def get_temperature_and_humidity(sensor, name):
data = []
humid, temp = sensor.readings()
reading = {}
reading['measurement'] = 'temperature'
reading['tags'] = {
'sensorName': name,
'sensorLocation': 'Wellhouse',
'sensorType': 'SHTC3'
}
reading['fields'] = {'tempc': temp, 'tempf': round(conv.c_to_f(temp), 2)}
data.append(reading)
reading = {}
reading['measurement'] = 'humidity'
reading['tags'] = {
'sensorName': name,
'sensorLocation': 'Wellhouse',
'sensorType': 'SHTC3'
}
reading['fields'] = {'humidity': round(humid, 2)}
data.append(reading)
return data
def get_1w_temperature(device):
reading = {}
client = Ownet(device['host'])
temp = client.read(device['device'])
name = client.device_name(device['device'])
reading['measurement'] = 'weathermon'
reading['tags'] = {'sensorName': name, 'sensorLocation': 'Ourhouse'}
reading['fields'] = {'tempc': temp, 'tempf': round(conv.c_to_f(temp), 2)}
return reading
def get_temperature_and_humidity(sensor, name):
reading = {}
humid, temp = sensor.readings()
reading['measurement'] = 'weathermon'
reading['tags'] = {'sensorName': name, 'sensorLocation': 'Ourhouse'}
reading['fields'] = {
'tempc': temp,
'tempf': round(conv.c_to_f(temp), 2),
'humidity': round(humid, 2)
}
return reading
def get_1w_temperature(device):
reading = {}
client = Ownet(device['host'])
try:
temp = client.read(device['device'])
except:
print("Error reading {}.".format(device['device']))
return reading
if temp > 75.0:
return reading
name = client.device_name(device['device'])
location = 'Greenhouse'
if name == 'Wellhouse':
location = name
reading['measurement'] = 'temperature'
reading['tags'] = {
'sensorName': name,
'sensorLocation': location,
'sensorType': device['type']
}
reading['fields'] = {'tempc': temp, 'tempf': round(conv.c_to_f(temp), 2)}
return reading
def get_readings(device):
data = []
try:
device.connect()
sensor_data = device.read()
device.disconnect()
except:
return False
# Get the humidity reading from AirThings
reading = {}
reading['measurement'] = 'humidity'
reading['tags'] = {
'sensorName': 'AirThings',
'sensorLocation': 'Basement',
'sensorType': 'WavePlus'
}
reading['fields'] = {'humidity': round(sensor_data.sensor_data[0], 2)}
data.append(reading)
# Get the temperature reading from AirThings
reading = {}
reading['measurement'] = 'temperature'
reading['tags'] = {
'sensorName': 'AirThings',
'sensorLocation': 'Basement',
'sensorType': 'WavePlus'
}
reading['fields'] = {
'tempc': round(sensor_data.sensor_data[3], 2),
'tempf': round(conv.c_to_f(sensor_data.sensor_data[3]), 2)
}
data.append(reading)
# Get the radon readings from AirThings
reading = {}
reading['measurement'] = 'radon'
reading['tags'] = {
'sensorName': 'AirThings',
'sensorLocation': 'Basement',
'sensorType': 'WavePlus'
}
reading['fields'] = {
'short_term_radon': sensor_data.sensor_data[1],
'long_term_radon': sensor_data.sensor_data[2],
'short_term_radon_us': round(sensor_data.sensor_data[1] / 37.0, 1),
'long_term_radon_us': round(sensor_data.sensor_data[2] / 37.0, 1)
}
data.append(reading)
# Get the CO2 readings from AirThings
reading = {}
reading['measurement'] = 'co2'
reading['tags'] = {
'sensorName': 'AirThings',
'sensorLocation': 'Basement',
'sensorType': 'WavePlus'
}
reading['fields'] = {'carbon_dioxide': sensor_data.sensor_data[5]}
data.append(reading)
# Get the VOC readings from AirThings
reading = {}
reading['measurement'] = 'voc'
reading['tags'] = {
'sensorName': 'AirThings',
'sensorLocation': 'Basement',
'sensorType': 'WavePlus'
}
reading['fields'] = {'voc': sensor_data.sensor_data[6]}
data.append(reading)
return data