def requestData():
now = datetime.datetime.now()
timeRequest = now.strftime('%Y-%m-%d %H:%M:%S')
print ('Request Data')
try:
global str_ow_data;
global str_wu_data;
global location;
global latitude;
global longitude;
global timeForcast;
global weather;
global code;
global requestStatus;
str_ow_data = OW.getForecast(DB.getLatitude(),DB.getLongitude());
location = OW.getCityName(str_ow_data);
latitude = str(OW.getCityLatitude(str_ow_data));
longitude = str(OW.getCityLongitude(str_ow_data));
timeForcast = str(OW.getForecastNext(str_ow_data)['dt_txt']);
weather = str(OW.getForecastNext(str_ow_data)['weather'][0]['description']);
code = str(OW.getForecastNext(str_ow_data)['weather'][0]['id']);
requestStatus = True;
print ('Request Success')
except Exception as e:
requestStatus = False;
print ('Error Connection')
#import schedule
import time, datetime
import slot as SL
import database_sqlite as DB
def job():
global t0
global ts
ts = 1
print("I'm working...")
t0 = time.time()
return t0
temp = 42
hum = 45
x = SL.adv_decision(temp,hum,)
=======
import database_sqlite as DB
import hisab as hisab
import time
while True:
try:
terbit = hisab.terbit(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0)
except:
pass
print (terbit)
time.sleep(1)
def cekOwCode():
print ("CEK OW CODE")
global ow_code
global ow_desc
global str_ow_data
ow_code = 0
ow_desc = 'Sunny'
terbit = int(hisab.terbit(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0))
terbenam = int(hisab.terbenam(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0))
siang = int(hisab.siang(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0))
now = datetime.datetime.now();
if(now.hour<terbit or now.hour > terbenam):
hour1 = terbit
hour2 = terbenam
while(hour1%3!=0):
hour1 = hour1+1
for i in range(hour1,hour2,3):
myTime = datetime.datetime.now()
myTime = myTime.replace(hour=i)
if(now.hour>terbenam):
maxday = monthrange(myTime.year,myTime.month)[1]
if(myTime.day+1 > maxday):
myTime = myTime.replace(hour=i,day=1,month=myTime.month+1)
else:
myTime = myTime.replace(hour=i,day=myTime.day+1)
timeRequest = myTime.strftime('%Y-%m-%d %H:00:00');
for dt in ow_cerah_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 0
ow_desc_temp = 'Sunny'
for dt in ow_mendung_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 1
ow_desc_temp = 'Cloudy'
for dt in ow_hujan_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 2
ow_desc_temp = 'Rain'
if(ow_code_temp>ow_code):
ow_code = ow_code_temp
ow_desc = ow_desc_temp
# print str(i) + " : " + str(ow_code_temp)
elif(now.hour>terbit and now.hour<terbenam):
hour1 = terbenam
hour2 = terbit
while(hour1%3!=0):
hour1 = hour1+1
for i in range(hour1,24,3):
myTime = datetime.datetime.now()
myTime = myTime.replace(hour=i)
timeRequest = myTime.strftime('%Y-%m-%d %H:00:00');
for dt in ow_cerah_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 0
ow_desc_temp = 'Sunny'
for dt in ow_mendung_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 1
ow_desc_temp = 'Cloudy'
for dt in ow_hujan_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 2
ow_desc_temp = 'Rain'
if(ow_code_temp>ow_code):
ow_code = ow_code_temp
ow_desc = ow_desc_temp
# print str(i) + " : " + str(ow_code_temp)
for i in range(0,hour2,3):
myTime = datetime.datetime.now()
maxday = monthrange(myTime.year,myTime.month)[1]
if myTime.day+1 > maxday:
myTime = myTime.replace(hour=i, day=1, month=myTime.month+1)
else:
myTime = myTime.replace(hour=i, day=myTime.day+1)
timeRequest = myTime.strftime('%Y-%m-%d %H:00:00');
for dt in ow_cerah_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 0
ow_desc_temp = 'Sunny'
for dt in ow_mendung_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 1
ow_desc_temp = 'Cloudy'
for dt in ow_hujan_code:
if(OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id'] == dt):
ow_code_temp = 2
ow_desc_temp = 'Rain'
if(ow_code_temp>ow_code):
ow_code = ow_code_temp
ow_desc = ow_desc_temp
def main():
global status
global pump
global terbit
global t0
global ts
am, pm = DB.getPOP()
t0 = decision2()
schedule.every(ts).hours.do(decision2)
while True:
now = datetime.datetime.now()
timeRequest = now.strftime('%Y-%m-%d %H:%M:%S')
terbit = hisab.terbit(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0)
terbenam = hisab.terbenam(DB.getTimezone(),DB.getLatitude(),DB.getLongitude(),0)
strTerbit = str(int(math.floor(terbit)))+":"+str(int((terbit%1)*60))
time.sleep(1)
print (timeRequest)
schedule.run_pending()
if(now.hour%1==0 and now.minute%30.0==0):
print("retrive data sensor")
DB.logsoil(soil)
DB.lograin(rain)
DB.logdht(temp, hum)
requestData()
cekOwCode()
if(now.minute==0):
cekWUCode()
timeRequest = now.strftime('%Y-%m-%d %H:00:00');
if(now.hour == 0):
DB.addSunTime([strTerbit])
am = WU.getpop(0)
pm = WU.getpop(1)
time.sleep(0.5)
am_condition = WU.getweather(0)
pm_condition = WU.getweather(1)
wsp = 'wunderground'
DB.addForecast2(am,pm,am_condition,pm_condition,wsp,timeRequest)
if(now.hour%3==0):
code = OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['id']
weather = OW.getForcastByTime(str_ow_data, timeRequest)['weather'][0]['description']
wsp = "openweather"
DB.addForecast(code,weather,wsp,timeRequest)
try:
temp, hum = getdht()
soil = getsoil()
rain = getrain()
except :
pass
t1 = t0 + (ts*60)*60
t2 = time.strftime("%I %M %p",time.localtime(t1))
print ("=============================")
print ("Sunrise : " + str(int(terbit))+":"+str(int((terbit%1)*60))+" AM")
print ("plant will need water in : "+str(ts)+" hour again")
print ("Will check plant again at : "+time.strftime("%I %M %p",time.localtime(t1)))
print ("-----------------------------")
print ("current soil : "+ str(soil))
print ("current rain : "+ str(rain))
print ("temperature : {}".format(temp))
print ("humidity : {}".format(hum))
print ("-----------------------------")
print ("-prediciton-")
print ("Chance of rain rain today : {}".format(am) +"%")
print ("Chance of rain rain tonight : {}".format(pm) +"%")
print ("=============================")
if((math.floor(terbit) == now.hour and int((terbit%1)*60) == now.minute)):
NK = fuzzy.calculate(soil,rain,temp,hum,ow_code)
status = NK
decision = 'fuzzy decision'
if(NK>65):
pump_on()
pump = 'ON'
else:
pump = 'OFF'
DB.addDecision(decision,status,pump)
circumstances()