View difference between Paste ID: yJkxb2vD and JSfPTB51

 -- credits to:
 -- Clone of JSfPTB51, remove the reactor for earlier game reactor/capacitor pairing.
--- Modified for early game non advanced computer, no turbine, 2x1 monitor...
+-- note however, in a really eary game where gold isn't abundant you can use regular monitors
--- This program will later be replaced by a late early game version when I get a enderio capacitor...
+-- but you have to remark out the color lines, in either case a regular computer is fine.
--- A previous version had color and a 2x2 monitor, this version currently replaces that version.
+
 -- As a base, modified for my turbine/enderio capacitor bank
 -- when you connect the periphrials, check the log, these values should match what's in the code, if not
 -- you need to change it...
--- [19:07:21] [Client thread/INFO]: [CHAT] Peripheral "computer_12" connected to network
+-- [19:07:21] [Client thread/INFO]: [CHAT] Peripheral "computer_42" connected to network
--- [19:07:24] [Client thread/INFO]: [CHAT] Peripheral "monitor_4" connected to network
+-- [19:07:24] [Client thread/INFO]: [CHAT] Peripheral "monitor_21" connected to network
--- [19:07:27] [Client thread/INFO]: [CHAT] Peripheral "BigReactors-Reactor_6" connected to network
+-- [19:07:27] [Client thread/INFO]: [CHAT] Peripheral "BigReactors-Reactor_18" connected to network
 -- [22:15:51] [Client thread/INFO]: [CHAT] Peripheral "tile_blockcapacitorbank_name_8" connected to network
 
 -- basic setup for this...
 -- reactor has a computer port
 -- there are four modems connected with network cable (per above don't forget to click connect them and note their numbers, and
 -- update the definitions below)
 -- a modem goes on computer port, on any side of the computer, and one on the multi block monitor bank, and one on the capacitor(s)
 -- I use a 2x2 monitor, though if you add more lines (1,8) for example, and run off the bottom you can keep stacking
 -- them down x2 or you can make output wider by going 3x2, etc, it doesn't care it's treated as a single monitor so long as it's
 -- a square or a rectangle (it doesn't do tetris pieces, at that point you'd use different monitor wrappers like mon1 and mon2)
 -- This isn't complex, but that's what I like about it.  It doesn't auto configure or do anything fancy, it just monitors
 -- what you tell it, and turns the reactor on and off to conserve fuel...
 -- for an api reference, I use and recommend:
-  local reactor1 = peripheral.wrap("BigReactors-Reactor_6")
+
-  local mon = peripheral.wrap("monitor_4")
+
 
 -- I've further decided to stop treating the reactor like a reactor, instead of messing with the control rods the
-  -- basic capacitor low, 10k of 100k capacity
+
 
-  -- turbine high 800k 1000000 capacity
+
   local reactor1 = peripheral.wrap("BigReactors-Reactor_12")
-  -- reactor full at 10M
+  local capacitor = peripheral.wrap("tile_blockcapacitorbank_name08")
-  local full = 10000000
+  local mon = peripheral.wrap("monitor_18")
 
-  if reactor1.getEnergyStored() <= low then
+  -- basic capacitor low, 10k of 100k capacity ( single basic capacitor )
   local low = 10000
   -- adjust this to about 80% of "full" whatever that is (depends on how many capacitors you have)
   local high = 800000
   -- adjust this to whatever max is
   local full = 1000000
 
   if capacitor.getEnergyStored() <= low then
     reactor1.setAllControlRodLevels(20)
     if reactor1.getActive() == false then
       reactor1.setActive(true)
     end
   end
 
   if reactor1.getEnergyStored() == full then
      reactor1.setActive(false)
   else
     if reactor1.getEnergyStored() >= high then
       reactor1.setAllControlRodLevels(90)
       reactor1.setActive(true)
     end
   end
 
   mon.clear()
 
   mon.setCursorPos(1,1)
   mon.setTextColor(colors.white)
   mon.write("Active: ")
   mon.setTextColor(colors.lime)
   mon.write(reactor1.getActive())
-  mon.setCursorPos(1,4)
+
   mon.setCursorPos(1,2)
   mon.setTextColor(colors.white)
   mon.write("Casing Heat: ")
   mon.setTextColor(colors.lime)
   mon.write(math.floor(reactor1.getCasingTemperature()))
 
   mon.setCursorPos(1,3)
   mon.setTextColor(colors.white)
   mon.write("Fuel Heat: ")
   mon.setTextColor(colors.lime)
   mon.write(math.floor(reactor1.getFuelTemperature()))
 
   mon.setCursorPos(1,6)
   mon.setTextColor(colors.white)
   mon.write("RF: ")
   mon.setTextColor(colors.lime)
   mon.write(math.floor(reactor1.getEnergyStored()))
 
   mon.setCursorPos(1,7)
   mon.setTextColor(colors.white)
   mon.write("C-RF: ")
   mon.setTextColor(colors.lime)
   mon.write(math.floor(capacitor.getEnergyStored()))
 
   sleep(10)
 end