();
}
//---- write bandwidth shapes ----
if (width_flag) {
Write_Bandwidth ();
}
//---- write ridership shapes ----
if (rider_flag) {
Write_Riders ();
}
//---- write transit stops file ----
if (on_off_flag) {
if (demand_flag) Write_Stops ();
if (group_flag) Write_Group ();
}
//---- write parking lots file ----
if (parking_flag) {
Write_Parking ();
}
//---- write summary statistics ----
Break_Check (9);
Write (2, "Number of Plan Files = %d", nfile);
Write (1, "Number of Input Plans = %d", plan_file.Num_Plans ());
Write (1, "Number of Input Records = %d", plan_file.Num_Records ());
Write (1, "Number of Input Travelers = %d", plan_file.Num_Travelers ());
Write (1, "Number of Input Trips = %d", plan_file.Num_Trips ());
Write (1);
if (plan_flag) Write (1, "Number of ArcView Plan Shape Records = %d", num_out);
if (problem_flag) Write (1, "Number of ArcView Problem Shape Records = %d", num_problem);
if (width_flag) Write (1, "Number of ArcView Bandwidth Shape Records = %d", num_width);
if (time_flag) Write (1, "Number of ArcView Time Contour Shape Records = %d", num_time);
if (distance_flag) Write (1, "Number of ArcView Distance Contour Shape Records = %d", num_distance);
if (access_flag) Write (1, "Number of ArcView Accessibility Shape Records = %d", num_access);
if (rider_flag) Write (1, "Number of ArcView Ridership Shape Records = %d", num_rider);
if (demand_flag) Write (1, "Number of ArcView Stop Demand Shape Records = %d", num_stop);
if (group_flag) Write (1, "Number of ArcView Stop Group Shape Records = %d", num_group);
if (parking_flag) Write (1, "Number of ArcView Parking Demand Shape Records = %d", num_parking);
Exit_Stat (DONE);
}
