Legal Removal Request

Post: Hi Chris Can you try the code below and let me know if it works? [pre][code]#!/usr/bin/env python3 # read abelectronics ADC Pi V2 board inputs with repeating reading from each channel. # uses quick2wire from http://quick2wire.com/ github: https://github.com/quick2wire/quick2wire-python-api # Requries Python 3 # GPIO API depends on Quick2Wire GPIO Admin. To install Quick2Wire GPIO Admin, follow instructions at http://github.com/quick2wire/quick2wire-gpio-admin # I2C API depends on I2C support in the kernel # #------------------------------------------------------------------------------ import quick2wire.i2c as i2c import time import datetime #------------------------------------------------------------------------------ adc_address_1 = 0x6A adc_address_2 = 0x6B adc_address_3 = 0x6C adc_address_4 = 0x6D refresh_rate = 1 # seconds log_ratio = 4 # logs every log_ratio cycles varDivisior = 64 # from pdf sheet on adc addresses and config varMultiplier = ((1.0000/varDivisior)/1000) * 2.471 adcmonLog = "/home/pi/DATALOG/P4139-11.log" #------------------------------------------------------------------------------ def writeLog(channel1mv, channel2mv, channel3mv, channel4mv, channel5mv, channel6mv, channel7mv, channel8mv, channel9mv, channel10mv, channel11mv, channel12mv, channel13mv, channel14mv, channel15mv, channel16mv): try: log = open(adcmonLog, "a") currentdatetime = datetime.datetime.now().strftime('%Y-%m-%d %H:%M') log.write(currentdatetime) log.write(",Channel_1_(mV)=%.0f" % channel1mv) log.write(",Channel_2_(mV)=%.0f" % channel2mv) log.write(",Channel_3_(mV)=%.0f" % channel3mv) log.write(",Channel_4_(mV)=%.0f" % channel4mv) log.write(",Channel_5_(mV)=%.0f" % channel5mv) log.write(",Channel_6_(mV)=%.0f" % channel6mv) log.write(",Channel_7_(mV)=%.0f" % channel7mv) log.write(",Channel_8_(mV)=%.0f" % channel8mv) log.write(",Channel_9_(mV)=%.0f" % channel9mv) log.write(",Channel_10_(mV)=%.0f" % channel10mv) log.write(",Channel_11_(mV)=%.0f" % channel11mv) log.write(",Channel_12_(mV)=%.0f" % channel12mv) log.write(",Channel_13_(mV)=%.0f" % channel13mv) log.write(",Channel_14_(mV)=%.0f" % channel14mv) log.write(",Channel_15_(mV)=%.0f" % channel15mv) log.write(",Channel_16_(mV)=%.0f" % channel16mv) log.write("\n") except: pass #------------------------------------------------------------------------------ logCountDown = 1 with i2c.I2CMaster(1) as bus: # Usage: changechannel(address, hexvalue) # to change to new channel on adc chips def changechannel(address, adcConfig): bus.transaction(i2c.writing_bytes(address, adcConfig)) # Usage: getadcreading(address) to return value in volts from # selected channel. def getadcreading(address): h, m, l ,s = bus.transaction(i2c.reading(address,4))[0] while (s & 128): h, m, l, s = bus.transaction(i2c.reading(address,4))[0] # shift bits to product result t = ((h & 0b00000001) << 16) | (m << 8) | l # check if positive or negative number and invert if needed if (h > 128): t = ~(0x020000 - t) return t * varMultiplier while True: # read first 16 channels and convert to millivolts changechannel(adc_address_1, 0x9C) channel1mv = 1000 * getadcreading(adc_address_1) changechannel(adc_address_1, 0xBC) channel2mv = 1000 * getadcreading(adc_address_1) changechannel(adc_address_1, 0xDC) channel3mv = 1000 * getadcreading(adc_address_1) changechannel(adc_address_1, 0xFC) channel4mv = 1000 * getadcreading(adc_address_1) changechannel(adc_address_2, 0x9C) channel5mv = 1000 * getadcreading(adc_address_2) changechannel(adc_address_2, 0xBC) channel6mv = 1000 * getadcreading(adc_address_2) changechannel(adc_address_2, 0xDC) channel7mv = 1000 * getadcreading(adc_address_2) changechannel(adc_address_2, 0xFC) channel8mv = 1000 * getadcreading(adc_address_2) changechannel(adc_address_3, 0x9C) channel9mv = 1000 * getadcreading(adc_address_3) changechannel(adc_address_3, 0xBC) channel10mv = 1000 * getadcreading(adc_address_3) changechannel(adc_address_3, 0xDC) channel11mv = 1000 * getadcreading(adc_address_3) changechannel(adc_address_3, 0xFC) channel12mv = 1000 * getadcreading(adc_address_3) changechannel(adc_address_4, 0x9C) channel13mv = 1000 * getadcreading(adc_address_4) changechannel(adc_address_4, 0xBC) channel14mv = 1000 * getadcreading(adc_address_4) changechannel(adc_address_4, 0xDC) channel15mv = 1000 * getadcreading(adc_address_4) changechannel(adc_address_4, 0xFC) channel16mv = 1000 * getadcreading(adc_address_4) # Log logCountDown -= 1 if (logCountDown == 0): writeLog(channel1mv, channel2mv, channel3mv, channel4mv, channel5mv, channel6mv, channel7mv, channel8mv, channel9mv, channel10mv, channel11mv, channel12mv, channel13mv, channel14mv, channel15mv, channel16mv) logCountDown = log_ratio time.sleep(refresh_rate)[/code][/pre]