reaktor

c = peripheral.wrap("back")
r = peripheral.find("BigReactors-Reactor")
m = peripheral.wrap("top")
--number of capacitor--
number = 1
--state of reactor on start--
state = false
-- procent when on--
turnon = 50
-- procent when off--
turnoff = 80


--max energy stored--
function getMaxE()
  return c.getMaxEnergyStored()*number

end

--function return level of fuel
function fuelLevel()
  return math.floor((r.getFuelAmount() / r.getFuelAmountMax()) *100)
end

--actual energy stored--
function getE()
  return c.getEnergyStored()

end

--get procent of stored energy--
function procent()
  return math.floor( (getE() / getMaxE())*100 )*number

end

--turn on/off reactor--
function reactor(state)
  r.setActive(state)
  if state == true then
    return "ON"
  else
    return "OFF"
   end
end


--get how many we use --
function usage()
  ene=getE()
  sleep(0.1)
  ene2=getE()
  return ((ene2 - ene)/2)

end
-- draw thing on monitor--
function draw()
m.setTextScale(0.5)
m.clear()
m.setCursorPos(1,1)
m.write("Stan Reaktora: ".. reactor())
-- if reactor == true then
  -- m.setTextColor(32)
  -- m.write("Wlaczony")
-- else
--   m.setTextColor(16384)
--   m.write("Wylaczony")
-- end
m.setCursorPos(1,2)
m.write("Stan pojemnika energerycznego:".. procent() .. "%" )
m.setCursorPos(1,3)
m.write("Ilosc zuzywanej energii: " .. usage().. "rf/t")
m.setCursorPos(1,4)
m.write("Ilosc paliwa w reaktorze: ".. fuelLevel() .. "%")

end


function logic()
draw()
  if procent() < turnon then
    reactor(true)
  else
    reactor(false)
  end

end

while true do
  logic()
  sleep(2)

end