Turbine Control

local t = {}
local energy = {}
local engaged = {}
local online = {}
local rpm = {}
local restart = 0
local avgrft = "..calculating.. "
local avgrfth = 0
local avgrftc = 0

function getStatus()
  for i = 0, #t - 1 do
    engaged[i] = t[i].getInductorEngaged()
    online[i]  = t[i].getActive()
    energy[i]  = t[i].getEnergyStored()
    rpm[i]     = t[i].getRotorSpeed()
  end
end

function getConnectedTurbines()
  local allDone = false
  local turbine = nil
  local i = 0

  repeat
    turbine = peripheral.wrap("BigReactors-Turbine_" .. i)
    if turbine ~= nil then
      t[i] = turbine
      i = i + 1
    end

    allDone = turbine == nil
  until allDone

  return i
end

no_turbines_error = getConnectedTurbines() == 0
if no_turbines_error then
  printError("No turbines found!")
end

while true do
  term.clear()
  term.setCursorPos(1,1)

  local rft = 0

  getStatus()

  for i = 0, #t - 1 do
    t[i].setInductorEngaged(not(rpm[i] < 1780 or not (rpm[i] > 1820))) -- turn on coils when needed
    rft = rft + t[i].getEnergyProducedLastTick()
  end

  avgrfth = avgrfth + rft
  if avgrftc == 5 then
    avgrft = avgrfth / 5
    avgrftc = 0
    avgrfth = 0
  end
  avgrftc = avgrftc + 1

  print("Producing " .. rft .. "rf/t")
  print("Average: " .. avgrft .. "rf/t")

  restart = restart + 1
  if restart == 50 then
    --os.reboot()
  else
    os.sleep(1)
  end
end