Simulation data objects used in PT

allow_vehicle_lateboolean

calculation_parameters object

commute_offer_name_prefixstring

dropoff_max_walking_distances_first_stage object

bus_stopinteger

dropoff_max_walking_distances_for_waypoint_nodes_first_stage object

bus_stopinteger

dropoff_max_walking_distances_second_stage object

bus_stopinteger

engine_settings_params object

update_calculation_parameters object

cvrptw_artificial_nodes_per_vehicleinteger

update_model_parameters object

vehicle_costsinteger

Overrides vehicle cost for a simulation. If zero, removes vehicle cost from the optimization cost function.

update_solver_parameters object

guided_local_search_lambda_coefficientnumber

first_solution_strategiesinteger[]

geofence_vehicles_priorityboolean

log_searchboolean

max_pool_sizeinteger

node_weight_coeffnumber

Node weight used with walking enabled for a simulation

pickup_max_walking_distances_first_stage object

virtual_stopinteger

pickup_max_walking_distances_for_artificial_nodes object

virtual_stopinteger

pickup_max_walking_distances_for_waypoint_nodes_first_stage object

virtual_stopinteger

pickup_max_walking_distances_second_stage object

virtual_stopinteger

shifts_solver_max_retriesinteger

time_limit_ms_1st_phaseinteger

time_limit_ms_2nd_phaseinteger

waypoints_calculation_chunk_sizeinteger

use_path_equalizerboolean

If enabled, the algorythm is trying to assigned the number of bookings for all enabled vehicles. This setting is applicable with JIT operations.

Default value: false

path_equalizer_weightinteger

Adds to cost function variance of number of nodes across all vehicles * path_equalizer_weight, applicable together with use_path_equalizer enabled.

departure_by_shiftsboolean

departure_by_shifts_directionstring

departure_by_shifts_schedule object[]

Array [

arrive_tsnull

batch_calculation object

time_limit_msinteger

tsstring

departure_tsstring

is_processedboolean

shift_typestring

]

dropoff_nearest_if_none_stop_typesobject[]

enable_fleet_maximisationboolean

make_depot_zeroboolean

max_distance_to_neighbor_stopsinteger

Defines the maximum distance a passenger will walk to a waypoint for pickup

max_possible_latenessinteger

mixed_fleetboolean

offer_auto_cancellation_timeoutnull

one_by_one_calculationboolean

reverse_shrink_time_deltanull

send_vehicle_assignment_only_on_offer_acceptanceboolean

send_vehicle_cancellation_updatesboolean

shrink_time_deltanull

start_time_end_time_limitationsboolean

use_local_search_metaheuristicboolean

use_mixed_time_matrixboolean

use_walking_time_to_reduce_time_windowsboolean

vehicle_driving_sidestring

vehicle_filter_zero_coordinatesboolean

vehicle_filter_zero_coordinates_only_after_booking_start_timeboolean

vehicle_filter_zero_coordinates_only_after_start_timeboolean

vehicle_gps_timeoutnull

vehicle_selection_arrive_earlier_secondsinteger

vehicle_selection_bearing_pointnull

vehicle_selection_by_distance_fallback_radius_mnull

vehicle_selection_by_emptinessboolean

vehicle_selection_by_remotenessboolean

vehicle_selection_by_shiftsboolean

vehicle_selection_in_serviceboolean

vehicle_selection_in_useboolean

vehicle_shift_distanceinteger

workload_distribution_strategiesobject[]

workload_distribution_vehicle_cost_factornull

max_number_of_neighbor_stopsinteger

If walking is enabled for operations, this parameter controls maximum number of stops that the system will consider in proximity of the requested pickup location

waiting_time_cost_factornumber

Supported only for on demand operations. Sets cost for the waiting time for a passenger

trip_costnumber

Trip cost is a coefficient to the passenger trip duration. Default value is 0. By increasing trip cost, it adds the weightage of passenger trip duration onto overall cost function. If >0, ensures that trip duration is a part of the cost function. If zero, removes trip cost from the optimization cost function.

first_solution_strategiesFirst solutions strategies (string)[]

Allows the logistics pipelien to run multiple solutions at the same time with differnet first solution strategies. Then as a restult of optimization, the solution with the lowest cost is selected.

