PTNCR1

 --Pulse Thermal Nuclear Reactor Control System
--by 0xShellcode (known in game as Mr_Athans)
--Pastebin New:
--Pastebin old: https://pastebin.com/ADVmKVeY
 ----------------------------

local rupsd = false     --reactor user power switch detect
local rpp = false       --reactor primary power
local pssd = false      --power suppy signal detect

local tm1sd = false     --thermal monitor 1 signal detect
local tm2sd = false     --thermal monitor 2 signal detect
local tm3sd = false     --thermal monitor 3 signal detect
local tm4sd = false     --thermal monitor 4 signal detect

local cs1 = false       --coolant set 1 signal
local cs2 = false       --coolant set 2 signal
local cs3 = false       --coolant set 3 signal
local cs4 = false       --coolant set 4 signal
local clv = false       --coolant lock valves

local tmlpd = false     --thermal monitor low power detect
local tmbp1 = false     --thermal monitor backup power 1 signal
local tmbp2 = false     --thermal monitor backup power 2 signal
local dwrfs = false     --distilled water refill system signal

local cycle = 0             --reactor start cycle
local seconds = 60          --reactor startup length
local startcycle = 0        --reactor startup cycle
local startuptimer = false  --reactor startup timer
local powerdown = true      --reactor - powerdown state
local cooldown = false      --reactor - cooldown state
local shutdown = false      --reactor - shutdown state

local cableSide = "bottom"  --bundled cable input side

mon = peripheral.wrap("top")            --monitor output side
mon.restore = term.current()            --set current built-in monitor to mon.restore
mon.setCursorPos(1,1)                   --set cursor position to top left
mon.setTextScale(.5)                    --change text scale to small
term.redirect(mon)                      --redirects screen output to mon
redstone.setBundledOutput (cableSide, 0) --disables all output signals from computer before starting loop

while true do
 print("Pulse Thermal Nuclear Reactor 1 Control - Cycle ", cycle)

 --Reactor User Power Switch Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.cyan) then
  print("    Reactor User Power Switch        - Enabled")
  rupsd = true
 else
  print("    Reactor User Power Switch        - Disabled")
  rupsd = false
 end

 --Reactor Primary Power On/Off
 if colors.test (redstone.getBundledInput(cableSide), colors.white) then
  print("    Reactor Powered-On Status        - On")
  rpp = true
 else
  print("    Reactor Powered-On Status        - Off")
  rpp = false
 end

 --Power Storage Full Signal Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.brown) then
  print("    Power Storage Capacity Full      - Yes", "\n")
  pssd = true
 else
  print("    Power Storage Capacity Full      - No", "\n")
  pssd = false
 end

 --Thermal Monitor 1 Signal Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.purple) then
  print("    Thermal Monitor 1 Detection      - On")
  tm1sd = true
 else
  print("    Thermal Monitor 1 Detection      - Off")
  tm1sd = false
 end

 --Thermal Monitor 2 Signal Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.blue) then
  print("    Thermal Monitor 2 Detection      - On")
  tm2sd = true
 else
  print("    Thermal Monitor 2 Detection      - Off")
  tm2sd = false
 end

 --Thermal Monitor 3 Signal Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.lime) then
  print("    Thermal Monitor 3 Detection      - On")
  tm3sd = true
 else
  print("    Thermal Monitor 3 Detection      - Off")
  tm3sd = false
 end

 --Thermal Monitor 4 Signal Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.yellow) then
  print("    Thermal Monitor 4 Detection      - On (Shutdown)", "\n")
  tm4sd = true
 else
  print("    Thermal Monitor 4 Detection      - Off", "\n")
  tm4sd = false
 end

 ----------------------------

 --Coolant Set 1 On/Off Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.pink) then
  print("    Coolant System 1                 - On")
  cs1 = true
 else
  print("    Coolant System 1                 - Off")
  cs1 = false
 end

 --Coolant Set 2 On/Off Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.red) then
  print("    Coolant System 2                 - On")
  cs2 = true
 else
  print("    Coolant System 2                 - Off")
  cs2 = false
 end

 --Coolant Set 3 On/Off Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.orange) then
  print("    Coolant System 3                 - On")
  cs3 = true
 else
  print("    Coolant System 3                 - Off")
  cs3 = false
 end

 --Coolant Set 4 On/Off Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.black) then
  print("    Coolant System 4                 - On")
  cs4 = true
 else
  print("    Coolant System 4                 - Off")
  cs4 = false
 end

 --Coolant Lock Valves (Hot coolant side next to heat exchangers)
 if colors.test (redstone.getBundledInput(cableSide), colors.lightBlue) then
  print("    Coolant Lock Valves              - Open", "\n")
  clv = true
 else
  if (startuptimer==true) then
   print("    Coolant Lock Valves              - Closed ", startcycle, "/", (seconds*4), "\n")
  elseif (startuptimer==false) then
   print("    Coolant Lock Valves              - Closed", "\n")
  end
  clv = false
 end

