def gettempProc(conn):
#ptvsd.enable_attach(None)
#ptvsd.wait_for_attach()
p = current_process()
print(('Starting:', p.name, p.pid))
if not tempSensorId == "None":
myTempSensor = Temp1Wire.Temp1Wire(tempSensorId)
while True:
t = time.time()
time.sleep(1.91)
num = myTempSensor.readTempC()
elapsed = "%.2f" % (time.time() - t)
conn.send([num, elapsed])
if not tempSensorPin == "None":
myADC = mcp3208.mcp3208(tempSensorPin)
while True:
t = time.time()
time.sleep(1.91)
num = myADC.temp_get()
elapsed = "%.2f" % (time.time() - t)
conn.send([num, elapsed])
# Write data
data_file = open(fileName, 'a') # open file in append mode
data_file.write(
str(currentTime) + "," + str(LED_state) + "," + str(leverL) + "," +
str(nose) + "," + str(threshold) + "," +
str(lever_obj.get_h_pos()) + "," + str(lever_obj.get_v_pos()) +
"," + str(success) + "," + str(ITI_time) + "\n")
#print "Lever: %i\tNose: %i" % last_arena_pos
data_file.close()
####################
# Main program loop
####################
# Initialize lever and nose sensors
adc1 = mcp3208.mcp3208(0)
adc2 = mcp3208.mcp3208(1)
# Set initial position of lever/nose sensors
last_arena_pos = (adc1.readChannel(lever_ch1), adc1.readChannel(nose_ch))
print " \tLed State Initially: %i" % (LED_state)
"Some easy trials to start with -Nose spoke trials"
while successes < nb_nose_poke:
currentTime = time.time()
success = 0
leverL = adc1.readChannel(lever_ch1)
nose = adc1.readChannel(nose_ch)