Possible values: [AUTOMATIC, GLOBAL_CHEAPEST_ARC, LOCAL_CHEAPEST_ARC, PATH_CHEAPEST_ARC, PATH_MOST_CONSTRAINED_ARC, EVALUATOR_STRATEGY, ALL_UNPERFORMED, BEST_INSERTION, PARALLEL_CHEAPEST_INSERTION, LOCAL_CHEAPEST_INSERTION, SAVINGS, SWEEP, FIRST_UNBOUND_MIN_VALUE, CHRISTOFIDES, SEQUENTIAL_CHEAPEST_INSERTION, ADJUSTABLE_PARALLEL_CHEAPEST_INSERTION, LOGISTICS_PARALLEL_CHEAPEST_INSERTION]

Simulation data objects used in PT

{
  "allow_vehicle_late": true,
  "calculation_parameters": {
    "commute_offer_name_prefix": "string",
    "dropoff_max_walking_distances_first_stage": {
      "bus_stop": 0
    },
    "dropoff_max_walking_distances_for_waypoint_nodes_first_stage": {
      "bus_stop": 0
    },
    "dropoff_max_walking_distances_second_stage": {
      "bus_stop": 0
    },
    "engine_settings_params": {
      "update_calculation_parameters": {
        "cvrptw_artificial_nodes_per_vehicle": 0
      },
      "update_model_parameters": {
        "vehicle_costs": 0
      },
      "update_solver_parameters": {
        "guided_local_search_lambda_coefficient": 0
      }
    },
    "first_solution_strategies": [
      0
    ],
    "geofence_vehicles_priority": true,
    "log_search": true,
    "max_pool_size": 0,
    "node_weight_coeff": 0,
    "pickup_max_walking_distances_first_stage": {
      "virtual_stop": 0
    },
    "pickup_max_walking_distances_for_artificial_nodes": {
      "virtual_stop": 0
    },
    "pickup_max_walking_distances_for_waypoint_nodes_first_stage": {
      "virtual_stop": 0
    },
    "pickup_max_walking_distances_second_stage": {
      "virtual_stop": 0
    },
    "shifts_solver_max_retries": 0,
    "time_limit_ms_1st_phase": 0,
    "time_limit_ms_2nd_phase": 0,
    "waypoints_calculation_chunk_size": 0,
    "use_path_equalizer": false,
    "path_equalizer_weight": 0
  },
  "departure_by_shifts": true,
  "departure_by_shifts_direction": "string",
  "departure_by_shifts_schedule": [
    {
      "arrive_ts": "null",
      "batch_calculation": {
        "time_limit_ms": 0,
        "ts": "string"
      },
      "departure_ts": "string",
      "is_processed": true,
      "shift_type": "string"
    }
  ],
  "dropoff_nearest_if_none_stop_types": [
    {}
  ],
  "enable_fleet_maximisation": true,
  "make_depot_zero": true,
  "max_distance_to_neighbor_stops": 0,
  "max_possible_lateness": 0,
  "mixed_fleet": true,
  "offer_auto_cancellation_timeout": "null",
  "one_by_one_calculation": true,
  "reverse_shrink_time_delta": "null",
  "send_vehicle_assignment_only_on_offer_acceptance": true,
  "send_vehicle_cancellation_updates": true,
  "shrink_time_delta": "null",
  "start_time_end_time_limitations": true,
  "use_local_search_metaheuristic": true,
  "use_mixed_time_matrix": true,
  "use_walking_time_to_reduce_time_windows": true,
  "vehicle_driving_side": "string",
  "vehicle_filter_zero_coordinates": true,
  "vehicle_filter_zero_coordinates_only_after_booking_start_time": true,
  "vehicle_filter_zero_coordinates_only_after_start_time": true,
  "vehicle_gps_timeout": "null",
  "vehicle_selection_arrive_earlier_seconds": 0,
  "vehicle_selection_bearing_point": "null",
  "vehicle_selection_by_distance_fallback_radius_m": "null",
  "vehicle_selection_by_emptiness": true,
  "vehicle_selection_by_remoteness": true,
  "vehicle_selection_by_shifts": true,
  "vehicle_selection_in_service": true,
  "vehicle_selection_in_use": true,
  "vehicle_shift_distance": 0,
  "workload_distribution_strategies": [
    {}
  ],
  "workload_distribution_vehicle_cost_factor": "null",
  "max_number_of_neighbor_stops": 0,
  "waiting_time_cost_factor": 0,
  "trip_cost": 0,
  "first_solution_strategies": [
    "AUTOMATIC"
  ]
}