from gpiozero import Button
import time
import math
import statistics
import bme280_sensor
from time import gmtime, strftime

wind_count = 0
radius_cm = 9.0
wind_interval = 5
wind_gust_max = 0
store_speeds = []
gust_speed_list = []
interval = 15
BUCKET_SIZE = 0.2794
rain_count = 0
rainfall_24 = 0

def bucket_tipped():
global rain_count
rain_count = rain_count + 1

def reset_rainfall():
global rain_count
rain_count = 0

def spin():
global wind_count
wind_count = wind_count + 1

def calculate_speed(time_sec):
global wind_count
circumference_cm = (2 * math.pi) * radius_cm
rotations = wind_count / 2.0

dist_cm = circumference_cm * rotations

speed = dist_cm / time_sec / 100 * 1.4

return speed

def reset_wind():
global wind_count
wind_count = 0

wind_speed_sensor = Button(5)
wind_speed_sensor.when_pressed = spin
rain_sensor = Button(6)
rain_sensor.when_pressed = bucket_tipped

while True:

start_time = time.time()
check_midnight = strftime(“%H:%M:%S”, gmtime())

if check_midnight == “00:00:00”:
rainfall_24 = 0

while time.time() – start_time <= wind_interval:
reset_wind()
time.sleep(wind_interval)
final_speed = calculate_speed(wind_interval)
store_speeds.append(final_speed)

wind_gust_current = max(store_speeds)
if wind_gust_current > wind_gust_max:
wind_gust_max = wind_gust_current

wind_speed = statistics.mean(store_speeds)

rainfall = rain_count * BUCKET_SIZE
rainfall_24 = rainfall_24 + rainfall
reset_rainfall()
humidity, pressure, ambient_temp = bme280_sensor.read_all()

print(“current wind speed: ” + str(wind_speed) + ” m/s”)
current_wind_speed_write = open(“current_wind_speed.txt.”, “w”)
current_wind_speed_write.write(str(wind_speed))
current_wind_speed_write.close()

print(“max wind gust: ” + str(wind_gust_max) + ” m/s”)

print(“accumulated rain in last 24 hr: ” + str(rainfall_24) + ” mm”)
current_rainfall_24_write = open(“current_rainfall_24.txt.”, “w”)
current_rainfall_24_write.write(str(rainfall_24))
current_rainfall_24_write.close()

print(“rainfall in last 30 seconds: ” +str(rainfall) + “mm”)
current_rainfall_write = open(“current_rainfall.txt.”, “w”)
current_rainfall_write.write(str(rainfall))
current_rainfall_write.close()

print(“humidity: ” + str(humidity) + “%”)
current_humidity_write = open(“current_humidity.txt.”, “w”)
current_humidity_write.write(str(humidity))
current_humidity_write.close()

print(“pressure: ” + str(pressure) + ” units”)
current_pressure_write = open(“current_pressure.txt.”, “w”)
current_pressure_write.write(str(pressure))
current_pressure_write.close()

print(“temperature: ” + str(ambient_temp) + “C”)
current_temp_write = open(“current_temp.txt.”, “w”)
current_temp_write.write(str(ambient_temp))
current_temp_write.close()
print(” “)

store_speeds.clear()
wind_gust_max = 0
time.sleep(30)

from wia import Wia
import time
import urllib
import urllib2

already_done = False
already_done_rain = False
wia = Wia()
wia.access_token = “d_sk_########################”

def Timeformatting(theTime):
Timenow = time.strftime(“%Y-%m-%d %H:%M:%S”,theTime)
Timeformat = Timenow.replace(‘:’,’%3A’).replace(‘ ‘,’+’)
return Timeformat, Timenow

#WOW Details
SiteID = “####################################”; AWSKey = “######”; softwaretype = “my_software”

while True:
temp_file = open(“current_temp.txt.”, “r”)
ambient_temp = round(float(temp_file.read()), 1)
wia.Event.publish(name=”temperature”, data=ambient_temp)

pressure_file = open(“current_pressure.txt.”, “r”)
pressure = round(float(pressure_file.read()), 1)
wia.Event.publish(name=”pressure”, data=pressure)

humidity_file = open(“current_humidity.txt.”, “r”)
humidity = round(float(humidity_file.read()), 1)
wia.Event.publish(name =”humidity”, data=humidity)

wind_file = open(“current_wind_speed.txt.”, “r”)
wind_speed = round(float(wind_file.read()), 1)
wia.Event.publish(name=”windspeed”, data=wind_speed)

rainfall_file = open(“current_rainfall.txt.”, “r”)
rainfall = round(float(rainfall_file.read()), 1)
wia.Event.publish(name=”rainfall”, data=rainfall)

