'mo_10', 'te', 'tas606', 'commercial', 'evap'
]
pht_area51 = Phant(publicKey='21mmonra90TYXlx9KL4J',
fields=field_name_area51,
privateKey='GZGGko8KJWtKaoAYNe5b')
parsed_data_area51 = dict((el, 0.0) for el in field_name_area51)
#-------------------below are preparation for the sensor arduino -----------
port_sensors = 'USB VID:PID=0403:6015 SNR=DN01JJDJ'
#'All,SucHeat,2896,Heating,21.81,21.81,21.94,22.00,22.12,22.25,22.31,22.44,22.50,22.62,22.69,22.75,22.81,22.94,22.94,23.00,23.06,23.12,23.19,23.25,23.31,Dsping,23.31,23.31,23.25,23.19,23.12,23.00,22.94,22.87,22.75,22.75,22.69,22.62,22.56,22.50,22.50,22.44,22.44,22.37,22.37,22.31,22.31,SucHeat,14,Heating,25.68,41.80,42.77,43.26,43.75,44.24,44.73,45.70,45.70,46.19,50.10,46.68,47.17,47.66,47.66,48.14,48.14,48.14,48.63,48.63,48.63,Dsping,32.03,31.05,30.57,30.08,30.08,29.59,29.10,29.10,28.61,28.61,28.12,28.12,27.64,27.64,27.64,27.64,27.64,27.15,27.15,27.15,27.15,SucHeat,19,Heating,26.17,38.38,38.38,38.87,38.87,39.36,40.33,40.33,40.82,41.31,41.31,41.80,41.80,42.29,42.29,42.77,43.26,43.26,43.75,43.75,44.24,Dsping,30.57,30.08,29.59,29.59,29.10,29.10,28.61,28.61,28.12,28.12,28.12,28.12,27.64,27.15,27.15,27.15,27.15,26.66,26.66,26.66,26.66,SaltRH,11,21.50,99.90,SaltRH,2,22.30,96.20,Mo,7,341.86,Mo,8,402.00,Mo,9,319.29,Mo,10,344.00,AllDone\r\n'
#'All,SucHeat,2896,Heating,21.81,21.87,21.94,22.06,22.19,22.31,22.37,22.50,22.56,22.69,22.75,22.81,22.87,22.94,23.06,23.06,23.12,23.19,23.25,23.25,23.31,Dsping,23.37,23.31,23.31,23.19,23.12,23.06,23.00,22.87,22.81,22.75,22.75,22.62,22.62,22.56,22.50,22.44,22.44,22.37,22.37,22.31,22.31,SucHeat,14,Heating,25.68,42.29,42.77,43.26,43.75,44.24,45.21,45.70,45.70,46.19,46.68,46.68,47.66,47.66,47.66,48.14,48.14,48.63,48.63,49.12,49.12,Dsping,31.54,31.05,30.57,30.57,30.08,29.59,29.59,29.10,28.61,28.61,28.12,28.12,28.12,27.64,27.64,27.64,27.15,27.15,27.64,27.15,27.15,SucHeat,19,Heating,25.20,38.38,38.38,38.38,39.36,39.36,39.84,40.33,40.82,40.82,41.31,41.80,41.80,42.29,42.77,42.77,43.26,43.26,43.75,43.75,44.24,Dsping,30.08,29.59,29.59,29.59,29.10,29.10,28.61,28.61,28.12,28.12,27.64,27.64,27.64,27.64,27.15,27.15,27.15,26.66,26.66,26.66,26.66,SaltRH,11,21.50,99.90,SaltRH,2,22.30,96.50,Mo,7,338.71,Mo,8,404.00,Mo,9,318.43,Mo,10,344.43,AllDone\r\n'
# makesure the salinity sensor are well initialized
serial_openlock.get_result_by_input(port=port_sensors, command="SoilSalinity")
time.sleep(3)
serial_openlock.get_result_by_input(port=port_sensors, command="SoilSalinity")
time.sleep(3)
#-------------------below are preparation for the scale arduino -----------
port_loadcell = 'USB VID:PID=0403:6015 SNR=DN01J0QE'
#-------------------below are preparation for the commercial balance -----------
port_balance = 'USB VID:PID=0403:6001'
# make a good initialization
b = serial_openlock.get_result_by_input(port=port_balance,
command='IP\n\r',
initialize=False)
time.sleep(2)
log_attempts+=1
time.sleep(30)
continue
while True:
### --------------------------- bwlow is to processing data from column sensor--------------------------
#[port_sensor_isopen, sensor_fid]=serial_openlock.open_port(port_sensor)
#while port_sensor_isopen == False:
# [port_sensor_isopen, sensor_fid]=serial_openlock.open_port(port_sensor)
# time.sleep(10)
#serial_openlock.initialize(sensor_fid)
