simba package¶

Submodules¶

simba.consumption module¶

simba.costs module¶

simba.optimization module¶

Collection of procedures optimizing arbitrary parameters of a bus schedule or infrastructure.

simba.optimization.service_optimization(schedule, scenario, args)¶

Optimize rotations based on feasability.: Try to find sets of rotations that produce no negative SoC

Parameters:

schedule (simba.Schedule) – Schedule to be optimized
scenario (spice_ev.Scenario) – Simulated schedule
args (argparse.Namespace) – Command line arguments

Returns:

original and most optimized scenario (highest electrification rate)

Return type:

dict of tuple of schedule and spice_ev.Scenario

simba.optimizer_util module¶

simba.report module¶

simba.rotation module¶

class simba.rotation.Rotation(id, vehicle_type, schedule)¶

Bases: object

add_trip(trip)¶

Create a trip object and append to rotations trip set

Parameters:: trip (dict) – Information on trip to be added to rotation
Raises:: Exception – if charging type of trip and rotation differ

calculate_consumption()¶

Calculate consumption of this rotation and all its trips.

Returns:: Consumption of rotation [kWh]
Return type:: float

set_charging_type(ct)¶

Change charging type of either all or specified rotations. Adjust minimum standing time: at depot after completion of rotation.

Parameters:: ct (str) – Choose this charging type wheneever possible. Either ‘depb’ or ‘oppb’.

simba.schedule module¶

simba.simulate module¶

simba.station_optimization module¶

simba.station_optimizer module¶

simba.trip module¶

class simba.trip.Trip(rotation, departure_time, departure_name, arrival_time, arrival_name, distance, **kwargs)¶