craftify

local tArgs = { ... }

function suckdropDirection()
 if input == "top" then
  turtle.dropUp()
 elseif input == "bottom" then
  turtle.dropDown()
 else
  turtle.drop()
 end
end

function suckDirection()
 if input == "top" then
  turtle.suckUp()
 elseif input == "bottom" then
  turtle.suckDown()
 else
  turtle.suck()
 end
end

function dropDirection()
 if output == "top" then
  turtle.dropUp()
 elseif output == "bottom" then
  turtle.dropDown()
 else
  turtle.drop()
 end
end

function drop()
 for i=5,12 do
  if turtle.getItemCount(i) > 0 then
   turtle.select(i)
   for e=2,4 do
    if turtle.compareTo(e) then
     turtle.select(e)
     suckdropDirection()
     turtle.select(i)
    end
   end
   suckdropDirection()
  end
 end
 for i=2,4 do
  if turtle.getItemCount(i) > 0 then
   turtle.select(i)
   dropDirection()
  end
 end
end

function dropNotSelected()
 if input == "top" then
  if output == "bottom" then
   turtle.drop()
  elseif output == "front" then
   turtle.dropDown()
  else
   turtle.dropUp()
  end
 elseif input == "bottom" then
  if output == "top" then
   turtle.drop()
  elseif output == "front" then
   turtle.dropUp()
  else
   turtle.dropDown()
  end
 elseif input == "front" then
  if output == "top" then
   turtle.dropDown()
  elseif output == "bottom" then
   turtle.dropUp()
  else
   turtle.drop()
  end
 end
end

function pattern()
 if tArgs[2] == "4" then
  while turtle.getItemCount(2) < 64 do
   turtle.select(2)
   suckDirection()
  end
  while turtle.getItemCount(5) < 64 do
   turtle.select(5)
   suckDirection()
  end
  while turtle.getItemCount(6) < 64 do
   turtle.select(6)
   suckDirection()
  end
  while turtle.getItemCount(9) < 64 do
   turtle.select(9)
   suckDirection()
  end
  for k1=3,4 do
   if turtle.getItemCount(k1) > 0 then
    turtle.select(k1)
    dropNotSelected()
   end
  end
  for k2=7,8 do
   if turtle.getItemCount(k2) > 0 then
    turtle.select(k2)
    dropNotSelected()
   end
  end
  for k3=10,12 do
   if turtle.getItemCount(k3) > 0 then
    turtle.select(k3)
    dropNotSelected()
   end
  end
  for k4=13,16 do
   if turtle.getItemCount(k4) > 0 then
    turtle.select(k4)
    dropNotSelected()
   end
  end
 elseif tArgs[2] == "8" then
  while turtle.getItemCount(2) < 64 do
   turtle.select(2)
   suckDirection()
  end
  while turtle.getItemCount(3) < 64 do
   turtle.select(3)
   suckDirection()
  end
  while turtle.getItemCount(5) < 64 do
   turtle.select(5)
   suckDirection()
  end
  while turtle.getItemCount(6) < 64 do
   turtle.select(6)
   suckDirection()
  end
  while turtle.getItemCount(7) < 64 do
   turtle.select(7)
   suckDirection()
  end
  while turtle.getItemCount(9) < 64 do
   turtle.select(9)
   suckDirection()
  end
  while turtle.getItemCount(10) < 64 do
   turtle.select(10)
   suckDirection()
  end
  while turtle.getItemCount(11) < 64 do
   turtle.select(11)
   suckDirection()
  end
  if turtle.getItemCount(4) > 0 then
   turtle.select(4)
   dropNotSelected()
  end
  if turtle.getItemCount(8) > 0 then
   turtle.select(8)
   dropNotSelected()
  end
  if turtle.getItemCount(12) > 0 then
   turtle.select(12)
   dropNotSelected()
  end
  for k4=13,16 do
   if turtle.getItemCount(k4) > 0 then
    turtle.select(k4)
    dropNotSelected()
   end
  end
 end
end

if tArgs[1] == "ee3" then
 if not fs.exists("ee3") then
  shell.run("clear")
  print("You ran this Program the first")
  print("Time on this Turtle. By default")
  print("this Turtle will Suck the Materials")
  print("from the Top and Drop it down.")
  print("")
  write("Press ENTER to Continue")
  read()
  print("")
  print("You can Change this after first")
  print("start by editing the ee3 file.")
  print("The first Line defines where it")
  print("comes from and the second Line")
  print("decides where it goes.")
  print("")
  print("Attention: the only accepted")
  print("Directions are top, front & bottom")
  print("Every other Entry will reset the File!")
  print("")
  write("Press ENTER to Accept and Start")
  read()
  file=fs.open("ee3","w")
  file.writeLine("top")
  file.writeLine("bottom")
  file.close()
  input="top"
  ouput="bottom"
 else
  file=fs.open("ee3","r")
  input=file.readLine()
  output=file.readLine()
  file.close()
  if not input then
   fs.delete("ee3")
   shell.run("craftify ee3 "..tArgs[2])
  end
  if not output then
   fs.delete("ee3")
   shell.run("craftify ee3 "..tArgs[2])
  end
  if not input == "top" then
   if not input == "bottom" then
    if not input == "front" then
     fs.delete("ee3")
     shell.run("craftify ee3 "..tArgs[2])
    end
   end
  end
  if not output == "top" then
   if not output == "bottom" then
    if not output == "front" then
     fs.delete("ee3")
     shell.run("craftify ee3 "..tArgs[2])
    end
   end
  end
 end
 shell.run("clear")
 print("crafting with "..tArgs[2].." Items.")
 print("input:  "..input)
 print("output: "..output)
 drop()
 pattern()
 if tArgs[2] == "4" then
  q1="2"
  q2="6"
  q3="9"
 else
  q1="3"
  q2="7"
  q3="11"
 end
 for f=1,64 do
  turtle.select(4)
  turtle.craft()
  dropDirection()
  if f < 64 then
   for q = 2,q1 do
    while turtle.getItemCount(q) < 1 do
     drop()
     pattern()
    end
   end
   for q = 5,q2 do
    while turtle.getItemCount(q) < 1 do
     drop()
     pattern()
    end
   end
   for q = 9,q3 do
    while turtle.getItemCount(q) < 1 do
     drop()
     pattern()
    end
   end
  end
 end
 drop()
 shell.run("craftify ee3 "..tArgs[2])
end