View difference between Paste ID: K0vb92jy and X1ScXd1J

 --[[
    /---------------------------------\
    | The Big Reactors Status Display |
    \---------------------------------
 ]]
 
 -- =============
 -- Configuration
 -- =============
 
 -- This is the side on which your reactor is connected
-local turbine0_side = "BigReactors-Turbine_0"
+local turbine0_side = "BigReactors-Turbine_2"
-local turbine1_side = "BigReactors-Turbine_1"
+local turbine1_side = "BigReactors-Turbine_3"
 -- This is the side on which your monitor is connected
-local monitor_side = "right"
+local monitor_side = "left"
 
 
 
 -- !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 -- !!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!!
 
 -- If the reactor is not connected, exit the program
 if not peripheral.isPresent(turbine0_side) then
   print("Please check, that the turbine is connected to the same side as in your config!")
   return
 end
 if not peripheral.isPresent(turbine1_side) then
   print("Please check, that the turbine is connected to the same side as in your config!")
   return
 end
 -- If the monitor is not connected, exit
 if not peripheral.isPresent(monitor_side) then
   print("Please check, that the monitor is connected to the same side as in your config!")
   return
 end
 
 -- Wrap the peripherals
 local t1 = peripheral.wrap(turbine0_side)
 local t2 = peripheral.wrap(turbine1_side)
 while not t1.getConnected() do sleep(10) end
 while not t2.getConnected() do sleep(10) end
 local m = peripheral.wrap(monitor_side)
 
 print("The program is now running on the monitor!")
 
 -- BEGIN FUNCTIONS PART
 function clear()
   m.clear()
   m.setTextColor(colors.white)
   m.setBackgroundColor(colors.black)
   m.setCursorPos(1, 1)
 end
 
 function resetColors()
   m.setTextColor(colors.white)
   m.setBackgroundColor(colors.black)
 end
 
 function newLine()
   local x, y = m.getCursorPos()
   m.setCursorPos(1, y+1)
 end
 
 function drawUI()
   m.write("/---------------------------\\")
 
   for x = 2, 19, 1 do
     m.setCursorPos(1, x)
         m.write("|")
         m.setCursorPos(29, x)
         m.write("|")
   end
 
   m.setCursorPos(2, 8)
   m.write("---------------------------")
 
   m.setCursorPos(1, 19)
   m.write("\\---------------------------/")
 end
 
 -- END FUNCTIONS PART
 
 -- Repeat forever
 while true do
   -- Clear the terminal
   clear()
   -- Draw the basic UI layout
   resetColors()
   drawUI()
 
   -- Turbine Status
   local t1active = t1.getActive()
   local t2active = t2.getActive()
   m.setCursorPos(3, 2)
-  m.write("Turbine 1: ")
+  m.write("Turbine 3: ")
   m.setCursorPos(3, 9)
-  m.write("Turbine 2: ")
+  m.write("Turbine 4: ")
 
   m.setCursorPos(17, 2)
   if t1active then
 	m.setBackgroundColor(colors.green)
     m.setTextColor(colors.white)
     m.write("  ACTIVE  ")
   else
     m.setBackgroundColor(colors.red)
     m.setTextColor(colors.white)
     m.write(" INACTIVE ")
   end
 
   m.setCursorPos(17, 9)
   if t2active then
 	m.setBackgroundColor(colors.green)
     m.setTextColor(colors.white)
     m.write("  ACTIVE  ")
   else
     m.setBackgroundColor(colors.red)
     m.setTextColor(colors.white)
     m.write(" INACTIVE ")
   end
   -- END Turbine Status
 
   -- Turbine RPM
   local rpmt1
   local rpmt2
   resetColors()
   rpmt1 = math.ceil(t1.getRotorSpeed())
   m.setCursorPos(3, 4)
   m.setTextColor(colors.white)
   m.write("Rotor Speed: ")
   m.setCursorPos(18, 4)
   m.setTextColor(colors.yellow)
   m.write(rpmt1 .. " RPM")
 
   rpmt2 = math.ceil(t2.getRotorSpeed())
   m.setCursorPos(3, 11)
   m.setTextColor(colors.white)
   m.write("Rotor Speed: ")
   m.setCursorPos(18, 11)
   m.setTextColor(colors.yellow)
   m.write(rpmt2 .. " RPM")
   -- END Turbine RPM
 
   -- Turbine Flow Rate
   resetColors()
   local flowt1
   local flowt2
   flowt1 = math.floor(t1.getFluidFlowRate())
   m.setCursorPos(3, 5)
   m.setTextColor(colors.white)
   m.write("Flow Rate:")
   m.setCursorPos(18, 5)
   m.setTextColor(colors.cyan)
   m.write(flowt1 .. " mB/T")
 
   flowt2 = math.floor(t2.getFluidFlowRate())
   m.setCursorPos(3, 12)
   m.setTextColor(colors.white)
   m.write("Flow Rate:")
   m.setCursorPos(18, 12)
   m.setTextColor(colors.cyan)
   m.write(flowt2 .. " mB/T")
   -- END Flow Rate
 
 
   -- Turbine Energy Output
   resetColors()
   local powert1
   local powert2
   powert1 = math.floor(t1.getEnergyProducedLastTick())
   m.setCursorPos(3, 6)
   m.setTextColor(colors.white)
   m.write("Energy Output:")
   m.setCursorPos(18, 6)
   m.setTextColor(colors.purple)
   m.write(powert1 .. " RF/T")
 
   powert2 = math.floor(t2.getEnergyProducedLastTick())
   m.setCursorPos(3, 13)
   m.setTextColor(colors.white)
   m.write("Energy Output:")
   m.setCursorPos(18, 13)
   m.setTextColor(colors.purple)
   m.write(powert2 .. " RF/T")
   -- END Energy Output
 
   -- Total Energy
   resetColors()
   m.setCursorPos(8, 16)
   m.setTextColor(colors.white)
   m.write("Total Output:")
   resetColors()
   m.setCursorPos(10, 17)
   m.setTextColor(colors.purple)
   m.write(powert1 + powert2.. " RF/T")
   -- END Total Energy
 
   -- Sleep for a 1/4 of a second (decreases CPU load significantly)...
   sleep(1)
 end