#sensor_fid.write("All") # either "Solar", "Soil" or "All"
#msg = sensor_fid.readline()
#port_sensor_isopen=serial_openlock.close_port(sensor_fid)
msg=serial_openlock.get_result_by_input(port=port_sensor,command="All")
# save to file it needs to be done immediately after read so that bugs could be found during parsing
time_now=time.strftime("%d/%b/%Y %H:%M:%S")
if screen_display: print time_now,delimiter,msg.rstrip()
if save_to_file: fid.write(time_now+delimiter+msg)
current_read=msg.split(',')[0:-1]
# parse tp result
tp_ind=[i for i,x in enumerate(current_read) if x == 'Tp']
for i in tp_ind:
parsed_data['tp'+current_read[i+1].lower()]=float(current_read[i+2])
# parse moisture data
mo_ind=[i for i,x in enumerate(current_read) if x == 'Mo']
for i in mo_ind:
parsed_data['mo'+current_read[i+1]]=float(current_read[i+2])
# parse mps2 data
# the delimiter between files, it is prefered to use ',' which is standard for csv file
delimiter = ','
__author__ = 'chenming'
if save_to_file: fid = open(file_name, 'a', 0)
while True:
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
if screen_display: print strftime("%Y-%m-%d %H:%M:%S", gmtime())
if save_to_file: fid.write(strftime("%Y-%m-%d %H:%M:%S", gmtime()))
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred,C824B9E0,dgin,13,snpw,6,htpw,22,itv,12000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
qal_mo_su['tmp0'] = float(current_read[2])
qal_mo_su['su0'] = float(current_read[7]) - float(current_read[2])
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred,C1C1BCFF,dgin,13,snpw,6,htpw,24,itv,12000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
qal_mo_su['tmp1'] = float(current_read[2])
# time.sleep(30)
# continue
while True:
# time_now=time.strftime("%d/%b/%Y %H:%M:%S")
# if screen_display: print time_now,delimiter,weight_scale1.rstrip(),delimiter,weight_scale2.rstrip(),delimiter,weight_scale3.rstrip(),delimiter,weight_scale4.rstrip(),delimiter,weight_scale5.rstrip(),delimiter,weight_scale6.rstrip()
# if save_to_file: fid.write(time_now+delimiter+weight_scale1+delimiter+weight_scale2+delimiter+weight_scale3+delimiter+weight_scale4+delimiter+weight_scale5+delimiter+weight_scale6+'\n\r')
if screen_display: print strftime("%Y-%m-%d %H:%M:%S", localtime())
if save_to_file: fid.write(strftime("%Y-%m-%d %H:%M:%S", localtime()))
#-----------------Setup1--------------------------
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command=
"dht22,5,power,35,points,2,dummies,1,interval_mm,2000,debug,1,timeout,60",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
scales_partha['temperature_1'] = float(current_read[-2])
scales_partha['humidity_1'] = float(current_read[-1])
sleep(5)
#ard=serial.Serial(port_sensor)
#msg=ard.write("dht22,5,power,35,points,2,dummies,1,interval_mm,2000,debug,1,timeout,60")
#sleep(1)
#msg=ard.readline()
#sleep(2)
#ard.close()
if save_to_file: fid.write(delimiter+msg1.rstrip())
upload_msg=msg1.rstrip()
#current_read=msg1.split(',')[0:-1]
current_read=upload_msg.split()[0]
kathy_tensiometer['pressure2']=float(current_read)
if screen_display: print msg2.rstrip()
if save_to_file: fid.write(delimiter+msg2.rstrip())
upload_msg=msg2.rstrip()
#current_read=msg2.split(',')[0:-1]
current_read=upload_msg.split()[0]
