def test_clouds(self):
"""
Tests translating each cloud into a single string
"""
self.assertEqual(translate.clouds(None), '')
self.assertEqual(translate.clouds([]), 'Sky clear')
for clouds, translation in (
(['BKN','FEW020'], 'Few clouds at 2000ft'),
(['OVC030','SCT100'], 'Overcast layer at 3000ft, Scattered clouds at 10000ft'),
(['BKN015CB'], 'Broken layer at 1500ft (Cumulonimbus)'),
):
clouds = [core.make_cloud(cloud) for cloud in clouds]
self.assertEqual(translate.clouds(clouds), translation + ' - Reported AGL')
def test_clouds(self):
"""
Tests translating each cloud into a single string
"""
self.assertEqual(translate.clouds(None), '')
self.assertEqual(translate.clouds([]), 'Sky clear')
for clouds, translation in (
(['BKN', 'FEW020'], 'Few clouds at 2000ft'),
(['OVC030', 'SCT100'],
'Overcast layer at 3000ft, Scattered clouds at 10000ft'),
(['BKN015CB'], 'Broken layer at 1500ft (Cumulonimbus)'),
):
clouds = [core.make_cloud(cloud) for cloud in clouds]
self.assertEqual(translate.clouds(clouds),
translation + ' - Reported AGL')
def taf_line(line: TafLineData, units: Units) -> str:
"""
Convert TafLineData into a string for text-to-speech
"""
speech = []
start = type_and_times(line.type, line.start_time, line.end_time,
line.probability)
if line.wind_direction and line.wind_speed:
speech.append(
wind(
line.wind_direction,
line.wind_speed,
line.wind_gust,
unit=units.wind_speed,
))
if line.wind_shear:
speech.append(
wind_shear(line.wind_shear, units.altimeter, units.wind_speed))
if line.visibility:
speech.append(visibility(line.visibility, units.visibility))
if line.altimeter:
speech.append(altimeter(line.altimeter, units.altimeter))
if line.other:
speech.append(other(line.other))
speech.append(
translate.clouds(line.clouds,
units.altitude).replace(" - Reported AGL", ""))
if line.turbulance:
speech.append(translate.turb_ice(line.turbulance, units.altitude))
if line.icing:
speech.append(translate.turb_ice(line.icing, units.altitude))
return start + " " + (". ".join([l
for l in speech if l])).replace(",", ".")
def metar(data: MetarData, units: Units) -> str:
"""
Convert MetarData into a string for text-to-speech
"""
speech = []
if data.wind_direction and data.wind_speed:
speech.append(
wind(
data.wind_direction,
data.wind_speed,
data.wind_gust,
data.wind_variable_direction,
units.wind_speed,
))
if data.visibility:
speech.append(visibility(data.visibility, units.visibility))
if data.temperature:
speech.append(
temperature("Temperature", data.temperature, units.temperature))
if data.dewpoint:
speech.append(
temperature("Dew point", data.dewpoint, units.temperature))
if data.altimeter:
speech.append(altimeter(data.altimeter, units.altimeter))
if data.other:
speech.append(other(data.other))
speech.append(
translate.clouds(data.clouds,
units.altitude).replace(" - Reported AGL", ""))
return (". ".join([l for l in speech if l])).replace(",", ".")
def metar(wxdata: {str: object}) -> str:
"""
Convert wxdata into a string for text-to-speech
"""
_data = deepcopy(wxdata)
units = deepcopy(wxdata['Units'])
speech = []
if _data['Wind-Direction'] and _data['Wind-Speed']:
speech.append(
wind(_data['Wind-Direction'], _data['Wind-Speed'],
_data['Wind-Gust'], _data['Wind-Variable-Dir'],
units['Wind-Speed']))
if _data['Visibility']:
speech.append(visibility(_data['Visibility'], units['Visibility']))
if _data['Temperature']:
speech.append(
temperature('Temperature', _data['Temperature'],
units['Temperature']))
if _data['Dewpoint']:
speech.append(
temperature('Dew point', _data['Dewpoint'], units['Temperature']))
if _data['Altimeter']:
speech.append(altimeter(_data['Altimeter'], units['Altimeter']))
if _data['Other-List']:
speech.append(other(_data['Other-List']))
speech.append(
translate.clouds(_data['Cloud-List'],
units['Altitude']).replace(' - Reported AGL', ''))
return ('. '.join([l for l in speech if l])).replace(',', '.')
def test_clouds(self):
"""
Tests translating each cloud into a single string
"""
self.assertEqual(translate.clouds(None), "")
self.assertEqual(translate.clouds([]), "Sky clear")
for clouds, translation in (
(["BKN", "FEW020"], "Few clouds at 2000ft"),
(
["OVC030", "SCT100"],
"Overcast layer at 3000ft, Scattered clouds at 10000ft",
),
(["BKN015CB"], "Broken layer at 1500ft (Cumulonimbus)"),
):
clouds = [_core.make_cloud(cloud) for cloud in clouds]
self.assertEqual(translate.clouds(clouds),
translation + " - Reported AGL")
def metar(data: MetarData, units: Units) -> str:
"""
Convert MetarData into a string for text-to-speech
"""
speech = []
if data.wind_direction and data.wind_speed:
speech.append(wind(data.wind_direction, data.wind_speed,
data.wind_gust, data.wind_variable_direction,
units.wind_speed))
if data.visibility:
speech.append(visibility(data.visibility, units.visibility))
if data.temperature:
speech.append(temperature('Temperature', data.temperature, units.temperature))
if data.dewpoint:
speech.append(temperature('Dew point', data.dewpoint, units.temperature))
if data.altimeter:
speech.append(altimeter(data.altimeter, units.altimeter))
if data.other:
speech.append(other(data.other))
speech.append(translate.clouds(data.clouds,
units.altitude).replace(' - Reported AGL', ''))
return ('. '.join([l for l in speech if l])).replace(',', '.')
def taf_line(line: TafLineData, units: Units) -> str:
"""
Convert TafLineData into a string for text-to-speech
"""
speech = []
start = type_and_times(line.type, line.start_time, line.end_time, line.probability)
if line.wind_direction and line.wind_speed:
speech.append(wind(line.wind_direction, line.wind_speed,
line.wind_gust, unit=units.wind_speed))
if line.wind_shear:
speech.append(wind_shear(line.wind_shear, units.altimeter, units.wind_speed))
if line.visibility:
speech.append(visibility(line.visibility, units.visibility))
if line.altimeter:
speech.append(altimeter(line.altimeter, units.altimeter))
if line.other:
speech.append(other(line.other))
speech.append(translate.clouds(line.clouds,
units.altitude).replace(' - Reported AGL', ''))
if line.turbulance:
speech.append(translate.turb_ice(line.turbulance, units.altitude))
if line.icing:
speech.append(translate.turb_ice(line.icing, units.altitude))
return start + ' ' + ('. '.join([l for l in speech if l])).replace(',', '.')
