class FarmSense():
wdb = weatherDB({});
def __init__(self, codigo):
location, latitude, longitude = locationSiteCoordenate(codigo)
timestp = int(time.time())
url = f"https://api.farmsense.net/v1/daylengths/?d={timestp}&lat={latitude}&lon={longitude}"
result = requests.get(url)
clima = result.json()
main = clima[0]
if main['ErrorMessage'] == '':
self.wdb.setMeasure('astrodusk' ,main['Astrodusk'])
self.wdb.setMeasure('dawn' ,main['Dawn'])
self.wdb.setMeasure('dayLength' ,main['Daylength'])
self.wdb.setMeasure('dusk' ,main['Dusk'])
self.wdb.setMeasure('sunRise' ,main['Sunrise'])
self.wdb.setMeasure('sunSet' ,main['Sunset'])
self.wdb.setMeasure('zenith' ,main['Zenith'])
url = f"https://api.farmsense.net/v1/moonphases/?d={timestp}"
result = requests.get(url)
clima = result.json()
main = clima[0]
if main['ErrorMsg'] == 'success':
self.wdb.setMeasure('moonName' ,main['Moon'][0])
self.wdb.setMeasure('moonIndex' ,main['Index'])
self.wdb.setMeasure('moonAge' ,main['Age'])
self.wdb.setMeasure('moonPhase' ,main['Phase'])
self.wdb.setMeasure('moonDistance' ,main['Distance'])
self.wdb.setMeasure('moonIllumination' ,main['Illumination'])
self.wdb.setMeasure('moonAngularDiameter',main['AngularDiameter'])
self.wdb.setMeasure('moonDistanceToSun' ,main['DistanceToSun'])
self.wdb.setMeasure('sunAngularDiameter' ,main['SunAngularDiameter'])
self.wdb.setMeasureClean()
class DarkSky():
wdb = weatherDB({})
def __init__(self, apiKey, codigo):
site, self.latitude, self.longitude = locationSiteCoordenate(codigo)
if self.latitude != 0 and self.longitude != 0:
fcast = forecast(apiKey, self.latitude, self.longitude, units='si')
else:
fcast = []
if (fcast):
main = fcast.currently
self.wdb.setMeasure('humidity' ,main.humidity * 100)
self.wdb.setMeasure('pressure' ,main.pressure)
self.wdb.setMeasure('temperature' ,main.temperature)
self.wdb.setMeasure('temperatureApparent',main.apparentTemperature)
self.wdb.setMeasure('temperatureDew' ,main.dewPoint)
self.wdb.setMeasure('weatherMain' ,main.summary)
self.wdb.setMeasure('latitude' ,self.latitude )
self.wdb.setMeasure('longitude' ,self.longitude)
self.wdb.setMeasure('windSpeed' ,main.windSpeed * 3.6)
self.wdb.setMeasure('windGust' ,main.windGust * 3.6)
self.wdb.setMeasure('windDegrees' ,main.windBearing )
self.wdb.setMeasure('rainIntensity' ,main.precipIntensity)
self.wdb.setMeasure('rainProbability' ,main.precipProbability * 100)
self.wdb.setMeasure('skyUVIndex' ,main.uvIndex)
self.wdb.setMeasure('skyClouds' ,main.cloudCover * 100)
self.wdb.setMeasure('skyOzone' ,main.ozone)
self.wdb.setMeasure('skyVisibility' ,main.visibility )
self.wdb.setMeasureClean()
def info_main(self):
# Calendar & Host info
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
hostName = socket.gethostname()
hostIP = socket.gethostbyname("Info")
# Inside Home Weather Info
wdb = weatherDB({})
wdb.getCollectData('Home CLV', 'RBPI Weather Station')
tempInt = wdb.getMeasure('temperature')
humInt = wdb.getMeasure('humidity')
dataWeather = {
"tempInt": tempInt,
"humInt": humInt,
"time": horario,
"mes": calMes,
"dia": calDay,
"sem": calWek
}
return json.dumps(dataWeather)
def display_main(self):
# Calendar & Host info
horario = time.strftime ("%H:%M")
calMes = time.strftime ("%b")
calWek = time.strftime ("%a");
calDay = time.strftime ("%d");
Tempo = "{a} {b} {c} {d}".format(a=horario, b=calMes, c=calWek, d=calDay)
hostName = socket.gethostname()
hostIP = socket.gethostbyname ("rbpidisplay")
