View difference between Paste ID: jtvnrCPg and Y8c1a15X

 --This program can be used to create a digital clock on a monitor peripheral
 --The monitor must be placed to the right of the computer
 
 print("Running clock application. Hold ctrl + T to end.")
-peripheral.call("right", "setTextScale", 2)
+--peripheral.call("right", "setTextScale", 2)
 
 local monitor = peripheral.wrap("right")
 local sirenSide = "top"
 local snooze = false
 
 function wipeLine(y)
   monitor.setCursorPos(1,y)
-
+  monitor.write("                      ")
 end
 
 function setSignal()
   monitor.write("   *ALARM*")
   if redstone.getOutput(sirenSide) then
     -- already set
     return
   else
     redstone.setOutput(sirenSide,true)
   end
 end
 
 function unsetSignal()
   if not redstone.getOutput(sirenSide) then
     -- already unset
- if hours >= 18 and hours <= 6 then
+    return
-    if minutes >= 32 and hours == 18 then
+  else
-      redstone.setOutput("top", true)
+    redstone.setOutput(sirenSide,false)
   end
-      redstone.setOutput("top", true)
+end
 
- else
+
-    redstone.setOutput("top", false)
+
- end
+
 	local minutes = math.floor((decimalTime - hours) * 100 * 0.6)
 
 	local ampm
 	if hours > 12 then
 		hours = hours - 12
 		ampm = "PM"
 	else
 		ampm = "AM"
 	end
 	monitor.clear()
 	monitor.setCursorPos(1,1)
 	if minutes < 10 then
 		monitor.write(hours..":0"..minutes.." "..ampm)
 	else
 		monitor.write(hours..":"..minutes.." "..ampm)
 	end
 	sleep(.75)
 
     if decimalTime >= 18.541 or decimalTime <= 6.000 then
         setSignal()
     else
         unsetSignal()
     end
 end