def should_turn_off_fridge():
"""Checks if fridge temp is below target temp"""
temp_data = read_temp()[1]
# logging.info('Current temp is: {}, target temp is: {}'.format(temp_data, target_temp))
print('{} Current temp is: {}, target temp is: {}'.format(
datetime.now().strftime("%Y-%m-%d %H:%M:%S"), temp_data, target_temp))
return temp_data < target_temp
def tooHot():
global tmin
global tmax
while 1:
temp = thermometer.read_temp()
if (temp > tmin):
print str(tmin)
print "Temp is too high"
if (temp < tmax):
button.buzzerOff()
global buzzed
buzzed = 0
print "Needs moar air"
dc = int(85 - (50 * (temp - tmin)))
if (dc <= 0):
dc = 0.1
else:
print "Needs all of the air"
button.buzzerOn(buzzed)
global buzzed
buzzed = 1
dc = 0.1
motor.motorSpeed(dc)
else:
motor.motorSpeed(100)
button.buzzerOff()
def get_state():
response = jsonify({
'mode': boiler_switch.get_state(),
'temperature_c': read_temp()
})
return response
async def monitor_temp():
await client.wait_until_ready()
global alert
while not client.is_closed:
temp = thermometer.read_temp()
if (low_temp >= temp or temp >= high_temp) and not alert:
alert = True
await asyncio.sleep(600)
def the_state_of_the_heating_system():
global boil
date_and_time.read_time()
if GPIO.input(7) == 0:
print("Čerpadlo je zapnuto.")
else:
print("Čerpadlo je vypnuto.")
if boil == 0:
print("Bojler je uzavřen.")
else:
print("Bojler je otevřen.")
t6 = thermometer.read_temp(6)
t14 = thermometer.read_temp(14)
print("Teplota vody v bojleru je %s °C." % t6)
print("Teplota kolektoru je %s °C" % t14)
print(
"***************************************************************************"
)
def log():
"""Log the current temperature"""
current_temp = thermometer.read_temp()
now = '{0:%a-%d-%b-%H:%M}'.format(datetime.datetime.now())
print(f"Current datetime is: {now}")
print(f"Current temp is: {current_temp}")
data.append_data(now, current_temp)
def on_message(self, message):
print("Message Received")
while True:
temp = read_temp()
self.temps.append(temp)
n_temp = len(self.temps)
if n_temp > 12:
self.temps = self.temps[1:]
payload = {"temp": self.temps}
message = json.dumps(payload)
self.write_message(message)
print(temp)
time.sleep(5) #難病に一回データを取るか
def setup():
GPIO.setwarnings(False)
temp = thermometer.read_temp()
global temp_room
temp_room = temp
global tmin
tmin = temp_room + 0.25
global tmax
tmax = tmin + 0.85
#motor.motorSpeed(100)
#motor.stopMotor()
print "Tmin is " + str(tmin)
print "Tmax is " + str(tmax)
async def on_message(message):
if message.author == client.user:
return
if message.content.startswith('!hi'):
await client.send_message(message.channel, 'Hello!')
if message.content.startswith('!temp'):
temp = thermometer.read_temp()
await client.send_message(message.channel,
'Temperature - {}°F'.format(temp))
if message.content.startswith('!alert'):
global alert
await client.send_message(message.channel, '{}'.format(alert))
def set_state():
body = request.get_json(force=True)
print body
if (body['mode'] == 'heat'):
boiler_switch.turn_on()
elif (body['mode'] == 'off'):
boiler_switch.turn_off()
else:
abort(400)
response = jsonify({
'mode': boiler_switch.get_state(),
'temperature_c': read_temp()
})
return response
def check():
"""Check if the current temperature of the fridge is within certain bounds. If not, it sends alert emails"""
current_temp = thermometer.read_temp()
if current_temp >= MAX_TEMP:
print("Fridge temperature too high")
subject = "FRIDGE ALERT"
text = f"The fridge temperature has risen above safe levels, the current temperature is {current_temp}°C."
for recipient in RECIPIENTS:
try:
mail.send_email(sender_email=SENDER_EMAIL,
password=SENDER_PASSWORD,
receiver_email=recipient,
subject=subject,
body=text)
print(f"Sent alert email to: {recipient}")
except Exception as e:
print(f"Had error:\n{e}\nwhen sending an email.")
continue
print("\n\n")
print("Sent alert emails")
elif current_temp <= MIN_TEMP:
print("Fridge temperature too low")
subject = "FRIDGE ALERT"
text = f"The fridge temperature has fallen below safe levels, the current temperature is {current_temp}°C."
for recipient in RECIPIENTS:
try:
mail.send_email(sender_email=SENDER_EMAIL,
password=SENDER_PASSWORD,
receiver_email=recipient,
subject=subject,
body=text)
print(f"Sent alert email to: {recipient}")
except Exception as e:
print(f"Had error:\n{e}\nwhen sending an email.")
