def test_astral_dusk_correctness(location, dusk):
location = Location(**location)
date = datetime.date(*dusk[:3])
calculated_dusk = round_datetime(location.dusk(date))
assert calculated_dusk == datetime.datetime(*dusk,
tzinfo=calculated_dusk.tzinfo)
def test_astral_sunset_correctness(location, sunset):
location = Location(**location)
date = datetime.date(*sunset[:3])
calculated_sunset = round_datetime(location.sunset(date))
assert calculated_sunset == datetime.datetime(*sunset,
tzinfo=calculated_sunset.tzinfo)
def test_is_light(location, datetime, is_dark):
datetime = LightAwareDatetime(pd.to_datetime(datetime),
Location(**location))
assert datetime.is_dark() == is_dark
def test_geocoding():
locations = Location.geolocate("Durham")
assert len(locations) == 6
assert Location(latitude=35.9940329, longitude=-78.898619) in locations
def test_geocoding():
locations = Location.geolocate("Durham")
assert len(locations) == 6
assert Location(latitude=35.9940329, longitude=-78.898619) in locations
def test_elevation():
location = Location(name="Durham, NC",
latitude=35.9940329,
longitude=-78.898619)
assert location.elevation == 120
def test_timezone():
location = Location(name="Durham, NC",
latitude=35.9940329,
longitude=-78.898619)
assert location.timezone == "America/New_York"