int Router::Kiss_Ride_Return (Vehicle_Data *veh_ptr)
{
int stat, acc;
Trip_End_Data des;
Location_Data *loc_ptr;
Access_Data *access_ptr;
des = trip_des;
//---- transit to the vehicle ----
if (veh_ptr->Location () == 0) return (Set_Problem (ACCESS_PROBLEM));
acc = parking_egress [veh_ptr->Location ()]->To_List ();
if (acc == 0) return (Set_Problem (ACCESS_PROBLEM));
access_ptr = access_data [acc];
loc_ptr = location_data [access_ptr->From_ID ()];
trip_des.Cum (MAX_INTEGER);
trip_des.Rec (access_ptr->From_ID ());
trip_des.ID (loc_ptr->ID ());
trip_des.Link (loc_ptr->Link ());
trip_des.Offset (loc_ptr->Offset ());
trip_des.Type (LOCATION_ID);
stat = Transit_Plan ();
if (stat) return (stat);
//---- build the drive path ----
trip_org = trip_des;
trip_des = des;
return (Drive_Plan ((Use_Type) veh_ptr->Type (), veh_ptr));
}
int Path_Builder::Build_Path (int lot)
{
walk_flag = (path_param.max_walk != 0);
bike_flag = (path_param.max_bike != 0);
wait_flag = (path_param.max_wait != 0);
rail_bias_flag = (path_param.rail_bias != 1.0 || path_param.rail_const != 0);
brt_bias_flag = (path_param.brt_bias != 1.0 || path_param.brt_const != 0);
bus_bias_flag = (path_param.bus_bias != 1.0 || path_param.bus_const != 0);
turn_flag = (path_param.left_imped > 0 || path_param.right_imped > 0 || path_param.uturn_imped > 0);
random_flag = (path_param.random_imped > 0);
unsigned id = (unsigned) plan_ptr->Household () + plan_ptr->Person () + plan_ptr->Tour () + plan_ptr->Trip ();
path_param.random.Seed ((unsigned) exe->Random_Seed () + id);
if (parking_duration == 0) {
parking_duration = path_param.parking_duration;
}
if (plan_flag && !path_param.ignore_time) {
if (forward_flag) {
time_limit = plan_ptr->End () + path_param.end_time;
} else {
time_limit = plan_ptr->Start () - path_param.end_time;
if (time_limit < min_time_limit) time_limit = min_time_limit;
}
}
lane_use_delay.clear ();
//---- build the path ----
max_imp = MAX_IMPEDANCE;
imp_diff = 0;
time_flag = dist_flag = length_flag = zero_flag = wait_time_flag = use_flag = constraint_flag = false;
transfer_flag = local_acc_flag = reset_veh_flag = walk_acc_flag = park_flag = access_flag = false;
switch (path_param.mode) {
case WALK_MODE: //---- walk ----
path_param.use = WALK;
return (Node_Plan ());
case BIKE_MODE: //---- bike ----
path_param.use = BIKE;
return (Node_Plan ());
case DRIVE_MODE: //---- drive ----
return (Drive_Plan (lot));
case RIDE_MODE: //---- ride ----
return (Magic_Move ());
case TRANSIT_MODE: //---- walk to transit ----
return (Transit_Plan ());
case PNR_OUT_MODE: //---- drive to transit ----
case PNR_IN_MODE: //---- transit to drive ----
case KNR_OUT_MODE: //---- ride to transit ----
case KNR_IN_MODE: //---- transit to ride ----
return (Drive_Transit_Plan (lot));
case TAXI_MODE: //---- magic move ----
path_param.use = HOV2;
return (Drive_Plan (-1));
case OTHER_MODE: //---- school bus ----
return (Magic_Move ());
case HOV2_MODE: //---- carpool 2+ ----
path_param.use = HOV2;
return (Drive_Plan (lot));
case HOV3_MODE: //---- carpool 3+ ----
path_param.use = HOV3;
return (Drive_Plan (lot));
case HOV4_MODE: //---- carpool 4+ ----
path_param.use = HOV4;
return (Drive_Plan (lot));
default:
return (MODE_PROBLEM);
}
}
