def conf_sensor2():
# print("sensor 2:")
pca.pca_config(0,1,0)
dc.s2_avg_data()
sensor2Data = ads.get_readData()
s2_avg = dc.get_s2Avg()
pca.pca_config(1,1,1)
def sensor2_conf():
pca.pca_config(0,1,0)
dc.s2_avg_data()
rawData = ads.get_readData()
# print "rawData sensor 2 = %ld" %rawData
logfile.write("\n\tSensor2 = ")
logfile.write(str(rawData))
def conf_sensor1():
# print("sensor 1:")
pca.pca_config(1,0,0)
dc.s1_avg_data()
sensor1Data = ads.get_readData()
s1_avg = dc.get_s1Avg()
pca.pca_config(1,1,1)
def conf_sensor2():
# print("sensor 2:")
pca.pca_config(0,1,0)
s2_avg = dc.s2_avg_data()
sensor2Data = ads.get_readData()
#dc.get_s2Avg()
pca.pca_config(1,1,1)
#print s2_avg
val2 = s2_avg
return val2
def conf_sensor1():
# print("sensor 1:")
pca.pca_config(1,0,0)
s1_avg = dc.s1_avg_data()
sensor1Data = ads.get_readData()
#dc.get_s1Avg()
pca.pca_config(1,1,1)
#print s1_avg
val1 = s1_avg
return val1
def conf_sensor2():
# print("sensor 2:")
dc.s2_avg_data()
sensor2Data = ads.get_readData()
s2_avg = dc.get_s2Avg()
def conf_sensor1():
# print("sensor 1:")
dc.s1_avg_data()
sensor1Data = ads.get_readData()
s1_avg = dc.get_s1Avg()