kathy_tensiometer['temp2_tensiometer']=float(current_read)
sleep(5)
msg=serial_openlock.get_result_by_input(port=port_sensor2,command="dht22,10,power,48,points,1,dummies,1,interval_mm,200,debug,0",initialize=False,match_existing_ports=False)
#ard=serial.Serial(port_sensor2,timeout=20)
#msg=ard.write("dht22,10,power,48,points,1,dummies,1,interval_mm,200,debug,0")
#sleep(10)
#
#msg=ard.readline()
#
#sleep(5)
#ard.close()
#
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter+msg)
current_read=msg.split(',')[0:-1]
kathy_tensiometer['dhthum']=float(current_read[-1])
kathy_tensiometer['dhttemp']=float(current_read[-2])
#
#
# sleep(2)
# msg=serial_openlock.get_result_by_input(port=port_sensor,command="dht22,3,power,8,points,2,dummies,1,interval_mm,200,debug,1",initialize=False)
# if screen_display: print msg.rstrip()
# if save_to_file: fid.write(delimiter+msg.rstrip())
# current_read=msg.split(',')[0:-1]
# bacteria_mo_su_sali['tmp2']=float(current_read[-1])
# bacteria_mo_su_sali['hum2']=float(current_read[-2])
# voltage measurement
# power,43,analog,15,point,3,interval_mm,200,debug,1
#--------------for suction sensors---------------------
sleep(2)
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred9,9FEA989F,dgin,50,snpw,42,htpw,35,itv,24000,otno,5",
initialize=True)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
basin_test_wenqiang_mo_su['tempa1_a'] = float(current_read[2])
basin_test_wenqiang_mo_su['tempa1_b'] = float(current_read[7])
basin_test_wenqiang_mo_su['sua1'] = float(current_read[7]) - float(
current_read[2])
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred9,927098DF,dgin,50,snpw,42,htpw,37,itv,24000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
try:
##pht.log(iter([ parsed_data[key] for key in pht.fields]))
# http://stackoverflow.com/questions/43414407/iterate-at-a-function-input-in-python/43414660#43414660
pht.log(*[parsed_data[key] for key in pht.fields])
if screen_display: print "uploaded"
break
except: # catch all errors
if screen_display: print "upload failed at attempt", log_attempts
log_attempts += 1
time.sleep(30)
continue
while True:
msg_aster = serial_openlock.get_result_by_input(port=port_aster,
command="All")
current_read_aster = msg_aster.split(',')[1:-1]
# parse moisture data
mo_ind = [i for i, x in enumerate(current_read_aster) if x == 'Mo']
for i in mo_ind:
parsed_data_aster['mo' + current_read_aster[i + 1]] = float(
current_read_aster[i + 2])
### --------------------------- above is to processing data from column sensor--------------------------
### --------------------------- bwlow is to processing data for campbell scientific-------------------------
msg_campbell = csv_tools.tail(fn_camp, 1)
current_read_campbell = msg_campbell.split(',')[0:-1]
parsed_data_campbell = {}
for i, key in enumerate(current_read_campbell[::2]):
vis+=sensor.readVisible()
time.sleep(1)
ir+=sensor.readIR()
time.sleep(1)
uv+=sensor.readUV()
time.sleep(sleep_time_s)
vis/=float(number_readings)
ir/=float(number_readings)
uv/=float(number_readings)
#sensor=SI1145.SI1145_RESET
return vis,ir,uv
# initialize the weather station data
# it is found that all the first readings from weather station would give 0 atmosphere reading. call this
# function is to discard the first reading
msg_weather=serial_openlock.get_result_by_input(port=port_weather,command="Weather")