# Inside Home Weather Info
wdb = weatherDB ({})
wdb.getCollectData ('Home GYN', 'RBPI Weather Station')
tempLab = wdb.getMeasure('temperature')
humLab = wdb.getMeasure('humidity')
wdb.getCollectData (self.cidade, 'darksky.net')
dadosDSK = wdb.getData()
dadosDSK.sort()
wdb.getCollectData (self.cidade, 'openweathermap.org')
dadosOWM = wdb.getData()
dadosOWM.sort()
wdb.getCollectData (self.cidade, 'yr.no')
dadosYR = wdb.getData()
dadosYR.sort()
Temp = 0
Hum = 0
for code,medida,unidade,valor in dadosDSK:
if medida == 'temperature':
Temp += valor;
if medida == 'humidity':
Hum += valor;
for code,medida,unidade,valor in dadosOWM:
if medida == 'temperature':
Temp += valor;
if medida == 'humidity':
Hum += valor;
for code,medida,unidade,valor in dadosYR:
if medida == 'temperature':
Temp += valor;
Temp /= 3.0
Hum /= 2.0
# DEFAULT FRONT END DISPLAY
# TEMPLATE display_main.html
template = 'main/' + inspect.currentframe().f_code.co_name + ".html"
return render_template (template, infoDSK = dadosDSK, infoOWM = dadosOWM, infoYR = dadosYR,
IATA = self.IATA, TEMPO = Tempo, TEMP = Temp, HUM = Hum, TEMPLAB = tempLab, HUMLAB = humLab)
def info_weather(self):
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
# Inside Home Weather Info
wdb = weatherDB({})
wdb.getCollectData('Home CLV', 'RBPI Weather Station')
tempInt = wdb.getMeasure('temperature')
humInt = wdb.getMeasure('humidity')
# Weather Info
tempExtList = []
humExtList = []
weatherDesc = []
wdb.getCollectData('CLV', 'darksky.net')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherMain') != 0:
weatherDesc.append(wdb.getMeasure('weatherMain'))
wdb.getCollectData('CLV', 'openweathermap.org')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherDesc') != 0:
weatherDesc.append(wdb.getMeasure('weatherDesc'))
wdb.getCollectData('CLV', 'yr.no')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherMain') != 0:
weatherDesc.append(wdb.getMeasure('weatherMain'))
humExt = reduce(lambda x, y: x + y, humExtList) / 3.0
tempExt = reduce(lambda x, y: x + y, tempExtList) / 3.0
moon = "cheia"
dataWeather = {
"time": horario,
"mes": calMes,
"dia": calDay,
"sem": calWek,
"temp": tempInt,
"hum": humInt,
"tempExt": tempExt,
"humExt": humExt,
"description": weatherDesc,
"moon": moon
}
return json.dumps(dataWeather)
def display_weather(self):
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
# Inside Home Weather Info
wdb = weatherDB({})
wdb.getCollectData('Home GYN', 'RBPI Weather Station')
tempInt = wdb.getMeasure('temperature')
humInt = wdb.getMeasure('humidity')
# Weather Info
tempExtList = []
humExtList = []
weatherDesc = []
wdb.getCollectData('GYN', 'darksky.net')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherMain') != 0:
weatherDesc.append(wdb.getMeasure('weatherMain'))
wdb.getCollectData('GYN', 'openweathermap.org')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherDesc') != 0:
weatherDesc.append(wdb.getMeasure('weatherDesc'))
wdb.getCollectData('GYN', 'yr.no')
tempExtList.append(wdb.getMeasure('temperature'))
humExtList.append(wdb.getMeasure('humidity'))
if wdb.getMeasure('weatherMain') != 0:
weatherDesc.append(wdb.getMeasure('weatherMain'))
weatherImgList = self.getImgWeather(weatherDesc)
humExt = reduce(lambda x, y: x + y, humExtList) / 3.0
tempExt = reduce(lambda x, y: x + y, tempExtList) / 3.0
moon = "cheia"
template = 'weather/' + inspect.currentframe().f_code.co_name + ".html"
