def update_indoor():
global indoor_all_state
number = node_num
get_db_indoor(indoor)
indoor_all_state = '''{''' + indoor.build_json_array()
for i in range(number - 1):
temp = Indoor(str(i + 2))
indoor_all_state += ','
get_db_indoor(temp)
indoor_all_state += temp.build_json_array()
indoor_all_state += '''}'''
print 'indoor update', get_current_time()
import sensor
from autorun import auto_run_main, get_side_wait_time
from control import Control
from currenttime import get_current_time
from database import save_db_indoor, save_db_outdoor, save_db_control, get_db_parameter, save_db_parameter, \
get_db_indoor, get_db_outdoor, delete_db_data
from indoor import Indoor
from outdoor import Outdoor
from parameter import Parameter
from scheduler import Scheduler
r = requests
app = Flask(__name__)
# 测试节点数据
node0 = Indoor('1')
# 室外环境数据
outdoor = Outdoor()
c = Control()
# 参数数据
p = Parameter()
control_method = "computer"
isConnect = False
# 服务器url
url = "http://121.43.106.119:8090/"
start_time = get_current_time()
indoor_node_data = ''''''
from indoor import Indoor
from flask import Flask
from flask import abort
from flask import redirect
import time
app = Flask(__name__)
node0 = Indoor()
print "temperature", node0.temperature
print "humidity", node0.humidity
print "radiation", node0.radiation
print "co2", node0.co2
node0.set_temperature(20.0)
node0.set_humidity(80.0)
node0.set_radiation(8000)
node0.set_co2(500)
print "temperature", node0.temperature
print "humidity", node0.humidity
print "radiation", node0.radiation
print "co2", node0.co2
def get_now_time():
return time.strftime("%Y-%m-%d %H:%M:%S", time.localtime(time.time()))
print get_now_time()
if get_current_time() > Parameter.period1_start_lighting and get_current_time() < Parameter.period1_stop_lighting:
if Outdoor.radiation > Parameter.radiation1_to_open_lighting:
Control.set_lighting_1("off")
stop_time = get_time()
elif get_current_time() > Parameter.period2_start_lighting and get_current_time() < Parameter.period2_stop_lighting:
if Outdoor.radiation > Parameter.radiation2_to_open_lighting:
Control.set_lighting_1("off")
stop_time2 = get_time()
else:
Control.set_lighting_1("off")
stop_time3 = get_time()
elif Control.get_lighting_1() == "off" and Control.get_lighting_2() == "on":
t3 = get_time() - stop_time3
t4 = get_time() - stop_time2
t5 = get_time() - stop_time
if t3 > 1750 and t3 < 1850:
Control.set_lighting_2("off")
if t4 > 1750 and t4 < 1850:
Control.set_lighting_2("off")
if t5 > 1750 and t5 < 1850:
Control.set_lighting_2("off")
i = Indoor()
o = Outdoor()
c = Control()
gh = Ghauto()
p = Parameter()
gh.heating(i, p, c)
print c.get_heating()
'''
Created on 2016/06/20
@author: Zxh
'''
from autorun import auto_run_main
from currenttime import get_time
from indoor import Indoor
from outdoor import Outdoor
from parameter import Parameter
from arm_project.control import Control
node0 = Indoor('node0')
o = Outdoor()
c = Control()
p = Parameter()
p.set_expect_humidity("80")
p.set_humidity_influence_range_of_air_temperature("5")
p.set_high_humidity_influence_on_air_temperature("3")
p.set_low_humidity_influence_on_air_temperature("4")
p.set_light_influence_on_air_temperature_slope("0.7")
p.set_roof_vent_open_time("10")
p.set_shade_screen_in_time("5")
p.set_shade_screen_out_time("7")
p.set_side_vent_time("9")
start_time = get_time()
auto_run_main(node0, o, c, p)
# "cooling_pump": "%s",
# "cooling_fan": "%s",
# "fan": "%s",
# "fogging": "%s",
# "heating": "%s",
# "co2": "%s",
# "lighting_1": "%s",
# "lighting_2": "%s"
# }
# }
# }
# '''%(row[1],row[2],row[3],row[4],row[5],row[6],row[7],row[8],row[8],row[9],row[10],row[11],row[12],row[13],row[14],row[15])
if __name__ == '__main__':
print 'test start'
indoor = Indoor('2')
outdoor = Outdoor()
control = Control()
# print get_db_actutor_current_state()
#d='''{"outdoor_radiation": "true","start": "2016-06-17",
#"stop": "2016-08-22"}'''
#print handle_query_condition(d)
outdoor.get_weather_from_api()
#save_db_outdoor(outdoor)
# print outdoor.build_json()
# temperature, humidity, radiation, co2, wind_direction, wind_speed, rain_snow,atmosphere
print outdoor.get_wind_direction()
outdoor.set_wind_direction_number()
print outdoor.get_wind_direction()
# print outdoor.get_rain()
with app.app_context():
# coding=utf-8
from currenttime import get_current_time
from flask import Flask, request
from outdoor import Outdoor
from control import Control
from indoor import Indoor
from scheduler import Scheduler
from parameter import Parameter
from database import save_db_indoor, save_db_outdoor, save_db_control, get_db_parameter, save_db_parameter
from autorun import auto_run_main, get_side_wait_time
import json
app = Flask(__name__)
node0 = Indoor('node_0')
outdoor = Outdoor()
c = Control()
p = Parameter()
get_db_parameter(p) # init parameter from database
control_method = "computer"
def update_indoor():
# save_db_indoor(node0)
print 'indoor updated', get_current_time()
def update_outdoor():
outdoor.get_weather_from_api()
# save_db_outdoor(outdoor)
from control import Control
from scheduler import Scheduler
from indoor import Indoor
from control_command import ControlCommand
from werkzeug.contrib.fixers import ProxyFix
from database import get_db_indoor, get_db_outdoor, get_db_control_state, save_db_control_state, save_db_indoor, \
save_db_outdoor, \
get_db_control_command, save_db_control_command, handle_query_condition, handle_indoor_data, handle_outdoor_data
app = Flask(__name__)
node_num = 8
outdoor = Outdoor()
control = Control()
indoor = Indoor()
command = ControlCommand()
indoor_all_state = ''
web_control = False
def update_indoor():
global indoor_all_state
number = node_num
get_db_indoor(indoor)
indoor_all_state = '''{''' + indoor.build_json_array()
for i in range(number - 1):
temp = Indoor(str(i + 2))
indoor_all_state += ','
get_db_indoor(temp)
indoor_all_state += temp.build_json_array()