time.sleep(3)
msg_weather=serial_openlock.get_result_by_input(port=port_weather,command="Weather")
while True:
msg_sensor=serial_openlock.get_result_by_input(port=port_sensor,command="All")
current_read_sensor=msg_sensor.split(',')[1:-1]
# parse moisture data
mo_ind=[i for i,x in enumerate(current_read_sensor) if x == 'Mo']
for i in mo_ind:
parsed_data_sensor['mo'+current_read_sensor[i+1]]=float(current_read_sensor[i+2])
# parse "SucHeat"
sucheat_ind=[i for i,x in enumerate(current_read_sensor) if x == 'SucHeat']
for i in sucheat_ind:
#GPIO.output(25, 1) # set GPIO24 to 1/GPIO.HIGH/True
#sleep(5)
#GPIO.output(26, 1) # set GPIO24 to 1/GPIO.HIGH/True
#sleep(5)
#GPIO.output(24, 1) # set GPIO24 to 1/GPIO.HIGH/True
#sleep(2)
#GPIO.output(24, 0) # set GPIO24 to 1/GPIO.HIGH/True
#sleep(10) # change 2 to 10
# voltage measurement
# power,43,analog,15,point,3,interval_mm,200,debug,1
sleep(2)
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred9,26E39767,dgin,50,snpw,42,htpw,35,itv,24000,otno,5",
initialize=True)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
amphiroll_tank1['tempa0'] = float(current_read[2])
amphiroll_tank1['tempb0'] = float(current_read[7])
amphiroll_tank1['su0'] = float(current_read[7]) - float(current_read[2])
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred9,3041992B,dgin,50,snpw,42,htpw,37,itv,24000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
if save_to_file: fid.write(strftime("%Y-%m-%d %H:%M:%S", gmtime()) )
#### below is for pressure
# GPIO.output(25, 1) # set GPIO24 to 1/GPIO.HIGH/True
# sleep(5)
# GPIO.output(26, 1) # set GPIO24 to 1/GPIO.HIGH/True
# sleep(5)
# GPIO.output(24, 1) # set GPIO24 to 1/GPIO.HIGH/True
# sleep(2)
# GPIO.output(24, 0) # set GPIO24 to 1/GPIO.HIGH/True
# sleep(10) # change 2 to 10
# possible update: set time out for send result
msg=serial_openlock.get_result_by_input(port=port_sensor,command="9548,2,type,5803,dummies,1,power,37,debug,1,points,1",initialize=True)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter+msg.rstrip())
current_read=msg.split(',')[0:-1]
try:
sali_gs3_p['pre0']=float(current_read[-1])
sali_gs3_p['pretmp0']=float(current_read[-2])
except Exception, e:
if screen_display: print '5803 ,2, does not get results'
pass
#continue
# GPIO.output(24, 1) # set GPIO24 to 1/GPIO.HIGH/True
# sleep(2)
# GPIO.output(24, 0) # set GPIO24 to 1/GPIO.HIGH/True
file_name = 'Grange_a.csv'
sleep_time_seconds = 45 * 60
# the delimiter between files, it is prefered to use ',' which is standard for csv file
delimiter = ','
__author__ = 'chenming'
if save_to_file: fid = open(file_name, 'a', 0)
while True:
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="o2_ana_ay,1,power,6,point,3,interval_mm,2000,debug,0",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
ele_o2['wtp0'] = float(current_read[2])
ele_o2['wtp1'] = float(current_read[5])
ele_o2['wtp2'] = float(current_read[8])
ele_o2['wtp3'] = float(current_read[11])
ele_o2['wtp4'] = float(current_read[14])
ele_o2['wtp5'] = float(current_read[17])
ele_o2['wox0'] = float(current_read[4])
ele_o2['wox1'] = float(current_read[7])
ele_o2['wox2'] = float(current_read[10])
ele_o2['wox3'] = float(current_read[13])
