def check_belt():
v_signal = get_signal_data(simulator_ip, 'ESP_v_Signal')
v = v_signal['value']
belt_signal = get_signal_data(simulator_ip, 'AB_Gurtschloss_FA')
belt = belt_signal['value']
if (v > 0 and belt == 2):
s = "The driver seat belt is not fastened."
return s
def weather_message():
from constants import weather_key
lat = get_signal_data(simulator_ip, 'NP_LatDegree')
lon = get_signal_data(simulator_ip, 'NP_LongDegree')
w = requests.get('http://api.openweathermap.org/data/2.5/weather?lat=' +
str(lat['value']) + '&lon=' + str(lon['value']) +
'&APPID={}'.format(weather_key)).json()
s = "This is a " + w['weather'][0]['description'] + " outside. " + '\n'
s += "The temperature is " + str(int(w['main']['temp']) -
273) + " Celsius." + '\n'
s += "The roads are slippery." + "\n"
s += "The recommended speed is 60 km per hour." + "\n"
s += "Don't forget to turn on your low-beam headlights. " + '\n'
return s
def check_gas():
gas_percent = get_signal_data(simulator_ip,
'KBI_Tankfuellstand_Prozent')['value']
if (gas_percent < 6):
return "Caution! Critical gas level" + str(gas_percent) + "left"
if (gas_percent < 20):
return "Low gas level." + str(gas_percent) + "left"
def check_blinkers():
angle = get_signal_data(simulator_ip, 'LWI_Lenkradwinkel')['value']
left_blinker = get_signal_data(simulator_ip, 'BH_Blinker_li')['value']
right_blinker = get_signal_data(simulator_ip, 'BH_Blinker_re')['value']
direction = get_signal_data(simulator_ip, 'LWI_VZ_Lenkradwinkel')['value']
cur_speed = get_signal_data(simulator_ip, 'ESP_v_Signal')['value']
if (cur_speed > 1 and angle > 90):
if (direction):
if (not left_blinker and right_blinker):
return "You turned on the wrong blinker."
if (not left_blinker and not right_blinker):
return "You forgot turn on left blinker."
else:
if (left_blinker and not right_blinker):
return "You turned on the wrong blinker."
if (not left_blinker and not right_blinker):
return "You forgot turn on right blinker."
def check_lights():
from datetime import datetime
import pytz
part_of_day = 'night'
tz_ZR = pytz.timezone('Europe/Zurich')
datetime_ZR = datetime.now(tz_ZR)
a = ()
a = datetime_ZR.strftime("%H%M%S")
h, m, s, = (a[0] + a[1]), (a[2] + a[3]), (a[4] + a[5])
if (int(h) < 18 and int(h) > 6):
part_of_day = 'day'
dipped = get_signal_data(simulator_ip, "LV_Abblendlicht_Anzeige")
high = get_signal_data(simulator_ip, "BH_Fernlicht")
if (part_of_day == 'day'):
if (high):
return "Turn off high beam"
if (not dipped):
return "Put dipped beam on"
def check_speed():
cur_speed = get_signal_data(simulator_ip, 'ESP_v_Signal')['value']
limit_speed = 30
if (cur_speed > limit_speed):
return "You have exceeded the speed limit."
def get_coordinates():
lat = get_signal_data(simulator_ip, 'NP_LatDegree')['value']
lon = get_signal_data(simulator_ip, 'NP_LongDegree')['value']
# print(lat, lon)
return lat, lon