def run(self):
while True:
try:
debug.info("Refreshing EC current observations weather")
ecData = ECData(coordinates=(self.data.latlng))
self.data.wx_updated = True
self.network_issues = False
# except (requests.exceptions) as e:
# #raise ValueError(e)
# debug.error("Unable to get EC data error:{0}".format(e))
# self.data.wx_updated = False
# self.network_issues = True
# pass
except Exception as e:
debug.error("Unable to get EC data error:{0}".format(e))
self.data.wx_updated = False
self.network_issues = True
pass
if self.data.wx_updated:
#Set up units [temp, wind speed,precip, storm distance]
#Use these eventhough some are included in data feed
if self.data.config.weather_units == "metric":
self.data.wx_units = [
"C", "kph", "mm", "miles", "hPa", "ca"
]
else:
self.data.wx_units = [
"F", "mph", "in", "miles", "MB", "us"
]
curr_cond = ecData.conditions
#Uncomment next line if you want to see what is being returned back from EC
#debug.info(curr_cond)
if self.time_format == "%H:%M":
wx_timestamp = datetime.datetime.now().strftime(
"%m/%d %H:%M")
else:
wx_timestamp = datetime.datetime.now().strftime(
"%m/%d %I:%M %p")
#Check current temperature to determine if using windchill or heat for apparent temperature
#Make sure we have a value. Sometimes, the feed will not contain a value
curr_temp = curr_cond.get("temperature").get("value", {})
curr_humidity = curr_cond.get("humidity").get("value", {})
if curr_humidity == None:
curr_humidity = "0"
wx_humidity = "N/A"
else:
wx_humidity = curr_humidity + "%"
if curr_temp != None:
curr_temp = float(curr_cond["temperature"]["value"])
check_windchill = 10.0
if self.data.config.weather_units == "imperial":
curr_temp = temp_f(curr_temp)
check_windchill = 50.0
if curr_temp < check_windchill:
windchill = round(
wind_chill(
float(curr_cond["temperature"]["value"]),
float(curr_cond["wind_speed"]["value"]),
self.data.wx_units[1]), 1)
wx_app_temp = str(windchill) + self.data.wx_units[0]
else:
humidex = round(
cadhumidex(curr_temp, int(curr_humidity)), 1)
wx_app_temp = str(humidex) + self.data.wx_units[0]
wx_temp = str(round(curr_temp, 1)) + self.data.wx_units[0]
else:
wx_temp = "N/A"
wx_app_temp = "N/A"
if curr_cond.get("icon_code").get("value", "90") == None:
wx_icon = '\uf07b'
else:
#Get condition and icon from dictionary
for row in range(len(self.icons)):
if int(self.icons[row]["Code"]) == int(
curr_cond.get("icon_code").get("value", "90")):
wx_icon = self.icons[row]['font']
break
else:
wx_icon = '\uf07b'
wx_summary = curr_cond.get("condition").get("value", "N/A")
if wx_summary == None:
wx_summary = "Curr Cond N/A"
curr_dewpoint = curr_cond.get("dewpoint").get("value", "0.0")
if curr_dewpoint == None:
curr_dewpoint = 0.0
else:
curr_dewpoint = float(curr_dewpoint)
if self.data.config.weather_units == "imperial":
curr_dewpoint = round(temp_f(curr_dewpoint), 1)
if curr_dewpoint == 0.0:
wx_dewpoint = "N/A"
else:
wx_dewpoint = str(curr_dewpoint) + self.data.wx_units[0]
self.data.wx_current = [
wx_timestamp, wx_icon, wx_summary, wx_temp, wx_app_temp,
wx_humidity, wx_dewpoint
]
winddir = degrees_to_direction(
float(curr_cond.get("wind_bearing").get("value", "0")))
curr_windspeed = float(
curr_cond.get("wind_speed").get("value", "0.0"))
if self.data.config.weather_units == "imperial":
curr_windspeed = round(wind_mph(curr_windspeed), 1)
wx_windspeed = str(
curr_windspeed) + " " + self.data.wx_units[1]
if curr_cond.get("wind_gust").get("value", "0.0") != None:
curr_windgust = float(
curr_cond.get("wind_gust").get("value", "0.0"))
if self.data.config.weather_units == "imperial":
curr_windgust = round(wind_mph(curr_windgust), 1)
wx_windgust = str(
curr_windgust) + " " + self.data.wx_units[1]
else:
wx_windgust = "0.0 " + self.data.wx_units[1]
wx_pressure = str(
round(float(curr_cond.get("pressure").get("value", "0")),
1) * 10) + " " + self.data.wx_units[4]
for row in range(len(self.icons)):
if self.icons[row]["Description"].lower() == curr_cond.get(
"tendency").get("value", "N/A"):
wx_tendency = self.icons[row]['font']
break
else:
wx_tendency = '\uf07b'
if curr_cond.get("visibility").get("value", "24") == None:
if self.data.config.weather_units == "imperial":
wx_visibility = "14.9 mi"
else:
wx_visibility = "24.1 km"
else:
if self.data.config.weather_units == "imperial":
imp_visibility = round(
float(
curr_cond.get("visibility").get("value", "24"))
* 0.621371, 1)
wx_visibility = str(imp_visibility) + " mi"
else:
wx_visibility = curr_cond.get("visibility").get(
