battest

local ReactorCount = 0
local Reactor = {}
local TurbineCount = 0
local Turbine = {}
local Capacitor = {}
local CapConnections = 0

function peripheralSearch()

  print("Initializing Connections...")
  sleep(.2)

  for a,b in pairs(peripheral.getNames()) do

    if peripheral.getType(b) == "BigReactors-Turbine" then
      print("Turbine Synced.")
      Turbine[#Turbine+1] = peripheral.wrap(b)
      TurbineCount = TurbineCount + 1
      sleep(.15)

    elseif peripheral.getType(b) == "tile_blockcapacitorbank_name" then
      print("Capacitor Bank Synced")
      Capacitor[#Capacitor+1] = peripheral.wrap(b)
      CapConnections = CapConnections + 1
      sleep(.15)

    elseif peripheral.getType(b) == "BigReactors-Reactor" then
      print("Reactor Synced.")
      Reactor[#Reactor+1] = peripheral.wrap(b)
      ReactorCount = ReactorCount + 1
      sleep(.15)
    else
      print("Incompatible Device.")
      sleep(.15)
    end
   end
sleep(.5)
print()
print()
print()
end


--Capacitor Bank Calculations--
CapCount = 1154
CapBasic = 1000000
CapStandard = 5000000
CapVibrant = 25000000
CapType = (CapBasic)
TotalCapacity = (CapCount) * (CapType)

--Start-up Peripheral Detection--
peripheralSearch()

--Debug--
Debug = true

if Debug == true then
  shell.run("clear")
  print("Debug On")
  print("----------")
  print(" ")
  print("Reactors Connected:   ", ReactorCount)
  print("Reactor Connected:    ", Reactor[1].getConnected())
  print("Turbines Connected:   ", TurbineCount)
  print("Turbine 1 Connected:  ", Turbine[1].getConnected())
  print("Turbine 2 Connected:  ", Turbine[2].getConnected())
  print("Cap. Banks Connected: ", CapConnections)
  print("Capacitor Count:    ", CapCount)
  print("Capacitor Type:     ", CapType)
  print("Total Capacity:  ", TotalCapacity)
  print(" ")
  print("Press any key to Continue.")
  wait = read()
end

--Capacitor Bank Fill Levels--
EmptyLevel = (TotalCapacity * 0.01)
LowLevel = (TotalCapacity * 0.15)
MedLevel = (TotalCapacity * 0.35)
HighLevel = (TotalCapacity * 0.65)
FullLevel = (TotalCapacity * 0.95)

if Debug == true then
  print("Empty Level:  ", EmptyLevel)
  print("Low Level:    ", LowLevel)
  print("Medium Level: ", MedLevel)
  print("High Level:   ", HighLevel)
  print("Full Level:   ", FullLevel)
  sleep(5)
  print("Actual Level: ")
end

while true do
  CapEnergyStored = Capacitor[1].getEnergyStored()
  EnergyStored = (CapEnergyStored) * (CapCount)

  if Debug == true then
    print(EnergyStored)
  end

  if EnergyStored <= EmptyLevel or EnergyStored == 0 then
    Reactor[1].setAllControlRodLevels(11)
    Turbine[1].setFluidFlowRateMax(1270)
    Turbine[2].setFluidFlowRateMax(1270)

  elseif EnergyStored >= EmptyLevel and EnergyStored <= LowLevel then
    Reactor[1].setAllControlRodLevels(11)
    Turbine[1].setFluidFlowRateMax(1260)
    Turbine[2].setFluidFlowRateMax(1260)

  elseif EnergyStored >= LowLevel and EnergyStored <= MedLevel then
    Reactor[1].setAllControlRodLevels(37)
    Turbine[1].setFluidFlowRateMax(1260)
    Turbine[2].setFluidFlowRateMax(550)

  elseif EnergyStored >= MedLevel and EnergyStored < HighLevel then
    Reactor[1].setAllControlRodLevels(61)
    Turbine[1].setFluidFlowRateMax(1260)
    Turbine[2].setFluidFlowRateMax(0)

  elseif EnergyStored >= HighLevel and EnergyStored <= FullLevel then
    Reactor[1].setAllControlRodLevels(82)
    Turbine[1].setFluidFlowRateMax(550)
    Turbine[2].setFluidFlowRateMax(0)

  elseif EnergyStored >= FullLevel then
    Reactor[1].setAllControlRodLevels(100)
  end
sleep(5)
end