def test_convert_aircraft_props():
"""Tests for convert_aircraft_props"""
ac_props = props.AircraftProperties(
aircraft_type="A380",
altitude=types.Altitude(18_500),
callsign=types.Callsign("TEST"),
cleared_flight_level=types.Altitude("FL225"),
ground_speed=types.GroundSpeed(23),
heading=types.Heading(47),
initial_flight_level=types.Altitude(18_500),
position=types.LatLon(43.8, 123.4),
requested_flight_level=types.Altitude(25_000),
route_name=None,
vertical_speed=types.VerticalSpeed(32),
)
converted = utils.convert_aircraft_props(ac_props)
assert isinstance(converted, dict)
assert len(converted) == 1
converted_props = converted["TEST"]
assert len(converted_props) == 9
assert converted_props["actype"] == "A380"
assert converted_props["cleared_fl"] == 22_500
assert converted_props["current_fl"] == 18_500
assert converted_props["gs"] == 23.0
assert converted_props["hdg"] == 47
assert converted_props["lat"] == 43.8
assert converted_props["lon"] == 123.4
assert converted_props["requested_fl"] == 25_000
assert converted_props["vs"] == 32.0
def _convert_to_ac_props(
self,
data: dict,
) -> Union[Dict[types.Callsign, props.AircraftProperties], str]:
ac_props = {}
try:
for i in range(len(data["id"])):
callsign = types.Callsign(data["id"][i])
ac_props[callsign] = props.AircraftProperties(
aircraft_type=data["actype"][i],
altitude=types.Altitude(data["alt"][i] / METERS_PER_FOOT),
callsign=callsign,
cleared_flight_level=None,
ground_speed=types.GroundSpeed(int(data["gs"][i])),
heading=types.Heading(int(data["trk"][i])),
initial_flight_level=None,
position=types.LatLon(data["lat"][i], data["lon"][i]),
requested_flight_level=None,
route_name=None,
vertical_speed=types.VerticalSpeed(
int(data["vs"][i] * 60 / METERS_PER_FOOT)),
)
return ac_props
except Exception:
return f"Error parsing ac data from stream: {traceback.format_exc()}"
def test_aircraft_properties_from_data():
aircraft_data = TEST_SCENARIO["aircraft"][0]
assert AircraftProperties.from_data(aircraft_data) == AircraftProperties(
aircraft_type=aircraft_data["type"],
altitude=types.Altitude(f'FL{aircraft_data["currentFlightLevel"]}'),
callsign=types.Callsign(aircraft_data["callsign"]),
cleared_flight_level=types.Altitude(
f'FL{aircraft_data["clearedFlightLevel"]}'),
ground_speed=None,
heading=None,
initial_flight_level=types.Altitude(
f'FL{aircraft_data["currentFlightLevel"]}'),
position=types.LatLon(aircraft_data["startPosition"][1],
aircraft_data["startPosition"][0]),
requested_flight_level=types.Altitude(
f'FL{aircraft_data["requestedFlightLevel"]}'),
route_name=None,
vertical_speed=None,
)
def from_data(cls, data: Dict[str, Any]) -> "AircraftProperties":
"""
Create an AircraftProperties from the current sector element and an "aircraft"
object from the scenario json
"""
return cls(
aircraft_type=data["type"],
altitude=types.Altitude(data["currentFlightLevel"]),
callsign=types.Callsign(data["callsign"]),
cleared_flight_level=types.Altitude(data["clearedFlightLevel"]),
ground_speed=None,
# TODO(rkm 2020-01-22) Check if we should know the initial heading here
heading=None,
position=types.LatLon(data["startPosition"][1],
data["startPosition"][0]),
requested_flight_level=types.Altitude(
data["requestedFlightLevel"]),
route_name=None,
vertical_speed=None,
initial_flight_level=types.Altitude(data["currentFlightLevel"]),
)
def _parse_aircraft_properties(
ac_props: dict,
) -> Union[props.AircraftProperties, str]:
try:
# TODO Not currently available: gs, hdg, pos, vs
return props.AircraftProperties(
aircraft_type=ac_props["flight-data"]["type"],
altitude=types.Altitude(f'FL{ac_props["pos"]["afl"]}'),
callsign=types.Callsign(ac_props["flight-data"]["callsign"]),
cleared_flight_level=None,
ground_speed=types.GroundSpeed(ac_props["pos"]["speed"]),
heading=types.Heading(0),
initial_flight_level=None,
position=types.LatLon(ac_props["pos"]["lat"], ac_props["pos"]["long"]),
requested_flight_level=None,
route_name=None,
vertical_speed=types.VerticalSpeed(0),
)
except Exception:
return f"Error parsing AircraftProperties: {traceback.format_exc()}"
Tests for BlueBird's built-in metrics (provided by Aviary)
"""
from unittest import mock
import pytest
import bluebird.metrics.bluebird.metrics as metrics
import bluebird.utils.properties as props
import bluebird.utils.types as types
from bluebird.utils.abstract_aircraft_controls import AbstractAircraftControls
_TEST_CALLSIGN_1 = "TEST1"
_TEST_CALLSIGN_2 = "TEST2"
_TEST_PROPS = props.AircraftProperties(
aircraft_type="A380",
altitude=types.Altitude("FL185"),
callsign=_TEST_CALLSIGN_1,
cleared_flight_level=types.Altitude("FL234"),
ground_speed=types.GroundSpeed(160),
heading=types.Heading(128),
initial_flight_level=types.Altitude("FL185"),
position=types.LatLon(23, 45),
requested_flight_level=types.Altitude("FL250"),
route_name=None,
vertical_speed=types.VerticalSpeed(120),
)
def test_pairwise_separation_metric():
"""
Tests the pairwise_separation_metric function