def __init__(self, master=None):
super().__init__(master)
self.master = master
self.pack()
self.create_widgets()
self.w = weather.Weather()
def amb_temp(self, timestep):
"""ambient temperature surrounding tank
# if location of storage is inside
# then a 15 deg ambient condition is assumed
# elif location is outside then outdoor temperature is used
Arguments:
timestep {int} --
Returns:
float -- ambient temp surrounding tank degC
"""
if self.location == 'Outside':
w = weather.Weather(
air_temperature=self.air_temperature).hot_water_tank()
ambient_temp = w['air_temperature']['air_temperature'][timestep]
elif self.location == 'Inside ':
ambient_temp = 15.0
else:
print('Error in location definition')
return ambient_temp
def bot_reply(self):
if '!! about' in self.user_message:
return "Big fella! you not been talkin to me enough big fella, I am the teenage chatbot here to assist you. To see my commands type '!! help'"
if '!! help' in self.user_message:
return """
(!! about): gives you a description of who I am\n
(!! help): gives you the list of all the commands\n
(!! say)<something>: I will say anything you tell me to following that command\n
(!! dior): I will recite the first bar of pop smokes song dior #RIPpopSmoke\n
(!! me)<something>: I will say whatever you tell me to followed by "yea thatss meee!"\n
(!! weather man weather man): Gives the current weather report in baltimore\n
"""
if '!! dior' in self.user_message:
return """Said I'm never lackin', always pistol packing
With them automatics, we gon' send him to heaven
Wait, wait, wait, wait, aye, aye, woo (aw, s**t), huh (ha ha)
Oh you feelin' sturdy, huh? (you feelin' sturdy, man)
Shake some
Shake it huh, shake it huh, shake it huh"""
if '!! say' in self.user_message:
replyIndex = 6 + self.user_message.find('!! say')
return self.user_message[replyIndex:]
if '!! me' in self.user_message:
replyIndex = 5 + self.user_message.find('!! me')
return self.user_message[replyIndex:] + " yea thatss meee!"
if '!! weather man weather man' in self.user_message:
w = weather.Weather()
return "yea thass mee!\n" + w.get_weather()
if '!!' in self.user_message:
return "I noticed your message contained '!!' You're either really excited or.. you want to use a command. To see the commands type in '!! help'"
def weather_label(self):
value_str = str()
wea_dic = dict()
self.weastr = tkinter.StringVar()
with open("data/user_info.json", "r") as file:
data = json.loads(file.read())
if not data["city"]:
city = "成都"
else:
city = data["city"]
try:
wea_obj = weather.Weather(city)
wea_dic = wea_obj.get_weather()
except:
value_str = "网络出错, 天气无法显示."
wea_lab = tkinter.Label(self.chat_screen,
textvariable=self.weastr,
width=88,
height=1,
bg="white",
anchor="w")
if wea_dic is None:
value_str = "网络出错, 天气无法显示."
else:
for x in wea_dic.items():
if x[0] in ("今日天气", "平均温度", "最高温度", "最低温度", "PM2.5", "空气质量",
"风力"):
value_str += str(x[0]) + ": " + str(x[1]) + " "
self.weastr.set(value_str)
wea_lab.place(x=155, y=10)
def heat_resource(self):
"""accessing the heat resource
takes the hp resource from the weather class
Returns:
dataframe -- ambient temperature for heat source of heat pump
"""
HP_resource = weather.Weather(
air_temperature=self.hp_ambient_temp['air_temperature'],
water_temperature=self.hp_ambient_temp['water_temperature']
).heatpump()
if self.hp_type == 'ASHP':
HP_resource = HP_resource.rename(
columns={'air_temperature': 'ambient_temp'})
return HP_resource[['ambient_temp']]
elif self.hp_type == 'WSHP':
HP_resource = HP_resource.rename(
columns={'water_temperature': 'ambient_temp'})
return HP_resource[['ambient_temp']]
