def getSensorData():
presion = Sensor("1", "presion", bmp085.BMP085().get_pressure(), True)
temp = Sensor("2", "temperatura",
ds18b20_therm.DS18B20().read_temp(), True)
air = Sensor("3", "calidadAire",
tgs2600.TGS2600(adc_channel=0).get_value(), True)
humidity = Sensor("4", "humedad", HTU21D.HTU21D().read_temperature(), True)
metano = Sensor("5", "metano", getMetano(), True)
noise = Sensor("6", "ruido", getNoise(), True)
air2 = Sensor("7", "calidadAire2", getAirQ(), True)
sensors = [presion, temp, air, humidity, metano, noise, air2]
requestPost(getState(sensors))
def getSensorData():
presion = Sensor("1","presion",bmp085.BMP085().get_pressure(),"true")
requestPost(presion);
temp = Sensor("2","temperatura", ds18b20_therm.DS18B20().read_temp(),"true")
requestPost(temp)
air = Sensor("3","calidadAire",tgs2600.TGS2600(adc_channel = 0).get_value(),"true")
requestPost(air)
humidity = Sensor("4","humedad",HTU21D.HTU21D().read_temperature(),"true")
requestPost(humidity)
metano = Sensor("5", "metano",getMetano(),"true")
requestPost(metano)
noise = Sensor("6","ruido",getNoise(),"true")
requestPost(noise)
air2 = Sensor("7","calidadAire2", getAirQ(),"true")
requestPost(air2)
#!/usr/bin/python3
import time
import sys
from ISStreamer.Streamer import Streamer
import interrupt_client, MCP342X, wind_direction, HTU21D, bmp085, tgs2600, ds18b20_therm
import database # requires MySQLdb python 2 library which is not ported to python 3 yet
pressure = bmp085.BMP085()
temp_probe = ds18b20_therm.DS18B20()
air_qual = tgs2600.TGS2600(adc_channel=0)
humidity = HTU21D.HTU21D()
wind_dir = wind_direction.wind_direction(adc_channel=0,
config_file="wind_direction.json")
interrupts = interrupt_client.interrupt_client(port=49501)
db = database.weather_database() #Local MySQL db
wind_average = wind_dir.get_value(10) #ten seconds
ambient_temp = humidity.read_temperature()
ground_temp = temp_probe.read_temp()
air_quality = air_qual.get_value()
pressure = pressure.get_pressure()
humidity = humidity.read_humidity()
wind_speed = interrupts.get_wind()
wind_gust = interrupts.get_wind_gust()
rainfall = interrupts.get_rain()
print("Inserting...")
#db.insert(humidity.read_temperature(), temp_probe.read_temp(), air_qual.get_value(), pressure.get_pressure(), humidity.read_humidity(), wind_average, interrupts.get_wind(), interrupts.get_wind_gust(), interrupts.get_rain())
db.insert(ambient_temp, ground_temp, air_quality, pressure, humidity,
EN_SCD30 = False
try:
temp_probe = ds18b20_therm.DS18B20()
except Exception:
EN_DS18B20 = False
if debug:
print("BMP180 : ", EN_BMP180, "\nSI1145 : ", EN_SI1145, "\nSCD30 : ",
EN_SCD30, "\nDB18b20 : ", EN_DS18B20, "\n")
# TODO : test if sensor connected before handling it
if EN_SCD30:
scd30 = SCD30()
scd30.set_measurement_interval(5)
scd30.start_periodic_measurement()
if EN_BMP180:
BMP180 = bmp085.BMP085()
if EN_DS18B20:
temp_probe = ds18b20_therm.DS18B20()
if EN_SI1145:
uv_sensor = si1145.SI1145()
# Append the data in the sqlite-database, including a timestamp
try:
if EN_SI1145:
uv_index = float(uv_sensor.readUVIndex()) / 100
ambient_light = uv_sensor.readAmbientLight()
IR_light = uv_sensor.readIRLight()
if EN_DS18B20:
temp_DS18B20 = temp_probe.read_temp()
if EN_BMP180:
temp_BMP180 = BMP180.get_temperature()
import bmp085 as bmp sensor = bmp.BMP085() print( sensor.get_pressure())