continue
print("\n\n")
print("Sent alert emails")
else:
print("Fridge temperature is within safe levels.")
async def alarm():
await client.wait_until_ready()
global alert
prev_temp = 0
channel = discord.Object(id=channel_id)
while alert and not client.is_closed:
temp = thermometer.read_temp()
if temp >= high_temp and temp > prev_temp:
prev_temp = temp
await client.send_message(channel,
bot_utils.open_message(weeby_id, temp))
if temp <= low_temp and temp < prev_temp:
prev_temp = temp
await client.send_message(channel,
bot_utils.close_message(weeby_id, temp))
if temp < high_temp and temp > low_temp:
await client.send_message(channel, bot_utils.normal_temp())
alert = False
if alert:
await asyncio.sleep(900)
def dashboard_p():
try:
curs, conn = connection()
if request.method == "POST":
for i in range(1, 60):
bpm = bpm
temp = read_temp()
dt = datetime.datetime.now().strftime(dateString)
curs.execute(
"INSERT into {}(DateTime, Temperature, PulseRate) VALUES (%s,%s,%s)"
.format(session['username']), (dt, temp, bpm))
conn.commit()
time.sleep(1)
curs.execute("SELECT DateTime,Temperature,PulseRate from %s" %
(session['username']))
data = curs.fetchall()
curs.close()
conn.close()
gc.collect()
return render_template("dashboard_p.html", data=data)
except Exception as e:
return (str(e))
import thermometer
import time
stop = 0
j = 0
GPIO.setwarnings(False)
GPIO.setmode(GPIO.BCM)
GPIO.output(24, True)
j = 0
k = 0
while True:
t1 = thermometer.read_temp(1) #atmos
t7 = thermometer.read_temp(7) #boil
t11 = thermometer.read_temp(11) #storage tank
t15 = thermometer.read_temp(15) #temperature in boil room
if ((t7 >= 40) and (j == 0)):
siren.signal()
j = j + 1
elif ((t7 < 40) and (j == 1)):
j = j - 1
elif t15 >= 50:
while True:
siren.SOS()
elif ((t1 >= 75) and (t7 < 50) and (k == 0)):
pump_boil.open()
servo_boil.open(20)
def test():
"""Gets the current temperature. Acts as the default behaviour"""
current_temp = thermometer.read_temp()
print(f"The current temperature reading is {current_temp}°C")
def temperature():
the_state_of_the_heating_system()
t1 = thermometer.read_temp(1)
t2 = thermometer.read_temp(2)
t3 = thermometer.read_temp(3)
t4 = thermometer.read_temp(4)
t5 = thermometer.read_temp(5)
t6 = thermometer.read_temp(6)
t7 = thermometer.read_temp(7)
t8 = thermometer.read_temp(8)
t9 = thermometer.read_temp(9)
t10 = thermometer.read_temp(10)
t11 = thermometer.read_temp(11)
t12 = thermometer.read_temp(12)
t13 = thermometer.read_temp(13)
#t14 = thermometer.read_temp(14)
t15 = thermometer.read_temp(15)
print("Teplota kotle je %s °C." % t1)
print("PŘED trojcestným ventilem je %s °C." % t2)
print("ZA trojcestným ventilem je %s °C?" % t3)
print("POD trojcestným ventilem je %s °C." % t4)
print("Zpátečka z domu má %s °C." % t5)
print("Vstup do bojleru má %s °C." % t6)
print("Teplota vody v bojleru je %s °C." % t7)
print("Zpátečka z bojleru má %s °C." % t8)
print("Vstup do akumulačních nádrží má %s °C." % t9)
print("Zpátečka do akumulačních nádrží má %s °C?" % t10)
print("Akumulační nádrž nahoře má %s °C." % t11)
print("Akumulační nádrž téměř dole má %s °C." % t12)
print("Zpátečka z akumulačních nádrží má %s °C." % t13)
#print ("Teplota kolektoru je %s °C." %t14)
print("Teplota u stropu je %s °C." % t15)
print(
"***************************************************************************"
)
if boil == 0:
print("Bojler je uzavřen.")
else:
print("Bojler je otevřen.")
t6 = thermometer.read_temp(6)
t14 = thermometer.read_temp(14)
print("Teplota vody v bojleru je %s °C." % t6)
print("Teplota kolektoru je %s °C" % t14)
print(
"***************************************************************************"
)
t6 = thermometer.read_temp(6)
t14 = thermometer.read_temp(14)
while True:
if (t14 >= (t6 + 5)):
pump_boil.open()
boil = servo_boil.open(100)
pump_boil.on()
the_state_of_the_heating_system()
while (t14 >= (t6 + 5)):
time.sleep(200)
t6 = thermometer.read_temp(6)
t14 = thermometer.read_temp(14)
else:
pump_boil.close()
boil = servo_boil.open(0)
pump_boil.off()
