View difference between Paste ID: SRLS6bXM and 69kK4tiT

 #!/usr/bin/python3
 import RPi.GPIO as GPIO
 import time, os, threading, urllib.request, json
 
 #------------------------------------------------------------------------
 
-city = "Duisburg&APPID=7064d39148beac195ec2a777d2598c58"
+city = "Duisburg&APPID=xxxxxxxxxxxxxxx"
 updateEvery = 300 #sec
 runTime = 120 #sec
 pir_pin = 18
 
 #------------------------------------------------------------------------
 
 GPIO.setmode(GPIO.BCM)
 GPIO.setup(pir_pin, GPIO.IN, pull_up_down=GPIO.PUD_DOWN)
 
 # define dictionary http://www.tutorialspoint.com/python/python_dictionary.htm
 dictionary = {}
 
-    print("getForecast:", city)
+
     url = "http://api.openweathermap.org/data/2.5/forecast/daily?cnt=1&units=metric&mode=json&q="
     url = url + city
     req = urllib.request.Request(url)
     response=urllib.request.urlopen(req)
     return json.loads(response.read().decode("UTF-8"))
 
 def updateWeatherData(period):
     if dictionary['update'] == True:
-        print("updateWeatherData:", period)
+
         timedDataUpdate = threading.Timer( period, updateWeatherData, [period] )
         timedDataUpdate.start()
 
 def displayWeather():
-def displayWeather(channel):
+
-    print("displayWeather:", dictionary['forecast']['list'])
+
         humidity=day['humidity']
         temp_min=day['temp']['min']
         temp_max=day['temp']['max']
         temp_morning=day['temp']['morn']
         temp_evening=day['temp']['eve']
         temp=(temp_min + temp_max + temp_morning + temp_evening) / 4.0
         wind_speed=day['speed']
     #calculating the felt temperature
     if (temp >= 26.7) and (humidity >= 40):
         temp=float(-8.784695+(1.61139411*temp)+(2.338549*humidity)+(-0.14611605*temp*humidity)+(-1.2308094e-2*temp*temp)+(-1.6424828e-2*humidity*humidity)+(2.211732e-3*temp*temp*humidity)+(7.2546e-4*temp*humidity*humidity)+ (-3.582e-6*temp*temp*humidity*humidity))
     elif temp <=10.0:
         temp=float(13.12 + (0.6215 * temp) - (11.37 * wind_speed ** .16) + (.3965 * temp * wind_speed ** .16))
     #bad weather colors
     if wetter_id >= 600 and wetter_id<= 622:
         os.system("irsend SEND_ONCE Led WHITE")#Snow
     elif (wetter_id >= 300 and wetter_id<= 321) or (wetter_id >=200 and wetter_id <=232) or (wetter_id >=500 and wetter_id<=531):
         os.system("irsend SEND_ONCE Led VIOLETT")#Rain
     elif wetter_id==232 or wetter_id==212 or wetter_id==202 or wetter_id==502 or wetter_id==503 or wetter_id==504 or wetter_id==602 or wetter_id==622 or wetter_id==771 or wetter_id==781 or wetter_id>=950:
         os.system("irsend SEND_ONCE Led STROBE")#heavy Storm, alarm function
     #temperature colors
     #improvements:
     #fix the temperature scale to get better results in human felt temperature, like green. 17 degrees can be a bit cold and 26 hot
     #maybe i could use 12V WS2801 Modules and show the results like a clock, like 3:00, 6:00, 9:00, 12:00.
     #my idea is to put it inside an small ribba case, but on the downside this thing maybe can't light a small room in the dark
     elif temp <=-5:
         os.system("irsend SEND_ONCE Led BLUE_5")#darker blue
     elif temp >=-5 and temp <=0:
         os.system("irsend SEND_ONCE Led BLUE_4")
     elif temp >=0 and temp <=5:
         os.system("irsend SEND_ONCE Led BLUE_3")
     elif temp >=5 and temp <=10:
         os.system("irsend SEND_ONCE Led BLUE_2")
     elif temp >=10 and temp <=12.5:
         os.system("irsend SEND_ONCE Led BLUE_1")
     elif temp >=12.5 and temp <=17:
         os.system("irsend SEND_ONCE Led GREEN_1")
     elif temp >=17 and temp <=23:
         os.system("irsend SEND_ONCE Led GREEN_2")
     elif temp >=23 and temp <=26:
         os.system("irsend SEND_ONCE Led RED_1")#yellow
     elif temp >=26 and temp <=29:
         os.system("irsend SEND_ONCE Led RED_2")#orange
     elif temp >=29 and temp <=32:
         os.system("irsend SEND_ONCE Led RED_2")#orange
     elif temp >=32 and temp <=35:
         os.system("irsend SEND_ONCE Led RED_2")#orange
     elif temp >=35 and temp <=38:
         os.system("irsend SEND_ONCE Led RED_2")#red
     else:
         os.system("irsend SEND_ONCE Led PINK")#violet
 
 def interrupt_event(pin):
-    time.sleep(120)
+    if dictionary['running'] == False:
-    os.system("irsend SEND_ONCE Led OFF")
+        dictionary['running'] = True
         dictionary['startTime'] = time.time()
         displayWeather_thread = threading.Thread(target=displayWeather)
         displayWeather_thread.start()
     elif dictionary['running'] == True:
         dictionary['startTime'] = time.time()
 
-    #call displayWeather if pir_pin is rising and dont recognize new GPIO changes for 5000ms
+
-    GPIO.add_event_detect(pir_pin, GPIO.RISING, callback=displayWeather, bouncetime=5000)
+
     dictionary['update'] = True
-       time.sleep(1000)
+    dictionary['running'] = False
     dictionary['startTime'] = 0
     timedDataUpdate = threading.Timer( float(updateEvery), updateWeatherData, [float(updateEvery)] )
     timedDataUpdate.start()
     GPIO.add_event_detect(pir_pin, GPIO.RISING, callback=interrupt_event)
     while True:
         time.sleep(1)
         diff = time.time() - dictionary['startTime']
         if diff >= runTime:
             dictionary['running'] = False
             os.system("irsend SEND_ONCE Led OFF")
 
 
 if __name__ == '__main__':
     try:
         main()
     except (KeyboardInterrupt, SystemExit):
         print("\nQuit\n")
         dictionary['update'] = False
         GPIO.cleanup()