return render_template(template,
time=horario,
mes=calMes,
dia=calDay,
sem=calWek,
temp=tempInt,
hum=humInt,
tempApa=tempExt,
humApa=humExt,
images=weatherImgList,
moon=moon)
class YR():
wdb = weatherDB({})
def __init__(self, codigo):
site = locationSite(codigo)
weather = Yr(site)
main = weather.now()
if (main):
self.wdb.setMeasure('pressure' , main['pressure'] ['@value'] )
self.wdb.setMeasure('temperature' , main['temperature'] ['@value'] )
self.wdb.setMeasure('weatherMain' , main['symbol'] ['@name'] )
self.wdb.setMeasure('windSpeed' , float(main['windSpeed'] ['@mps']) * 3.6)
self.wdb.setMeasure('windMain' , main['windSpeed'] ['@name'] )
self.wdb.setMeasure('windDegrees' , main['windDirection']['@deg'] )
self.wdb.setMeasure('rainProbability' , main['precipitation']['@value'] )
self.wdb.setMeasureClean()
def getWeather (self, codigo):
# CURRENT SOURCES AND TRANSLATORS
if self.source == 'darksky.net':
self.dados = DarkSky (self.apiKey, codigo)
elif self.source == 'openweathermap.org':
self.dados = OpenWeatherMap(self.apiKey, codigo)
elif self.source == 'yr.no':
self.dados = YR(codigo)
elif self.source == 'farmsense.net':
self.dados = FarmSense(codigo)
else:
self.dados = {}
# RETURN COLLECTED DATA
if self.dados:
self.codigo = codigo
return self.dados.wdb
else:
self.codigo = ""
return weatherDB ({})
class OpenWeatherMap():
wdb = weatherDB({});
def __init__(self, apiKey, codigo):
location = locationCity(codigo)
url = "https://api.openweathermap.org/data/2.5/weather?q={}&units=metric&appid={}".format(location, apiKey)
result = requests.get(url)
clima = result.json()
weather = clima['weather'][0]
main = clima['main']
clouds = clima['clouds']
cldkey = [x for x in clouds.keys()][0]
cldval = clouds[cldkey]
coord = clima['coord']
wind = clima['wind']
speed = 0
deg = 0
if 'speed' in wind: speed = wind['speed']
if 'deg' in wind: deg = wind['deg']
sys = clima['sys']
self.wdb.setMeasure('humidity' ,main['humidity'])
self.wdb.setMeasure('pressure' ,main['pressure'])
self.wdb.setMeasure('temperature' ,main['temp'])
self.wdb.setMeasure('temperatureMax' ,main['temp_max'])
self.wdb.setMeasure('temperatureMin' ,main['temp_min'])
self.wdb.setMeasure('weatherMain' ,weather['main'])
self.wdb.setMeasure('weatherDesc' ,weather['description'])
self.wdb.setMeasure('latitude' ,coord['lat'])
self.wdb.setMeasure('longitude' ,coord['lon'])
self.wdb.setMeasure('skyClouds' ,cldval)
if 'visibility' in clima:
self.wdb.setMeasure('skyVisibility' ,clima['visibility'] / 1000)
self.wdb.setMeasure('windSpeed' ,speed * 3.6)
self.wdb.setMeasure('windDegrees' ,deg)
self.wdb.setMeasure('sunrise' ,sys['sunrise'])
self.wdb.setMeasure('sunset' ,sys['sunset'])
self.wdb.setMeasureClean()
def display_main(self):
# Calendar & Host info
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
hostName = socket.gethostname()
hostIP = socket.gethostbyname("rbpidisplay")
# Inside Home Weather Info
wdb = weatherDB({})
wdb.getCollectData('Home GYN', 'RBPI Weather Station')
tempInt = wdb.getMeasure('temperature')
humInt = wdb.getMeasure('humidity')
template = 'weather/' + inspect.currentframe().f_code.co_name + ".html"
return render_template(template,
tempInt=tempInt,
humInt=humInt,
time=horario,
mes=calMes,
dia=calDay,
sem=calWek)
def display_cidade(self):
cidade = self.codigo
# Calendar & Host info
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
hostName = socket.gethostname()
hostIP = socket.gethostbyname("rbpidisplay")