else:
print('ERROR invalid heat pump type')
def main():
logging.basicConfig(filename=LOG_FILE,
level=logging.INFO,
format='%(asctime)s %(message)s')
logging.info("Bustimes starting")
with open('config.yaml') as f:
config = yaml.load(f, Loader=yaml.FullLoader)
weather_api_key = config['weather']['api_key']
lat = config['weather']['latitude']
lng = config['weather']['longitude']
logging.info('Weather API: %s', weather_api_key)
logging.info('Weather latitude: %s', lat)
logging.info('Weather longitude: %s', lng)
weather_service = weather.Weather(weather_api_key, lat, lng)
bus_api_key = config['bus']['api_key']
bus_api_base_url = config['bus']['api_base_url']
bus_data_feed = config['bus']['data_feed']
logging.info('Bus API: %s', bus_api_key)
logging.info("Bus API base URL: %s", bus_api_base_url)
logging.info("Bus API data feed: %s", bus_data_feed)
bus_service = bus.Bus(bus_api_key, bus_api_base_url, bus_data_feed)
window = tk.Tk()
app = BusTimes(window, bus_service, weather_service, config)
window.mainloop()
logging.info("Bustimes exiting")
def __init__(self, team1, team2, length=None):
self.over = False
self.random_weather_flag = False
self.teams = {"away": team1, "home": team2}
self.archetypes = {
team1.name: team1.archetypes,
team2.name: team2.archetypes
}
self.offense_archetypes = {}
self.defense_archetypes = {}
self.inning = 1
self.outs = 0
self.top_of_inning = True
self.last_update = ({}, 0) #this is a ({outcome}, runs) tuple
self.play_has_begun = False
self.owner = None
self.victory_lap = False
if length is not None:
self.max_innings = length
else:
self.max_innings = config()["default_length"]
self.bases = {1: None, 2: None, 3: None}
self.weather = weather.Weather(self)
self.voice = None
self.current_batter = None
for this_team in [team1, team2]:
for this_player in this_team.lineup + this_team.rotation:
if this_player.name in this_team.archetypes.keys():
this_team.archetypes[this_player.name].modify_player_stats(
this_player)
def __init__(self, master, config, *args, **kwargs):
self.config = config
self.f = tkinter.Frame(master, *args, **kwargs)
self.make_month_table()
self.make_day_table()
lat, lon = self.config.get('general', 'weather_location').split(',')
self.w = weather.Weather(
lat, lon, self.config.getint('general', 'weather_update_interval'))
self.city = geodata.get_town(lat, lon)
self.c = calendarevents.CalendarEvents('calendar.csv')
ok_widgets = ('time', 'date', 'week', 'temp', 'weekday', 'spacer',
'percipitation', 'wind', 'weather', 'smhi', 'headline',
'calendar', 'sunrise', 'sunset')
widgets = [
w.strip()
for w in self.config.get('sidebar', 'widget_order').split(',')
]
self.atributes = [{
'name':
w,
'text_size':
self.config.get(w, 'fontsize'),
'font':
self.config.get(w, 'font'),
'orientation':
self.config.get(w, 'orientation'),
'anchor':
self.config.get(w, 'anchor', fallback='center')
} for w in widgets if w in ok_widgets]
self.build_content_window()
l = logging.getLogger(__name__)
l.debug('INIT DONE')
def handle_start_help(message):
my_bot.busy = True
my_bot.weather = True
my_bot.answer = ""
try:
my_bot.bot.send_message(message.chat.id, "Conntecting...")
weather_checker = weather.Weather()
my_bot.bot.send_message(message.chat.id, config.weather_intro)
while my_bot.answer == "":
pass
location = my_bot.answer.split(" ")
if my_bot.answer != config.stop_weather_request.lower():
result = weather_checker.getWeather(location[0], location[1])
my_bot.bot.send_message(message.chat.id, u"В городе " + location[1] +
u" сейчас " + result[1] +
u". Температура составляет " +
result[0] + u" градус(а) по Цельсию.")