sleep_time_seconds = 45 * 60
# the delimiter between files, it is prefered to use ',' which is standard for csv file
delimiter = ','
__author__ = 'chenming'
if save_to_file: fid = open(file_name, 'a', 0)
while True:
if screen_display: print strftime("%Y-%m-%d %H:%M:%S", gmtime())
if save_to_file: fid.write(strftime("%Y-%m-%d %H:%M:%S", gmtime()))
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred,166F9644,dgin,50,snpw,44,htpw,32,itv,1000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
grange_5_mo_su['tmp0'] = float(current_read[2])
grange_5_mo_su['su0'] = float(current_read[7]) - float(current_read[2])
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="fred,BCF79459,dgin,50,snpw,44,htpw,30,itv,1000,otno,5",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
grange_5_mo_su['tmp1'] = float(current_read[2])
client.username_pw_set(credential['access_token'])
client.connect(credential['thingsboard_host'], 1883, 60)
client.loop_start()
break
except Exception, e:
time.sleep(60)
try:
while True:
if screen_display: print strftime("%Y-%m-%d %H:%M:%S", gmtime())
if save_to_file: fid.write(strftime("%Y-%m-%d %H:%M:%S", gmtime()) )
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
# ds18b20_search,50,power,44
msg=serial_openlock.get_result_by_input(port=port_sensor,command="fred,46AB9657,dgin,50,snpw,44,htpw,32,itv,12000,otno,5",initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter+msg)
current_read=msg.split(',')[0:-1]
grange_4_mo_su['tmp0']=float(current_read[2])
grange_4_mo_su['su0']=float(current_read[7])-float(current_read[2])
#msg=serial_openlock.get_result_by_input(port=port_sensor,command="fred,E703BA53,dgin,50,snpw,42,htpw,37,itv,1000,otno,5",initialize=False)
#msg=serial_openlock.get_result_by_input(port=port_sensor,command="fred,E703BA53,dgin,50,snpw,44,htpw,30,itv,12000,otno,5",initialize=False)
#if screen_display: print strftime("%Y-%m-%d %H:%M:%S", gmtime())+msg.rstrip()
#if save_to_file: fid.write(delimiter+msg)
#current_read=msg.split(',')[0:-1]
#grange_4_mo_su['tmp1']=float(current_read[2])
#grange_4_mo_su['su1']=float(current_read[7])-float(current_read[2])
sleep_time_seconds=45*60
# the delimiter between files, it is prefered to use ',' which is standard for csv file
delimiter=','
__author__ = 'chenming'
if save_to_file: fid= open(file_name,'a',0)
while True:
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
msg=serial_openlock.get_result_by_input(port=port_sensor,command="o2_ana_ay,1,power,6,point,3,interval_mm,2000,debug,0",initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter+msg.rstrip())
current_read=msg.split(',')[0:-1]
ele_o2['wtp0']=float(current_read[2])
ele_o2['wtp1']=float(current_read[5])
ele_o2['wtp2']=float(current_read[8])
ele_o2['wtp3']=float(current_read[11])
ele_o2['wtp4']=float(current_read[14])
#ele_o2['wtp6']=float(current_read[17])
ele_o2['wox0']=float(current_read[4])
ele_o2['wox1']=float(current_read[7])
ele_o2['wox2']=float(current_read[10])
ele_o2['wox3']=float(current_read[13])
ele_o2['wox4']=float(current_read[16])
##pht.log(iter([ parsed_data[key] for key in pht.fields]))
# http://stackoverflow.com/questions/43414407/iterate-at-a-function-input-in-python/43414660#43414660
pht.log(*[parsed_data[key] for key in pht.fields])