# Weather Info
wdb = weatherDB({})
wdb.getCollectData(cidade, 'openweathermap.org')
tempExt = wdb.getMeasure('temperature')
temp_max = int(wdb.getMeasure('temperatureMax'))
temp_min = int(wdb.getMeasure('temperatureMin'))
sunRise = datetime.datetime.fromtimestamp(wdb.getMeasure('sunrise'))
sunrise = '{}'.format(sunRise.strftime("%H:%M"))
sunSet = datetime.datetime.fromtimestamp(wdb.getMeasure('sunset'))
sunset = '{}'.format(sunSet.strftime("%H:%M"))
wdb.getCollectData(cidade, 'darksky.net')
humExt = wdb.getMeasure('humidity')
pressure = wdb.getMeasure('pressure')
precipProbability = wdb.getMeasure('rainProbability')
dewPoint = wdb.getMeasure('temperatureDew')
aparentTemperature = wdb.getMeasure('temperatureApparent')
weather = wdb.getMeasure('weatherMain')
weather_desc = wdb.getMeasure('weatherDesc')
uvIndex = wdb.getMeasure('skyUVIndex')
ozone = wdb.getMeasure('skyOzone')
visibility = "%.0f" % wdb.getMeasure('skyVisibility')
wind_deg = wdb.getMeasure('windDegrees')
direction = self.degToCompass(wind_deg)
wind_speed = wdb.getMeasure('windSpeed')
template = 'weather/' + inspect.currentframe().f_code.co_name + ".html"
return render_template(template,
cidade=cidade,
tempMin=temp_min,
tempExt=tempExt,
tempMax=temp_max,
weather=weather,
codigo=self.codigo,
time=horario,
mes=calMes,
dia=calDay,
sem=calWek,
pressure=pressure,
humExt=humExt,
windSpeed=wind_speed,
precipProbability=precipProbability,
dewPoint=dewPoint,
direction=direction,
uvIndex=uvIndex,
ozone=ozone,
visibility=visibility,
aparent=aparentTemperature,
sunrise=sunrise,
sunset=sunset)
def info_cidade(self):
cidade = self.codigo
# Calendar & Host info
horario = time.strftime("%H:%M")
calMes = time.strftime("%b")
calWek = time.strftime("%a")
calDay = time.strftime("%d")
hostName = socket.gethostname()
hostIP = socket.gethostbyname("Info")
# Weather Info
wdb = weatherDB({})
wdb.getCollectData(cidade, 'openweathermap.org')
tempExt = wdb.getMeasure('temperature')
temp_max = int(wdb.getMeasure('temperatureMax'))
temp_min = int(wdb.getMeasure('temperatureMin'))
sunRise = datetime.datetime.fromtimestamp(wdb.getMeasure('sunrise'))
sunrise = '{}'.format(sunRise.strftime("%H:%M"))
sunSet = datetime.datetime.fromtimestamp(wdb.getMeasure('sunset'))
sunset = '{}'.format(sunSet.strftime("%H:%M"))
wdb.getCollectData(cidade, 'darksky.net')
humExt = wdb.getMeasure('humidity')
pressure = wdb.getMeasure('pressure')
precipProbability = wdb.getMeasure('rainProbability')
dewPoint = wdb.getMeasure('temperatureDew')
aparentTemperature = wdb.getMeasure('temperatureApparent')
weather = wdb.getMeasure('weatherMain')
weather_desc = wdb.getMeasure('weatherDesc')
uvIndex = wdb.getMeasure('skyUVIndex')
ozone = wdb.getMeasure('skyOzone')
visibility = "%.0f" % wdb.getMeasure('skyVisibility')
wind_deg = wdb.getMeasure('windDegrees')
direction = self.degToCompass(wind_deg)
wind_speed = wdb.getMeasure('windSpeed')
dataWeather = {
"cidade": cidade,
"tempMin": temp_min,
"tempExt": tempExt,
"tempMax": temp_max,
"weather": weather,
"codigo": self.codigo,
"time": horario,
"mes": calMes,
"dia": calDay,
"sem": calWek,
"pressure": pressure,
"humExt": humExt,
"windSpeed": wind_speed,
"precipProbability": precipProbability,
"dewPoint": dewPoint,
"direction": direction,
"uvIndex": uvIndex,
"ozone": ozone,
"visibility": visibility,
"aparent": aparentTemperature,
"sunrise": sunrise,
"sunset": sunset
}
return json.dumps(dataWeather)