else:
my_bot.bot.send_message(message.chat.id, config.stop_weather_answer)
except LookupError:
if len(location) != 2:
my_bot.bot.send_message(message.chat.id,
config.ERROR_invalid_parameter)
else:
my_bot.bot.send_message(message.chat.id,
config.ERROR_invalid_city_country)
except urllib2.URLError:
my_bot.bot.send_message(message.chat.id, config.ERROR_connection_failed)
finally:
my_bot.busy = False
my_bot.weather = False
my_bot.answer = ""
def reply():
body = request.values.get('Body', None)
number = request.values.get('From', None)
print("Sender Number: " + number)
command = base_command.Command(body).command
return_text = ''
print("Command: " + command)
if command == "help":
response = helps.Help(body)
return_text = response.exec()
elif command == "stock":
response = stock.Stock(body)
return_text = response.exec()
elif command == "mail":
response = mail.Mail(body)
return_text = response.exec()
elif command == "weather":
response = weather.Weather(body)
return_text = response.exec()
elif command == "translate":
response = translate.Translate(body)
return_text = response.exec()
elif command == "movie":
response = movies.Movie(body)
return_text = response.exec()
if return_text == '':
send_message("please type !help for response", number)
else:
print("RETURN MESSAGE:", return_text)
send_message(return_text, number)
return str(return_text)
def main(logger):
envse = ['DISCORD_TOKEN', 'DISCORD_CHANNEL_NAME', 'DISCORDBOT_TOKEN']
envsc = [
'LOCATION', 'XRAIN_ZOOM', 'MANET', 'GOOGLE_MAPS_API_KEY',
'DARK_SKY_API_KEY', 'CADVISOR', 'CONTAINERS', 'MORNING', 'EVENING',
'XRAIN_LAT', 'XRAIN_LON', 'PORT'
]
f = util.environ(envse, 'error')
util.environ(envsc, 'warning')
if f:
logger.error('error: some environment variables are not set. exiting.')
sys.exit(1)
sendqueue = queue.Queue()
httploop = asyncio.new_event_loop()
ap = api.API(httploop, sendqueue, logger,
os.environ.get('DISCORDBOT_TOKEN'))
threading.Thread(target=ap.run, name='api', daemon=True).start()
wea = weather.Weather(sendqueue, logger)
mon = monitoring.Monitoring(sendqueue, logger)
scheduleloop = asyncio.new_event_loop()
sched = Scheduler(sendqueue, wea, mon, logger, scheduleloop)
threading.Thread(target=sched.run, name='scheduler', daemon=True).start()
logger.debug('launch discord client')
client = discordbot.DiscordClient(os.environ.get('DISCORD_CHANNEL_NAME'),
sendqueue, wea, mon, logger)
client.run(os.environ.get('DISCORD_TOKEN'))
def Weather(count):
import gtts, weather, playsound, os
weather = weather.Weather()
location = weather.lookup_by_location("College Station")
forecast_high = int(location.forecast()[0].high()) * 9 / 5 + 32
forecast_low = int(location.forecast()[0].low()) * 9 / 5 + 32
condition = location.condition().text()
message = "The high for today is " + str(
forecast_high) + " Fahrenheit, and the low is " + str(
forecast_low) + " Fahrenheit. The condition should be " + condition
tts = gtts.gTTS(text=message, lang="en")
try:
tts.save("Weather" + str(count) + ".mp3")
except:
pass
try:
playsound.playsound("Weather" + str(count) + ".mp3", True)
except:
pass
os.remove("Weather" + str(count) + ".mp3")
def submit(self, dispatcher: CollectingDispatcher, tracker: Tracker,
domain: Dict[Text, Any]) -> List[Dict]:
print("----In submit")
location = tracker.get_slot("location")
w = weather.Weather()
weather_report = w.get_current_weather(location)
dispatcher.utter_message(w.format_weather(weather_report, location))
dispatcher.utter_template("utter_submit", tracker)
def test(self):
weather_handle = weather.Weather()
location = self.weather_handle.lookup_by_location(self.metropolis)
condition = location.condition()
print(condition['text'])
