BR3CC

local reactor
local monitor
local shutoff=50
local sume=0
local sumf=0
local sumt=0
local cyclee=0
local cyclef=0
local cyclet=0
local cooldown=false

function findDev (dType)
  local d
  for _,d in pairs(peripheral.getNames()) do
   if (peripheral.getType(d) == dType) then
     return peripheral.wrap(d)
   end
  end
  return nil, dType..": not found"
end
function setupDevs()
  reactor=findDev("BigReactors-Reactor")
  monitor=findDev("monitor")
  monitor.setTextScale(0.5)
  term.redirect(monitor)
end

function display()
  term.clear()
  term.setCursorPos(1,1)
  print("---------------------------------------------------------")
  print("Reactor Status          | "..textutils.formatTime(os.time(),true))
  print("---------------------------------------------------------")
  print("Active                  | "..tostring(reactor.getActive()))
  print("EnergyStored (RF)       | "..tostring(reactor.getEnergyStored()).." RF")
  print("FuelTemperature         | "..tostring(math.floor(reactor.getFuelTemperature())).." C")
  print("CasingTemperature       | "..tostring(math.floor(reactor.getCasingTemperature())).." C")
  print("FuelReactivity          | "..tostring(math.floor(reactor.getFuelReactivity())).." %")
  print("EnergyProducedLastTick  | "..tostring(math.floor(reactor.getEnergyProducedLastTick())).." RF/t")
  print("FuelConsumedLastTick    | "..tostring(reactor.getFuelConsumedLastTick()).." mB/t")
  print("---------------------------------------------------------")
  print("TicksLastCycle          | "..tostring(cyclet).." t")
  print("EnergyProducedLastCycle | "..tostring(cyclee).." kRF")
  print("FuelConsumedCycle       | "..tostring(cyclef).." mB")
  print("EfficienyLastCycle      | "..tostring(cyclee/cyclef).." kRF/mB")
  print("EnergyProducedPerTick   | "..tostring(cyclee/cyclet).." kRF/t")
  print("FuelConsumedPerTick     | "..tostring(cyclef/cyclet).." mB/t")
  print("---------------------------------------------------------")
end

function workReactor()
  local energy=reactor.getEnergyStored()
  local percent=math.floor(energy/100000)
  local active=percent<shutoff
  if (active and cooldown) then
    -- Turning reactor back on
    -- Perform calculations on last cycle
    cyclee=sume
    cyclef=sumf
    cyclet=sumt
    sume=0
    sumf=0
    sumt=0
    cooldown=false
  end
  if (not active and not cooldown) then
    -- Turning reactor off
    -- Going into cooldown phase
    cooldown=true
  end
  reactor.setAllControlRodLevels(percent)
  reactor.setActive(active)
end

function main()
  cooldown = not reactor.getActive()
  local tick=0
  while true do
    sume=sume+reactor.getEnergyProducedLastTick()/1000
    sumf=sumf+reactor.getFuelConsumedLastTick()
    sumt=sumt+1
    tick=tick+1
    if (tick == 20) then
      workReactor()
      display()
      tick=0
    end
    sleep(.05)
  end
end

setupDevs()
main()