def set_lights_by_weather_for_key_and_time_delta(key, time_delta_into_future):
ip = urlopen("http://ip.42.pl/raw").read()
url = "https://freegeoip.net/json/{}".format(ip)
location_json = json.loads(urllib.urlopen(url).read())
lat = location_json["latitude"]
lng = location_json["longitude"]
weather_json = json.loads(
urlopen("https://api.forecast.io/forecast/2beeada32fb06ea94f0790895259d23c/{},{}".format(lat, lng)).read()
)
daily_forecasts = weather_json[key]["data"]
tomorrow = (datetime.now() + time_delta_into_future).date()
for day_forecast in daily_forecasts:
if (datetime.utcfromtimestamp(day_forecast["time"])).date() == tomorrow:
temperature = (day_forecast["temperatureMax"] + day_forecast["temperatureMin"]) / 2
precip_intensity = day_forecast["precipIntensity"]
icon = day_forecast["icon"]
temp_color_degrees = int((100 - temperature) * 2.4)
if temp_color_degrees > 240:
temp_color_degrees = 240
elif temp_color_degrees < 0:
temp_color_degrees = 0
precip_brightness = int(ceil(255 * float(precip_intensity) / 75))
temp_color = colours.colourForHueDegrees(temp_color_degrees)
icon_color = filter(lambda weather_color: weather_color.icon == icon, weather_colors)[0].color
precip_color = colours.colourDict["blue"]
precip_color["bri"] = precip_brightness
sendColorRequest(lights[0], temp_color)
sendColorRequest(lights[1], icon_color)
sendColorRequest(lights[2], precip_color)
def circleAction(lightNumbers, colourList, t):
for lightNumber in lightNumbers:
timeStep = int(lightNumber) + t
index = timeStep % len(colourList)
bridge_request.sendColorRequest(lightNumber, colourList[index])