 ----------------------------

 --Thermal Monitor Low Power Detect
 if colors.test (redstone.getBundledInput(cableSide), colors.green) then
  print("    Thermal Monitor Low Power        - Yes")
  tmlpd = true
 else
  print("    Thermal Monitor Low Power        - No")
  tmlpd = false
 end

 --Thermal Monitor Backup Power 1 On/Off
 if colors.test (redstone.getBundledInput(cableSide), colors.magenta) then
  print("    Thermal Monitor Backup Power 1   - On")
  tmbp1 = true
 else
  print("    Thermal Monitor Backup Power 1   - Off")
  tmbp1 = false
 end

 --Thermal Monitor Backup Power 2 On/Off
 if colors.test (redstone.getBundledInput(cableSide), colors.gray) then
  print("    Thermal Monitor Backup Power 2   - On")
  tmbp2 = true
 else
  print("    Thermal Monitor Backup Power 2   - Off")
  tmbp2 = false
 end

 --Distilled Water Refill System On/Off
 if colors.test (redstone.getBundledInput(cableSide), colors.lightGray) then
  print("    Distilled Water Refill System    - On", "\n")
  dwrfs = true
 else
  print("    Distilled Water Refill System    - Off", "\n")
  dwrfs = false
 end

 ----------------------------

 --Reactor Power On and Cooldown Logic

 local run = false

 --Thermal Monitor Cooldown and Shutdown Logic --
 if (tm2sd==false) and (shutdown==false) then
  cooldown = false
 end

 if (tm3sd==true) then
  cooldown = true
 end

 if (tm4sd==true) then
  shutdown = true
 end

 --Control Logic --
 if (rupsd==true) and (cooldown==false) and (shutdown==false) and (pssd==false) then --if Reactor User Power Switch enabled, cooldown off, shutdown off, and power supply not full power on reactor
  print("      Reactor Powered-On:    Generating Thermal Power")
  run = true
 elseif (rupsd==true) and (cooldown==true) and (shutdown==false) and (pssd==false) then
  print("      Reactor Powered-On:    Maintaining Thermal Power")
  run = true
 elseif (pssd==true) then
  print("      Run condition fault:   Power Supply is Full")
  run = false
 elseif (shutdown==true) then
  print("      Reactor Powered-Off:   Shutdown Temp Triggered")
  shutdown = true
  run = false
 else
  print("      Reactor Powered-Off:   User Disabled")
  redstone.setBundledOutput (cableSide, 0)
  run = false
 end

 --Run Logic --
 if (run==true) then
  --Coolant Lock Valves Timer Trigger
  if (powerdown==true) then
   startuptimer = true
   powerdown = false
  end
  --Coolant Lock Values Timer Logic
  if (startuptimer==true) and (startcycle <= (seconds * 4)) then
   startcycle = startcycle + 1
   clv = false
  elseif (startuptimer==true) and (startcycle > (seconds * 4)) then
   startuptimer = false
   startcycle = 0
   clv = true
  elseif (startuptimer==false) then
   startuptimer = false
   startcycle = 0
   clv = true
  end
  --Reactor State and output to multiple colors
  if (cooldown==false) then
   print("      Reactor State:         Increasing Thermal Power")
   if (clv==true) then
    redstone.setBundledOutput (cableSide, colors.combine(colors.white, colors.pink, colors.red, colors.orange, colors.black, colors.lightBlue))
   else
    redstone.setBundledOutput (cableSide, colors.combine(colors.white, colors.pink, colors.red, colors.orange, colors.black))
   end
   powerdown = false
  elseif (cooldown==true) then
   print("      Reactor State:         Decreasing Thermal Power")
   if (clv==true) then
    redstone.setBundledOutput (cableSide, colors.combine(colors.pink, colors.red, colors.orange, colors.black, colors.lightBlue))
   else
    redstone.setBundledOutput (cableSide, colors.combine(colors.pink, colors.red, colors.orange, colors.black))
   end
   powerdown = false
  end
 else -- run = false
  if (shutdown==true) then
   print("      Reactor State:         Shutdown Triggered, Reset Reactor")
   redstone.setBundledOutput (cableSide, 0)
   powerdown = true
   startuptimer = false
   startcycle = 0
  elseif (pssd==true) then
   print("      Reactor State:         Power Capacity Full")
   redstone.setBundledOutput (cableSide, 0)
   powerdown = true
   startuptimer = false
   startcycle = 0
  else
   print("      Reactor State:         Reactor Powered-Down")
   powerdown = true
   startuptimer = false
   startcycle = 0
  end
 end

 ---------------------------------

 cycle = cycle + 1
 os.sleep(.25)
 term.clear()
 term.setCursorPos(1,1)
end