Reactor Control

--Daelie Nuclear MOX Control Program Version 1.0


--temperature variables
runningTemp = 36000
shutdownTemp = 37000

--interfaces

overclockInterface = "east"
coolantInterface = "west"

--peripheral
reactor = peripheral.wrap("back")
rednet.open('top')

function getHeat()
getHeat = 0
getHeat = reactor.getHeat()
print("Current Temp.: "..getHeat)
end

function getOutput()
getOutput = reactor.getEUOutput()
--Output reported 5x lower than should be
getOutput = getOutput*5
print("Current Output (Eu/t): "..getOutput)
end

function checkOverheat()
--overheat conditions reactor on shutdowntemp

  if reactor.isActive() == true then
    if getHeat >= shutdownTemp then
  --enter the cooldown phase
  rednet.send( 1,"off" )
  print("Reactor overheating, shutdown")
  --loop to swap coolant for overclockers
  overclockSlot = 1
      for i = 37,40,1 do
        reactor.pushItem(coolantInterface, i, 1)
        reactor.pullItemIntoSlot(overclockInterface, overclockSlot, 1, i)
        overclockSlot = overclockSlot + 1
      end
    else
    print("Reactor currently below shutdown")
    end
  end
end

function restartAfterOverheat()
--reactor would be off, below shutdown
  if reactor.isActive() == false then
    if getHeat < shutdownTemp then
      --reswap the coolants
      coolantSlot = 1
      for i = 37, 40, 1 do
        reactor.pushItem(overclockInterface, i, 1)
        reactor.pullItemIntoSlot(coolantInterface, coolantSlot, 1, i)
        coolantSlot = coolantSlot + 1
      end
     --turn back on the reactor
     rednet.send( 1,"on" )
     end
  else
  print("Reactor On, No Restart Required")
  end
end

while true do

getHeat()
checkOverheat()
restartAfterOverheat()
sleep(0.8)
end