"value",
"24") + " " + curr_cond.get("visibility").get(
"unit", "km")
self.data.wx_curr_wind = [
wx_windspeed, winddir[0], winddir[1], wx_windgust,
wx_pressure, wx_tendency, wx_visibility
]
else:
debug.error("Unable to get EC data error")
debug.info(self.data.wx_current)
debug.info(self.data.wx_curr_wind)
# Run every 'x' minutes
sleep(60 * self.weather_frequency)
def run(self):
if self.data.config.weather_units == "metric":
self.data.wx_units = ["C","kph","mm","miles","hPa","ca"]
else:
self.data.wx_units = ["F","mph","in","miles","MB","us"]
while True:
lat = self.data.latlng[0]
lon = self.data.latlng[1]
#Testing
#lat = 36.50
#lon = -94.62
try:
debug.info("Refreshing OWM current observations weather")
obs = self.owm.weather_at_coords(lat,lon)
self.network_issues = False
self.data.wx_updated = True
except pyown.exceptions as e:
#raise ValueError(e)
debug.error("Unable to get OWM data error:{0}".format(e))
self.data.wx_updated = False
self.network_issues = True
pass
except Exception as e:
debug.error("Unable to get OWM data error:{0}".format(e))
self.data.wx_updated = False
self.network_issues = True
pass
if not self.network_issues:
wx = obs.get_weather()
if self.time_format == "%H:%M":
wx_timestamp = datetime.datetime.now().strftime("%m/%d %H:%M")
else:
wx_timestamp = datetime.datetime.now().strftime("%m/%d %I:%M %p")
owm_wxcode = wx.get_weather_code()
if owm_wxcode in range(200,299):
# Thunderstorm Class
owm_icon = 200
elif owm_wxcode in range(300,399):
# Drizzle Class
owm_icon = 300
elif owm_wxcode in range(500,599):
# Rain Class
owm_icon = 500
elif owm_wxcode in range(600,699):
# Rain Class
owm_icon = 600
elif owm_wxcode in range(801,804):
# Rain Class
owm_icon = 801
else:
owm_icon = owm_wxcode
#Get condition and icon from dictionary
for row in range(len(self.icons)):
if int(self.icons[row]["OWMCode"]) == owm_icon:
wx_icon = self.icons[row]['font']
break
else:
wx_icon = '\uf07b'
wx_summary = wx.get_detailed_status().title()
# Get wind information.
owm_windspeed = wx.get_wind()['speed']
owm_windgust = wx.get_wind().get("gust",0.0)
if self.data.config.weather_units != "metric":
owm_windspeed = wx.get_wind(unit='miles_hour')['speed']
owm_windgust = wx.get_wind(unit='miles_hour').get("gust",0.0)
else:
# Convert m/s to km/h
owm_windspeed = wind_kmph(owm_windspeed)
owm_windgust = wind_kmph(owm_windgust)
# Get icon and text wind direction
owm_winddir = wx.get_wind().get("deg",0.0)
winddir = degrees_to_direction(owm_winddir)
wx_windgust = str(round(owm_windgust,1))+ self.data.wx_units[1]
wx_windspeed = str(round(owm_windspeed,1)) + self.data.wx_units[1]
# Get temperature and apparent temperature based on weather units
if self.data.config.weather_units == "metric":
owm_temp = wx.get_temperature(unit="celsius")['temp']
check_windchill = 10.0
else:
owm_temp = wx.get_temperature(unit="fahrenheit")['temp']
check_windchill = 50.0
if float(owm_temp) < check_windchill:
windchill = round(wind_chill(float(owm_temp),float(owm_windspeed),"mps"),1)
wx_app_temp = str(windchill) + self.data.wx_units[0]
wx_temp = str(round(owm_temp,1)) + self.data.wx_units[0]
else:
if self.data.config.weather_units == "metric":
wx_app_temp = wx.get_humidex()
else:
wx_app_temp = wx.get_heat_index()
if wx_app_temp == None:
app_temp = usaheatindex(float(wx.get_temperature(unit="celsius")['temp']),wx.get_humidity())
wx_app_temp = str(round(temp_f(app_temp),1)) + self.data.wx_units[0]
wx_temp = str(round(owm_temp,1)) + self.data.wx_units[0]
wx_humidity = str(wx.get_humidity()) + "%"
wx_dewpoint = str(round(dew_point(float(owm_temp),wx.get_humidity()),1))+ self.data.wx_units[0]
wx_pressure = str(wx.get_pressure()['press']) + " " +self.data.wx_units[4]
# Always set icon to N/A as owm doesn't return tendency for pressure
wx_tendency = '\uf07b'
vis_distance = wx.get_visibility_distance()
if vis_distance == None:
vis_distance = 24100
if self.data.config.weather_units == "metric":
owm_visibility = round(vis_distance/1000,1)
wx_visibility = str(owm_visibility) + " km"
else:
owm_visibility = round(vis_distance*0.000621371,1)
wx_visibility = str(owm_visibility) + " mi"
self.data.wx_current = [wx_timestamp,wx_icon,wx_summary,wx_temp ,wx_app_temp ,wx_humidity,wx_dewpoint]
self.data.wx_curr_wind = [wx_windspeed,winddir[0],winddir[1],wx_windgust,wx_pressure,wx_tendency,wx_visibility]
debug.info(self.data.wx_current)
debug.info(self.data.wx_curr_wind)
# Run every 'x' minutes
sleep(60 * self.weather_frequency)