FTB - Growth Accelerator x6 Control

--[[This uses a turtle to break and replace the cable and growth accelerator
for the most part, this is useless to someone who doesn't know the proper format for the blocks/cables

CCC
C AT
CAWA
  A

T = Turtle w/ pickaxe
A = Accelerator
C = Fluix cable
W = Water

That is the side view of the format you must have, if you want to redstone control it,
it uses the bottom to control the rs signal]]--

local interval = 60  --Interval to wait in seconds, 60 works fine
local fluixInterval = 10  --Interval to wait for fluix crystals, required components go in slots 14, 15, and 16
local seed = 1  --Slot the seeds will be in
local cable = 2  --Slot the fluix cable with be in
local accel = 3  --Slot the Crystal Growth Accelerator will be in
local output = 4  --Output slot
local message = "seed"  --Required message to start the "seed" process
local message2 = "fluix"  --Required message to start the "fluix" process
local storage = "Left"  --Storage if you desire to have it, also the required message to start the "store" process

--[[Do not edit anything below this]]--

if peripheral.getType("right") == "modem" then rednet.open("right") end
if peripheral.getType("left") == "modem" then rednet.open("left") end


function create()
  turtle.select(seed)
  turtle.dropDown()
end

function replace()
  turtle.up()
  turtle.select(accel)
  turtle.placeDown()
  turtle.back()
  turtle.select(cable)
  turtle.place()
end

function pickup()
  turtle.select(cable)
  turtle.dig()
  turtle.suck()
  turtle.forward()
  turtle.select(accel)
  turtle.digDown()
  turtle.down()
  turtle.select(output)
  turtle.suckDown()
  turtle.up()
end

if rednet.isOpen("right") or rednet.isOpen("left") then print("Waiting for message") senderID, msg = rednet.receive() end

if msg == message then
  print("Message received: "..msg)
  create()
  replace()
  rs.setOutput("bottom", true)
  print("Waiting for "..interval.." seconds")
  for i = 1, interval do
    print(i)
    sleep(1)
  end
  rs.setOutput("bottom", false)
  pickup()
end

if msg == "storeLeft" then
  print("Message received: "..msg)
  turtle.turnLeft()
  for i = 1, 16 do
    turtle.select(i)
    turtle.drop()
  end
  turtle.turnRight()
end
if msg == "storeRight" then
  print("Message received: "..msg)
  turtle.turnRight()
  for i = 1, 16 do
    turtle.select(i)
    turtle.drop()
  end
  turtle.turnLeft()
end

if msg == "retrieveLeft" then
  print("Message received: "..msg)
  turtle.turnLeft()
  for i = 1, 16 do
    turtle.select(i)
    turtle.suck()
  end
  if turtle.getItemCount(3) == 0 then
    turtle.select(2)
    turtle.transferTo(3)
    turtle.select(1)
    turtle.transferTo(2)
  end
  turtle.turnRight()
end

if msg == "retrieveRight" then
  print("Message received: "..msg)
  turtle.turnRight()
  for i = 1, 16 do
    turtle.select(i)
    turtle.suck()
  end
  if turtle.getItemCount(3) == 0 then
    turtle.select(2)
    turtle.transferTo(3)
    turtle.select(1)
    turtle.transferTo(2)
  end
  turtle.turnleft()
end

if msg == message2 then
  print("Message received: "..msg)
  turtle.select(14)
  turtle.dropDown()
  turtle.select(15)
  turtle.dropDown()
  turtle.select(16)
  turtle.dropDown()
  turtle.down()
  sleep(fluixInterval)
  turtle.select(14)
  turtle.suckDown()
  turtle.select(15)
  turtle.suckDown()
  turtle.select(16)
  turtle.suckDown()
  turtle.up()
end

rednet.broadcast("fuel: "..turtle.getFuelLevel())
os.reboot()