accum_rain_file = open(“current_rainfall_24.txt.”, “r”)
accum_rain = round(float(accum_rain_file.read()), 1)
wia.Event.publish(name=”accum_rain”, data=accum_rain)

temp_f = round((ambient_temp*1.8)+32, 1)
wia.Event.publish(name=”farenheit”, data=temp_f)

pressure_Hg = round(pressure / 33.863886666667, 1)
wia.Event.publish(name=”pressure Hg”, data=pressure_Hg)

wind_mph = round(wind_speed / 0.44704, 1)
wia.Event.publish(name=”wind mph”, data=wind_mph)

if ambient_temp < 0 and already_done == False:
wia.Event.publish(name=”low_temp”, data=””)
already_done = True
elif ambient_temp > 0 and already_done == True:
already_done = False

if rainfall < 0 and already_done_rain == False:
wia.Event.publish(name=”rain_start”, data=””)
already_done_rain = True
elif rainfall > 0 and already_done == True:
already_done_rain = False

daily_rain_in = round(accum_rain*0.254)

#beaufort conversion
if wind_speed < 1:
wia.Event.publish(name=”beaufort”, data=”0 – Calm”)
elif wind_speed >= 1 and wind_speed <= 2:
wia.Event.publish(name=”beaufort”, data=”1 – Light air”)
elif wind_speed >= 2 and wind_speed <= 3:
wia.Event.publish(name=”beaufort”, data=”2 – Light breeze”)
elif wind_speed >= 4 and wind_speed <= 5:
wia.Event.publish(name=”beaufort”, data =”3 – Gentle breeze”)
elif wind_speed >= 6 and wind_speed <= 8:
wia.Event.publish(name=”beaufort”, data =”4 – Moderate breeze”)

wia.Event.publish(name=”beaufort”, data =”4 – Moderate breeze”)
elif wind_speed >= 9 and wind_speed <= 11:
wia.Event.publish(name=”beaufort”, data=”5 – Fresh breeze”)
elif wind_speed >= 11 and wind_speed <= 14:
wia.Event.publish(name=”beaufort”, data=”6 – Strong breeze”)
elif wind_speed >= 15 and wind_speed <= 17:
wia.Event.publish(name=”beaufort”, data=”7 – Near gale”)
elif wind_speed >= 18 and wind_speed <= 21:
wia.Event.publish(name=”beaufort”, data=”8 – Gale”)
elif wind_speed >= 22 and wind_speed <= 24:
wia.Event.publish(name=”beaufort”, data=”9 – Strong gale”)
elif wind_speed >= 25 and wind_speed <= 28:
wia.Event.publish(name=”beaufort”, data=”10 – Storm”)
elif wind_speed >= 29 and wind_speed <= 32:
wia.Event.publish(name=”beaufort”, data=”11 – Violent storm”)
elif wind_speed > 32:
wia.Event.publish(name=”beaufort”, data=”12 – Hurricane”)

#feels like temp
if temp_f <= 50 and wind_mph > 3:
feels_like_f = 35.74 + (0.6215 * temp_f) – (35.75* (wind_mph**0.16)) + (0.4275 * T * (wind_mph ** 0.16))
feels_like_c = round((feels_like_f – 32) / 1.8, 1)
wia.Event.publish(name=”feels like”, data=feels_like_c)
elif ambient_temp >= 26.7:
feels_like_f = -42.379 +(2.04901523 * temp_f) + (10.13333127 * humidity) – (0.22475541 * temp_f * humidity) – (0.0068783 * temp_f * temp_f) – (0.05481717 * humidity * humidity) + (0.00122874 * temp_f * temp_f * humidity) + (0.00085282 * temp_f * humidity * hum$
feels_like_c = round((feels_like_f – 32)/1.8, 1)
wia.Event.publish(name=”feels like”, data=feels_like_c)
else:
wia.Event.publish(name=”feels like”, data=ambient_temp)

[Timeformat, Timenow] = Timeformatting(time.gmtime())
url = “http://wow.metoffice.gov.uk/automaticreading?siteid=%s&siteAuthenticationKey=%s&dateutc=%s&tempf=%s&baromin=%s&humidity=%s&windspeedmph=%s&dailyrainin=%s&softwaretype=%s” % (SiteID,AWSKey,Timeformat, temp_f, pressure_Hg, humidity, wind_mph, daiy_rain_in, softwaretype)

request = urllib2.Request(url)
response = urllib2.urlopen(request).getcode()
if float(response) == 200:
print “200 — WOW upload OK”
else:
print “WOW upload error”

time.sleep(300)