if screen_display: print "uploaded"
break
except: # catch all errors
if screen_display: print "upload failed at attempt",log_attempts
log_attempts+=1
time.sleep(30)
continue
while True:
msg_bougainvillea=serial_openlock.get_result_by_input(port=port_bougainvillea,command="All")
current_read_bougainvillea=msg_bougainvillea.split(',')[1:-1]
# parse moisture data
mo_ind=[i for i,x in enumerate(current_read_bougainvillea) if x == 'Mo']
for i in mo_ind:
parsed_data_bougainvillea['mo'+current_read_bougainvillea[i+1]]=float(current_read_bougainvillea[i+2])
# log the results to sparkfun
upload_phant(pht_bougainvillea,parsed_data_bougainvillea,screen_display)
### --------------------------- above is to processing data from column sensor--------------------------
### --------------------------- bwlow is to processing data for weather station-------------------------
## get from previous parsing
#vis_ind=[i for i,x in enumerate(current_read_bougainvillea) if x == 'Vis']
#parsed_data_weather["vis_up"]=float(current_read_bougainvillea[vis_ind[0]+1])
#ir_ind=[i for i,x in enumerate(current_read_bougainvillea) if x == 'IR']
#GPIO.output(24, 0) # set GPIO24 to 1/GPIO.HIGH/True
#sleep(10) # change 2 to 10
# possible update: set time out for send result
#sleep(10)
#msg=serial_openlock.get_result_by_input(port=port_sensor,command="75,3,clk,4,power,8,debug,1",initialize=True)
#if screen_display: print msg.rstrip()
#if save_to_file: fid.write(delimiter+msg.rstrip())
#current_read=msg.split(',')[0:-1]
#sali_gs3_p['hum3']=float(current_read[-1])
#sali_gs3_p['tmp3']=float(current_read[-2])
sleep(10)
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="dht22,4,power,25,points,2,dummies,1,interval_mm,200,debug,1",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
bacteria_mo_su_sali['tmp0'] = float(current_read[-1])
bacteria_mo_su_sali['hum0'] = float(current_read[-2])
# sleep(5)
# msg=serial_openlock.get_result_by_input(port=port_sensor,command="75,5,clk,11,power,9,debug,1",initialize=True)
# if screen_display: print msg.rstrip()
# if save_to_file: fid.write(delimiter+msg.rstrip())
# current_read=msg.split(',')[0:-1]
# bacteria_mo_su_sali['tmp1']=float(current_read[-1])
# bacteria_mo_su_sali['hum1']=float(current_read[-2])
file_name = 'Grange_D.csv'
sleep_time_seconds = 45 * 60
# the delimiter between files, it is prefered to use ',' which is standard for csv file
delimiter = ','
__author__ = 'chenming'
if save_to_file: fid = open(file_name, 'a', 0)
while True:
# ------------------------------- below goes to electrochem_o2 --------------------------------------------
msg = serial_openlock.get_result_by_input(
port=port_sensor,
command="o2_ana_ay,1,power,6,point,3,interval_mm,2000,debug,0",
initialize=False)
if screen_display: print msg.rstrip()
if save_to_file: fid.write(delimiter + msg.rstrip())
current_read = msg.split(',')[0:-1]
ele_o2['wtp0'] = float(current_read[2])
ele_o2['wtp1'] = float(current_read[5])
ele_o2['wtp2'] = float(current_read[8])
ele_o2['wtp3'] = float(current_read[11])
ele_o2['wtp4'] = float(current_read[14])
ele_o2['wtp6'] = float(current_read[17])
ele_o2['wox0'] = float(current_read[4])
ele_o2['wox1'] = float(current_read[7])
ele_o2['wox2'] = float(current_read[10])
ele_o2['wox3'] = float(current_read[13])
