def logValues():
if count == len(sensors) - 1:
log.temp(str(sensors[count].temp) + ";\n")
else:
log.temp(str(sensors[count].temp) + ";")
log.prnt(TS.most(1) + ". " + sensors[count].name + ", homersekleti erteke: " + "{:.3f}".format(
sensors[count].temp / float(1000)))
# GPIO.output(id,state)
# # GPIO.output(id,False);
# time.sleep(2)
# GPIO.output(id,True)
return True
except:
return False
def mizu(id):
try:
# GPIO.setwarnings(False);
# GPIO.setmode(GPIO.BCM);
# GPIO.setup(id,GPIO.OUT);
# state = GPIO.input(id)
return True
except:
return str("lofasz")
if __name__ == '__main__':
#time.sleep(5)
id = 17
if kapcs(id, True) == 1:
print(TS.most(1) + "Rele kikapcsolva")
else:
print(
TS.most(1) +
"Gaz van, relet nem sikerult kikapcsolni, pedig megprobaltam")
sensor = Sensor()
sensor.id = '28-0417c2d68cff'
sensor.name = "Medence (1)"
sensor.temp = GetTemp.gettemp(sensor.id)
sensors.append(sensor)
sensor = Sensor()
sensor.id = '28-0417c3b93dff'
sensor.name = "Panel (1)"
sensor.temp = GetTemp.gettemp(sensor.id)
sensors.append(sensor)
count = 0
while count < len(sensors):
log.prnt(
TS.most(1) + sensors[count].name +
" szenzor inicializálva, hőmérsékleti értéke: " +
"{:.3f}".format(sensors[count].temp / float(1000)))
count += 1
# count = 0
# while count < 2:
# id = "28-0417c2d68cff"
# sensor_new = Sensor(id,"ciklusbol_generalt %s" %(count),GetTemp.gettemp(id))
# sensors.append(sensor_new)
# count += 1
#print(sensor[0]name)
# id = '28-0417c2d68cff'
# mytemp_1 = GetTemp.gettemp(id);
from model import Relay if __name__ == '__main__': time_start=10 time_stop=18 sleep_timer = 30 dif_temp_be = 15000 dif_temp_ki = 5000 # Script has been called directly log.prnt(TS.most(1) + "---------------Rendszerinditas------------------") #Init sensors log.prnt(TS.most(1) + ". Szenzorok inicializalasa...") global sensors=[] medence = Sensor() medence.id = '28-0417c2d68cff' medence.name = "Medence (1)" medence.temp = GetTemp.gettemp(medence.id); # sensors.append(medence) sensor1 = Sensor()
