diff --git a/devtimer.py b/devtimer.py
index c557ba8..8949f6d 100755
--- a/devtimer.py
+++ b/devtimer.py
@@ -133,6 +133,8 @@
         temp = float(probe.readlines()[-1].split()[-1].split("=")[-1])/1000  # Parse probe output
         temp = int(round((temp * 9/5) +32))                                  # Convert C-F and round into an integer
 
+
+
         # 1-wire interfaces (like the DS18B20 uses) can occasionally
         # return wildly wrong results.  For this reason, we throw away
         # values that have changed more than 10 degrees since the last
@@ -152,7 +154,7 @@
         probe.close()
 
 
-        Thread(name="Temp", target=show_temp, args=(temp_led, monitor_temps.CURRENT_TEMP)).start()
+        Thread(name="Temp", target=show_temp, args=[show_temp.LED, monitor_temps.CURRENT_TEMP]).start()
 
         if DEBUG:
             sys.stdout.write("Temp: %sF\n" % monitor_temps.CURRENT_TEMP)
@@ -171,8 +173,6 @@
 
 def monitor_profile_sw():
 
-    global temp_led, time_led
-
     while True:
 
         if not wiringpi.digitalRead(PROFILE_SW_FILM):
@@ -190,8 +190,8 @@
         if monitor_profile_sw.CURRENT_PROFILE == FILM:
             monitor_profile_sw.DIM_BY = 2
 
-        temp_led.brightness=DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY
-        time_led.brightness=DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY
+        show_temp.LED.brightness=DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY
+        show_time.LED.brightness=DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY
 
         if DEBUG:
             print("Selected Profile: %s" % monitor_profile_sw.CURRENT_PROFILE)
@@ -260,38 +260,38 @@
 
 # Update the display with elapsed time
 
-def show_elapsed(time_led, elapsed):
+def show_time(led, elapsed):
 
     min = elapsed // 60
     sec = elapsed % 60
-    d0 = time_led.digit_to_segment[min // 10]
-    d1 = time_led.digit_to_segment[min % 10]
-    d2 = time_led.digit_to_segment[sec // 10]
-    d3 = time_led.digit_to_segment[sec % 10]
-    time_led.set_segments([d0, 0x80 + d1, d2, d3])
+    d0 = led.digit_to_segment[min // 10]
+    d1 = led.digit_to_segment[min % 10]
+    d2 = led.digit_to_segment[sec // 10]
+    d3 = led.digit_to_segment[sec % 10]
+    led.set_segments([d0, 0x80 + d1, d2, d3])
 
 
 # Display current temperature
 # Negative temps are 2 digits, positive temps are 3 digits.
 # Suppress leading zeros.
 
-def show_temp(temp_led, temp):
+def show_temp(led, temp):
 
     minus = hun = ten = one = 0    # Tells display to show nothing
 
     if temp < 0:    # The leading digit is a minus sign
-        minus = temp_led.digit_to_segment[MINUS]
+        minus = led.digit_to_segment[MINUS]
         temp = abs(temp)
 
     elif temp > 99:      # The 100s position is non-zero
         hun = temp // 100
-        hun = temp_led.digit_to_segment[hun]
+        hun = led.digit_to_segment[hun]
 
     if temp > 9:         # The 10s position is non-zero
         ten  =(temp % 100) // 10
-        ten = temp_led.digit_to_segment[ten]
+        ten = led.digit_to_segment[ten]
 
-    one = temp_led.digit_to_segment[(temp % 100) % 10]
+    one = led.digit_to_segment[(temp % 100) % 10]
 
     # If temp is negative, display sign next to most significant digit
 
@@ -303,15 +303,15 @@
 
     # Update the temperature LED
 
-    temp_led.set_segments([hun, ten, one, show_temp.farenheight])
+    led.set_segments([hun, ten, one, show_temp.farenheight])
     sleep(0.3)
 
     # If we're in a compensating profile and out of
     # temperature range, blink the time display
 
     if show_temp.OUTOFRANGE:
-        temp_led.brightness=0
-        temp_led.set_segments([hun, ten, one, show_temp.farenheight])
+        led.brightness=0
+        led.set_segments([hun, ten, one, show_temp.farenheight])
 
 
 #####
@@ -342,7 +342,7 @@
 
         # Update the time display
 
-        Thread(name="Timer", target=show_elapsed, args=(time_led, elapsed_time)).start()
+        Thread(name="Timer", target=show_time, args=(show_time.LED, elapsed_time)).start()
 
         # For temperatures in-range, look up the compensating factor
 
@@ -395,8 +395,8 @@
     wiringpi.pinMode(PROFILE_SW_PAPER, wiringpi.GPIO.PUD_UP)
 
     monitor_profile_sw.DIM_BY=0             # How much are we currently dimming
-    time_led = TM1637(TIME_CLK, TIME_DIO, DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY)
-    temp_led = TM1637(TEMP_CLK, TEMP_DIO, DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY)
+    show_time.LED = TM1637(TIME_CLK, TIME_DIO, DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY)
+    show_temp.LED = TM1637(TEMP_CLK, TEMP_DIO, DEFAULT_BRIGHTNESS - monitor_profile_sw.DIM_BY)
 
     # Issue audible start alert
 
@@ -409,16 +409,16 @@
     Thread(name="MonitorProfileSW", target=monitor_profile_sw).start()
 
     # Get segment pattern for "F" - only need to do this once, not on every update
-    show_temp.farenheight = temp_led.digit_to_segment[0x0f]
+    show_temp.farenheight = show_temp.LED.digit_to_segment[0x0f]
 
     # Initialize the time display
-    Thread(name="InitTimeDisplay", target=show_elapsed, args=[time_led, 0]).start()
+    Thread(name="InitTimeDisplay", target=show_time, args=[show_time.LED, 0]).start()
 
     # Show the initial temp sentinel
 
     show_temp.OUTOFRANGE = False   # Flag for compensating profiles when temp is out of range
     monitor_temps.SENTINEL = monitor_temps.CURRENT_TEMP = 999
-    show_temp(temp_led, monitor_temps.CURRENT_TEMP)
+    show_temp(show_temp.LED, monitor_temps.CURRENT_TEMP)
 
     # Start measuring temperature