ex9024_level = a.get_valve_position()
flowrate = s.get_flowrate()
temperature_inlet = s.get_radiator_temperature_inlet()
temperature_outlet = s.getradiator_temperature_outlet()
temperatures = [rtm1_0, rtm1_1, wt_0, wt_1, wt_2, wt_3]
weightings = [1, 1, 1, 1, 1, 1]
temperatures_weighted = 0
for j, temperature in enumerate(temperatures):
temperatures_weighted += weightings[j] * temperature
temperature_room = temperatures_weighted / sum(weightings)
if (temperature_room < 21.0) and (abs(ex9024_level-valve_open) > 0.05):
print "too cold"
a.set_valve_position(opening_level = valve_open)
elif (temperature_room > 22.0) and (abs(ex9024_level-valve_closed) > 0.05):
print "too hot!"
a.set_valve_position(opening_level = valve_closed)
ex9024_level_new = a.get_valve_position()
data_set = [time.ctime(), flowrate, temperature_inlet, temperature_outlet, ex9024_level_new, rtm1_0, rtm1_1, wt_0, wt_1, wt_2, wt_3, round(temperature_room, 2)]
print data_set
dbi.insert_temperature_1(time_measurement, rtm1_0)
dbi.insert_temperature_2(time_measurement, wt_3)
dbi.insert_temperature_3(time_measurement, wt_2)
dbi.insert_temperature_4(time_measurement, rtm1_1)
dbi.insert_temperature_5(time_measurement, wt_0)
from sensors_actuators_k004b.actuators import Actuators
import os
client_address_sensors = os.environ["EX9132_ADDRESS"]
client_port_sensors = os.environ["EX9132_PORT_2"]
a = Actuators(client_address_sensors, client_port_sensors)
k = 0
print a.get_valve_position()
print a.set_valve_position(opening_level=1.0)
while k < 5:
print a.get_valve_position()
k += 1
del a
log.setLevel(logging.DEBUG)
s = Sensors(client_address = sensor_client_address, \
client_port = sensor_client_port, \
server_address = server_address, \
server_port = server_port, \
serial_port = serial_port_sensors, \
baudrate = baudrate_sensors, \
parity = parity_sensors, \
stopbits = stopbits_sensors, \
bytesize = bytesize_sensors, \
timeout = timeout_sensors)
a = Actuators(client_address = actuator_client_address, \
client_port = actuator_client_port)
s.get_temperature_northwest()
s.get_temperature_northeast()
s.get_temperature_east()
s.get_temperature_west()
s.get_temperature_southwest()
s.get_temperature_southeast()
s.get_flowrate_radiator()
s.get_temperature_radiator_inlet()
s.get_temperature_radiator_outlet()
s.get_radiation_total()
s.get_radiation_diffuse()
s.get_sunshine_presence()
a.set_valve_position(opening_level=0.0)
a.get_valve_position()