# Get weather forecasts for the upcoming 5 days.
forecastslist = location.forecast()[:5]
def print_weather(message):
try:
result = translator.translate(message.text)
wet = weather.Weather(result.text)
temperature = wet.load_weather()
bot.send_message(message.chat.id, temperature)
except Exception as e:
bot.send_message(message.from_user.id, 'Город не найден')
def compute_stats(self):
weather_handle = weather.Weather()
self.dates = []
self.high_temperatures = []
self.low_temperatures = []
self.rainy_days_index = []
self.current_condition = ""
location = self.weather_handle.lookup_by_location(self.metropolis)
condition = location.condition()
def wind_weather():
i = inputs.weather()
wind_weather = weather.Weather(
wind_speed_10=i['wind_speed_10'],
wind_speed_50=i['wind_speed_50'],
roughness_length=i['roughness_length'],
pressure=i['pressure'],
air_temperature=i['air_temperature']).wind_turbine()
print wind_weather
async def on_message(self, message):
# print('Message from {0.author}: {0.content}'.format(message))
msg = message.content
if '심심' in msg:
await message.channel.send("$Game_Blackjack")
if '날씨' in msg:
# await message.channel.send("$weather 안산")
weather.Weather()
if '덥다' in msg:
await message.channel.send("$weather 안산")
def second_level_commands():
recognised_speech = speech.recognition()
if recognised_speech:
if 'weather' in recognised_speech:
weather = forecast.Weather()
speech.synthesis(weather.get_weather_string())
elif any(news in recognised_speech for news in ['news', 'headline']):
news_url = config.get('news', 'news_audio_url')
news_file = urllib.URLopener()
news_file.retrieve(news_url, 'news.mp3')
audio_helper.play_audio('news.mp3')
def __init__(self, logger, datadir):
self.logger = logger
self.weather = weather.Weather(self.logger, os.environ['OWM_API_KEY'],
'default', os.environ['LAT'],
os.environ['LON'],
os.environ['KISHODAI'],
os.environ['CITY'], datadir)
self.monitor = monitor.Monitor(self.logger, self.weather,
os.environ.get('DARK') is not None,
datadir)
self.weather.update()
self.monitor.clear()
def go():
print('Starting ... Toolkit/Yahoo_Weather')
my = wea.Weather(unit=wea.Unit.CELSIUS)
run = True
while run:
print('')
query = cli.InputBox('Which city you want to check w/ Yahoo Weather?',
'[Q] ', 'Name of city (q for Quit): ')
if query in {'0', 'q', 'bye', 'quit', 'exit'}:
run = False
print('')
else:
try:
print(' ' + 'OK, searching ' + c_p + query + c_n + ' ...\n')
loc = my.lookup_by_location(query)
print('\n=== Current Weather===')
title = loc.title
atmosphere = loc.atmosphere
wind = loc.wind
astronomy = loc.astronomy
condition = loc.condition
print(title)
print(condition.date)
print('')
print('Weather : ', condition.text)
print('Temp : ', condition.temp, 'Celsius')
print('Pressure : ', atmosphere['pressure'],
'(Issue Here! psi/mb?)')
print('Humidity : ', atmosphere['humidity'], '%')
print('Visibility : ', atmosphere['visibility'], 'km')
print('Wind SPD : ', wind.speed, 'km/h')
print('Wind DIR : ', wind.direction, 'DegreesNorth')
print('Sunrise : ', astronomy['sunrise'])
print('Sunset : ', astronomy['sunset'])
print('\n=== Forecast ===')
ruler = '%15s%8s%8s%8s%30s'
print(ruler % ('Date', 'Day', 'Tmax', 'Tmin', 'Weather'))
forecasts = loc.forecast
for i in forecasts:
print(ruler % (i.date, i.day, i.high, i.low, i.text))
except:
print(
'\nSorry, cannot successfully retrieve data for %s from Yahoo Weather.'
% (c_red + query + c_n))
return
def getWeatherInfo(loc, location):
a = weather.Weather(weather.Unit.CELSIUS)
result = ''
for i in loc:
if i['country'].upper() == "INDIA" and i['name'].upper(
) == location.upper():
try:
climate = a.lookup(i['woeid'])
result = '☁ ' + result + i[
'name'] + ' : ' + climate.condition.text + '\n'
except Exception:
pass
return result
def test(self):
weather_handle = weather.Weather()
location = self.weather_handle.lookup_by_location(self.metropolis)
condition = location.condition()
print(condition['text'])
# Get weather forecasts for the upcoming 10 days.
forecastslist = location.forecast()[:5]
for forecasts in forecastslist:
print(forecasts['text'])
print(forecasts['date'])
print(forecasts['high'])
print(forecasts['low'])
def jobs(self):
data = weather.Weather().getWeather()
result = itchat.search_friends(remarkName="小仙女")
wea = data['wea']
temp1 = data['tem1'] # 最高温度
temp2 = data['tem2']
win_meter = data['win_meter']
air_level = data['air_level']
air_tips = data['air_tips']
date = data['date']
msg = '早上好，今天是{}\n天气：{}\n 最低温度：{}，最高温度：{}\n 风速：{}\n空气质量：{}\n 来自亲亲的提示：{}' \
.format(date, wea, temp2, temp1, win_meter, air_level, air_tips)
itchat.send_msg(msg, result[0]['UserName'])
def regio(regio, datum_str='vandaag'):
