control_final.py

import os
import sys
from argparse import ArgumentParser
import subprocess
import time
from datetime import datetime
import Adafruit_DHT as dht
import requests
import cv2
import numpy as np
import threading
import boto3

up = "python3 irrp.py -p -g23 -fairconup"
down = "python3 irrp.py -p -g23 -faircondown"
onoff = "python3 irrp.py -p -g23 -fairconpower"

s3 = boto3.client('s3', '''need key'''
    aws_access_key_id='',
    aws_secret_access_key='')

cam = cv2.VideoCapture(0,cv2.CAP_V4L)
cam.set(3, 640) # set video widht
cam.set(4, 480) # set video height

arr = ""
myfile = ""

def print_real():
    ret, img = cam.read()
    now = datetime.now()
    realti = str(now.year)+str(now.month)+str(now.day)+str(now.hour)+str(now.minute)+str(now.second)
    filename1 ='image/'+realti+'.jpg'
    filename2 =realti+'.jpg'
    cv2.imwrite("image/"+realti+".jpg",img)

    bucket_name='objectdetection7220'
    s3.upload_file(filename1,bucket_name,filename2)

def gpn():
    for object in s3.list_objects(Bucket='objectdetection7220-1')['Contents']:
        s3.download_file('objectdetection7220-1', object['Key'], object['Key'])
        arr=object['Key']
    myfile=open(arr,'r',encoding='utf-8')
    mystring=myfile.read()

    return int(mystring) 

def check_hour():
    now = datetime.now()
    return now.hour

def check_month():
    now = datetime.now()
    month = int(now.month)
    if(month==11 or month==12
        or month==1 or month==2):
        return 'heat'
    if(month==5 or month==6
        or month==7 or month==8):
        return 'cool'
    else:
        return 'default'

def check_temp():
    _,it = dht.read_retry(dht.DHT11,14)
    return it

def set_temp(st,tmp):
    if(st<tmp):
        while(st==tmp):
            if(os.system(up) != 0): '''up'''
                print('up error')
                break
            print('temp on')
            st+=1
    if(tmp<st):
        while(st==tmp):
            if(os.system(down) != 0): '''down'''
                print('down error')
                break
            print('temp down')
            st-=1

#pn : person num
#it : indoor temp
#st : setted temp
#s : state
#sys : cool or heat
'''starting off'''

def main(init_temp):
    sys=check_month()
    s=0 #off
    st=init_temp 
    if(sys=='cool'):
        print('Start Cooling Control!')
        print('======================')
        while True:
            hour=check_hour()
            if(hour=='12' or hour=='17'): '''for lunchtime & closing hour'''
                continue
            print_real()
            time.sleep(3)
            pn=gpn()
            time.sleep(2)
            it=check_temp()
            if(s==1 and (it<24 or pn==0)):
                if(os.system(onoff) != 0): '''off'''
                    print('onoff error')
                    break
                print('off')
                s=0
            else:    
                if(it<=26): '''꺼져있을 때 는 처음상황에서는 26도 보다 크면 on'''
                    continue                
                if(s==0 and (it==24 and 20<pn)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    '''set temp 24'''
                    set_temp(st,24)
                elif(s==0 and (it==25 and 10<pn)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    if(10<pn<=20):
                        '''set temp 25'''
                        set_temp(st,25)
                    if(20<pn<=30):
                        '''set temp 24'''
                        set_temp(st,24)
                elif(s==0 and (it>=26 and 0<pn)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    if(0<pn<=10):
                        '''set temp 26'''
                        set_temp(st,26)
                    if(10<pn<=20):
                        '''set temp 25'''
                        set_temp(st,25)
                    if(20<pn<=30):
                        '''set temp 24'''
                        set_temp(st,24) 
                else:
                    continue

    if(sys=='heat'):
        print('Start Heating Control!')
        print('======================')
        while True:
            hour=check_hour()
            if(hour=='12' or hour=='17'): '''for lunchtime & closing hour'''
                continue
            print_real()
            time.sleep(3)
            pn=gpn()
            time.sleep(2)
            check_temp()
            if(s==1 and (it>20 or pn==0)):
                if(os.system(onoff) != 0): '''off'''
                    print('onoff error')
                    break
                print('off')
                s=0
            else:    
                if(it>=18): '''꺼져있을 때 켜는 처음상황에서는 18도 보다 작으면 on'''
                    continue
                if(s==0 and (it==20 and pn<=10)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    '''set temp 20'''
                    set_temp(st,20)
                elif(s==0 and (it==19 and pn<=20)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    if(0<pn<=10):
                        '''set temp 20'''
                        set_temp(st,20)
                    if(10<pn<=20):
                        '''set temp 19'''
                        set_temp(st,19)
                elif(s==0 and (it<=18)):
                    if(os.system(onoff) != 0): '''on'''
                        print('onoff error')
                        break
                    print('on')
                    s=1
                    if(0<pn<=10):
                        '''set temp 20'''
                        set_temp(st,20)
                    if(10<pn<=20):
                        '''set temp 19'''
                        set_temp(st,19)
                    if(20<pn<=30):
                        '''set temp 18'''
                        set_temp(st,18) 
                else:
                    continue
    else:
        print("There's no need for cooling and heating!")
    
if __name__=='__main__':
    parser = ArgumentParser(description='control Air Conditioner')
    parser.add_argument("--input_initial_temp",help=" ")
    args=parser.parse_args()
    input_initial_temp=args.input_initial_temp
    main(input_initial_temp)