# Imports from mraa and upm libraries
#------------------------------------
import mraa
import thread, time, math
import pyupm_htu21d
# Constant declarations
#----------------------
# i2c bus 1 on RaspBerryPI
bus1 = 0
tempAddress = 0x40
# create sensors on the bus 1
htu21df = pyupm_htu21d.HTU21D(bus1)
#htu21df = pyupm_htu21d.HTU21D(bus1, tempAddress)
#Functions
#---------
# HTU21D-F
#*********
def htuReset():
htu21df.resetSensor()
time.sleep(2)
return
def htuTest():
#!/usr/bin/env python
# -*- coding: utf-8 -*-
import thread, time
import pyupm_htu21d
import mraa
# i2c bus
bus = 1
tempAddress = 0x40
#check = raw_input()
# create sensor on the bus
htu21df = pyupm_htu21d.HTU21D(bus, tempAddress)
def reset():
htu21df.resetSensor()
time.sleep(2)
return
def test():
htu21df.testSensor()
time.sleep(2)
return
def input_thread(CheckInput):
check = raw_input()
CheckInput = CheckInput.append(check)
I2C_STD = 0 I2C_FAST = 1 I2C_HIGH = 2 tempAddress = 0x40 pressAdress = 0x60 multiAdress = 0x04 i2cBus = mraa.I2c(bus) i2cBus.frequency(I2C_STD) i2cBus.frequency(I2C_FAST) mraa.printError(i2cBus.frequency(I2C_FAST)) MRAA: SUCCESS press = pyupm_mpl3115a2.MPL3115A2(bus, pressAdress) temp = pyupm_htu21d.HTU21D(bus, tempAddress) uv = pyupm_guvas12d.GUVAS12D(0) air = pyupm_mq135.MQ135(1) ch4 = pyupm_gas.MQ4(2) th02 = pyupm_th02.TH02(bus, tempAddress) i2cBus.address(tempAddress) temp.resetSensor () temp.sampleData() RH = temp.getCompRH() temperature = temp.getTemperature() hygro = temp.getHumidity () print '\t%.3f\t\t'%temperature + '%.3f\t\t'%hygro + '%.3f'%RH i2cBus.address(pressAdress) press.sampleData()