ScrapSetup2.0

local i=1
local j=1
local k=1
local u=1
local l=1
local o=1
local z=1
print("Schreibe Anzahl von Recyclern durch 32 geteilt")
lcoal AnzahlDoppelreihen=read()
local h=AnzahlDoppelreihen +1
local g=1
local t=1
local q=turtle.getItemCount(1)
local w=turtle.getItemCount(2)
local e=turtle.getItemCount(3)
local r=turtle.getItemCount(4)
local p=turtle.getItemCount(5)
local a=turtle.getItemCount(6)
local s=turtle.getItemCount(7)
local d=turtle.getItemCount(8)
local f=turtle.getItemCount(9)
local y=turtle.getItemCount(10)
local n=turtle.getItemCount(11)
local m=turtle.getItemCount(12)
local x=turtle.getItemCount(13)
local c=turtle.getItemCount(14)
local v=turtle.getItemCount(15)
local b=turtle.getItemCount(16)
local Faktor=h-1
local SlotRecycler=0
local AnzahlRecycler=q+r+s+y
local AnzahlConduits=w+p+d+n
local AnzahlFibre=e+a+f+m
local MultipleSlots=wrong


function Enough()
if AnzahlRecycler>32*AnzahlDoppelreihen
then print("Genug Recycler!")
else print("Mehr Recycler!")
print("Turtle wird in 5 Sek. beendet")
     sleep(5)
     shell.exit()
end
if AnzahlConduits>32*AnzahlDoppelreihen+1
then print("Genug Conduits!")
else print("Mehr Conduits!")
     print("Turtle wird in 5 Sek. beendet")
     sleep(5)
     shell.exit()
end
if AnzahlFibre>16*AnzahlDoppelreihen+3
then print("Genug Fibre")
else print("Mehr Fibre")
     print("Turtle wird in 5 Sek. beendet")
     sleep(5)
     shell.exit()
end
end

function Recycler()
repeat
turtle.forward()
turtle.turnRight()
if q>0
then turtle.select(1)
elseif r>0
then turtle.select(4)
elseif s>0
then turtle.select(7)
elseif y>0
then turtle.select(10)
else print("FAIL")
end
turtle.place()
turtle.turnLeft()
i=i+1
until i > 16
repeat
turtle.turnLeft()
if q>0
then turtle.select(1)
elseif r>0
then turtle.select(4)
elseif s>0
then turtle.select(7)
elseif y>0
then turtle.select(10)
else print("FAIL")
end
turtle.place()
turtle.turnRight()
turtle.back()
j=j+1
until j > 16
end

function Conduits()
turtle.up()
turtle.select(2)
repeat
turtle.forward()
turtle.turnRight()
turtle.place()
turtle.turnLeft()
k=k+1
until k > 16
repeat
turtle.turnLeft()
turtle.place()
turtle.turnRight()
turtle.back()
u=u+1
until u > 16
turtle.down()
end

function Fibre()
turtle.up()
turtle.select(3)
repeat
turtle.forward()
turtle.placeDown()
o=o+1
until o > 16
repeat
turtle.back()
l=l+1
until l > 16
end

function AnschlussFibre()

repeat
turtle.forward()
g=g+1
until g > 16
turtle.select(12)
local Block=turtle.compareDown()
turtle.select(13)
local Block2=turtle.compareDown()
if Block==ture
then turtle.select(14)
elseif Block2==true
then turtle.select(13)
end
turtle.digDown()
turtle.down()
turtle.turnRight()
turtle.select(12)
local Block=turtle.compare()
turtle.select(13)
local Block2=turtle.compare()
if Block==ture
then turtle.select(14)
elseif Block2==true
then turtle.select(13)
end
turtle.dig()
turtle.forward()
turtle.select(12)
local Block=turtle.compare()
turtle.select(13)
local Block2=turtle.compare()
if Block==ture
then turtle.select(14)
elseif Block2==true
then turtle.select(13)
end
turtle.dig()
turtle.select(3)
turtle.place()
turtle.back()
turtle.place()
turtle.up()
turtle.placeDown()
turtle.turnLeft()
repeat
turtle.back()
t=t+1
until t > 16
end

function AnschlussConduit()
turtle.up()
turtle.turnRight()
turtle.select(2)
turtle.place()
turtle.down()
turtle.turnLeft()
end

Enough()
repeat
turtle.forward()
turtle.turnRight()
AnschlussFibre()
Recycler()
Conduits()
Fibre()
turtle.back()
turtle.turnLeft()
turtle.forward()
turtle.forward()
turtle.down()
z=z+1
until z > h