# Does the regio exist?
regio = weather.Regio.by_id(regio.lower())
if not regio:
return flask.abort(404)
# Change input to real date object
datum = helpers.datums(datum_str)
weer = weather.Weather().from_gae(regio=regio, datum=datum)
return flask.render_template('regio.jinja',
weer=weer,
regio=regio,
datum=datum)
def provincie(provincie, datum_str='vandaag'):
# Does the provincie exist?
provincie = weather.Provincie.by_id(provincie.lower())
if not provincie:
return flask.abort(404)
# Change input to real date object
datum = helpers.datums(datum_str)
weer = weather.Weather().from_gae(provincie=provincie, datum=datum)
return flask.render_template('provincie.jinja',
weer=weer,
provincie=provincie,
datum=datum)
def pogoda(self, thread_id):
weather_obj = weather.Weather()
location = weather_obj.lookup_by_location(CITY)
forecasts = location.forecast()
for forecast in forecasts[:3]:
min = round(far2cel(int(forecast.low())))
max = round(far2cel(int(forecast.high())))
text = forecast.text()
date = forecast.date()
msg = Message(
text=f'Pogoda na {date}: Od {min} do {max} stopni, {text}')
self.send(msg,
thread_id=self.thread_id_,
thread_type=ThreadType.GROUP)
def main():
try:
log.info("<--------------START----------------->")
log.info("Get Address based on Latitude and Longitude.")
location_res = getlocation()
_places_list = []
city = location_res.get_cityname()
state = location_res.get_statecode()
if not city or not state:
raise (errors.InputError().message, errors.InputError().expression)
log.info(
"Address extracted based on latitude and longitude => '%s,%s'" %
(city, state))
origin = ('%s %s' % (city, state))
_places_list.append(origin)
destination = ('%s %s' % (__destination_city__, __destination_state__))
log.info("Now get the distance between %s and %s" %
(origin, destination))
dist_req = distance_request.DistanceRequest(origin, destination)
dist_res = distance_response.DistanceResponse()
distance.Distance(dist_req, dist_res)
_distance = dist_res.get_distance()
_duration = dist_res.get_duration()
if not _distance or not _duration:
raise errors.Error(
"Could not get distance or duration for the given destination.",
"%s,%s" % (_distance, _duration))
else:
_places_list.append(destination)
log.info(" Distance and duration between %s and %s is %s and %s" %
(origin, destination, _distance, _duration))
weather_url = weather.get_weatherurl()
output_format = weather.get_weatheroutputformat()
log.info(_places_list)
for place in _places_list:
log.info("Invoke weather API for location %s" %
(place.split(",")[0]))
weather_req = weather_request.WeatherRequest()
weather_req.set_url(weather_url)
weather_req.set_city(place.rsplit(" ", maxsplit=1)[0])
weather_req.set_state(place.rsplit(" ", maxsplit=1)[1])
weather_req.set_format(output_format)
weather_res = weather_response.WeatherResponse()
weather.Weather(weather_req, weather_res)
_weatherResponse(weather_res)
log.info("<---------------END------------------>")
except errors.Error as err:
print("%s %s" % (err.message, err.expression))
def test_PV_weather():
i = inputs.weather()
PV_weather = weather.Weather(
DHI=i['DHI'],
GHI=i['GHI'],
DNI=i['DNI'],
wind_speed_10=i['wind_speed_10'],
wind_speed_50=i['wind_speed_50'],
roughness_length=i['roughness_length'],
pressure=i['pressure'],
air_temperature=i['air_temperature'],
air_density=i['air_density'],
water_temperature=i['water_temperature']).PV()
print PV_weather
def weather_data(self):
"""gets PV weather data
gets weather data from the excel sheet for the PV
Returns:
df -- dhi, ghi, dni, wind_speed, temp_air
"""
PV_weather = weather.Weather(
DHI=self.weather_input['DHI'],
GHI=self.weather_input['GHI'],
DNI=self.weather_input['DNI'],
wind_speed_10=self.weather_input['wind_speed_10'],
air_temperature=self.weather_input['air_temperature']).PV()
return PV_weather