G2A Many GEOs
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  1. --Local
  2. local distance = 0 -- How Far Did User Pick
  3. local onlight = 0 -- When to Place Torch
  4. local torch = turtle.getItemCount(1) -- How many items are in slot 1 (torch)
  5. local chest = turtle.getItemCount(2) -- How many items are in slot 2 (chest)
  6. local ItemFuel = turtle.getItemCount(3) -- How many items are in slot 3 (Fuel)
  7. local MD = 3 -- How Many Blocks Apart From Each Mine
  8. local MineTimes = 0 -- If Multi Mines Are ON then This will keep Count
  9. local Fuel = 0 -- if 2 then it is unlimited no fuel needed
  10. local NeedFuel = 0 -- If Fuel Need Then 1 if not Then 0
  11. local Error = 0 -- 0 = No Error and 1 = Error
  12. local Way = 0 -- 0 = Left and 1 = Right
  13.  
  14. --Checking
  15. local function Check()
  16.   if torch == 0 then
  17.     print("Please place torches in slot 1")
  18.     Error = 1
  19.   end
  20.    
  21.   if chest == 0 then
  22.     print("Please place chests in slot 2")
  23.     Error = 1
  24.   end
  25.    
  26.     if ItemFuel == 0 then
  27.     print("Please place fuel in slot 3")
  28.         Error = 1
  29.     end
  30.  
  31.   repeat
  32.     if turtle.getFuelLevel() < 100 then
  33.       turtle.select(3)
  34.       turtle.refuel(1)
  35.       NeedFuel = 1
  36.       ItemFuel -= 1
  37.     end
  38.   until NeedFuel == 0
  39. end
  40.  
  41. -- Recheck if user forget something turtle will check after 15 sec
  42. local function Recheck()
  43.     torch = turtle.getItemCount(1)
  44.     chest = turtle.getItemCount(2)
  45.     ItemFuel = turtle.getItemCount(3)
  46.     Error = 0
  47. end
  48.  
  49. --Mining
  50. local function ForwardM()
  51.     repeat
  52.         if turtle.detect() then
  53.             turtle.dig()
  54.         end
  55.    
  56.         if turtle.forward() then -- sometimes sand and gravel and block and mix-up distance
  57.             TF -= 1
  58.       onlight += 1
  59.         end
  60.        
  61.     if turtle.detectUp() then
  62.             turtle.digUp()
  63.         end
  64.    
  65.     if turtle.detectDown() then
  66.       turtle.digDown()
  67.     end
  68.    
  69.         if onlight == 8 then -- Every 10 Block turtle place torch
  70.             if torch > 0 then
  71.         turtle.turnRight()
  72.         turtle.dig()
  73.         turtle.select(1)
  74.         turtle.place()
  75.         turtle.turnLeft()
  76.        
  77.         torch -= 1
  78.         onlight -= 8
  79.             else
  80.         print("Please add more torches to the turtle...")
  81.                 os.shutdown()
  82.             end
  83.         end
  84.    
  85.         if turtle.getItemCount(16) > 0 then -- If slot 16 in turtle has item slot 5 to 16 will go to chest
  86.             if chest > 0 then
  87.         turtle.turnRight()
  88.         turtle.dig()
  89.         turtle.up()
  90.         turtle.dig()
  91.         turtle.down()
  92.         turtle.select(2)
  93.         turtle.place()
  94.        
  95.         chest -= 1
  96.        
  97.         for slot = 5, 16 do
  98.           turtle.select(slot)
  99.           turtle.drop()
  100.           sleep(1.5)
  101.         end
  102.                
  103.                 turtle.select(5)
  104.             else
  105.         print("Please place more chests in the turtle...")
  106.                 os.shutdown()
  107.             end
  108.         end
  109.    
  110.         repeat
  111.       if turtle.getFuelLevel() < 100 then
  112.         turtle.select(3)
  113.         turtle.refuel(1)
  114.         NeedFuel = 1
  115.         ItemFuel -= 1
  116.       elseif ItemFuel == 0 then
  117.         print("Please place fueld in the turtle...")
  118.         os.shutdown()
  119.       elseif NeedFuel == 1 then
  120.         NeedFuel = 0
  121.       end
  122.         until NeedFuel == 0
  123.     until TF == 0
  124. end
  125.  
  126. --Warm Up For Back Program
  127. local function WarmUpForBackProgram() -- To make turn around so it can go back
  128.     turtle.turnLeft()
  129.     turtle.turnLeft()
  130.     turtle.up()
  131. end
  132.  
  133. --Back Program
  134. local function Back()
  135.     repeat
  136.         if turtle.forward() then -- sometimes sand and gravel and block and mix-up distance
  137.             TB = TB - 1
  138.         end
  139.         if turtle.detect() then -- Sometimes sand and gravel can happen and this will fix it
  140.             if TB ~= 0 then
  141.                 turtle.dig()
  142.             end
  143.         end
  144.     until TB == 0
  145. end
  146.  
  147. -- Multimines Program
  148. local function MultiMines()
  149.     if Way == 1 then
  150.         turtle.turnLeft()
  151.         turtle.down()
  152.     else
  153.         turtle.turnRight()
  154.         turtle.down()
  155.     end
  156.     repeat
  157.         if turtle.detect() then
  158.             turtle.dig()
  159.         end
  160.         if turtle.forward() then
  161.             MD = MD - 1
  162.         end
  163.         if turtle.detectUp() then
  164.             turtle.digUp()
  165.         end
  166.     until MD == 0
  167.     if Way == 1 then
  168.         turtle.turnLeft()
  169.     else
  170.         turtle.turnRight()
  171.     end
  172.     if MineTimes == 0 then
  173.         print("Turtle is done")
  174.     else
  175.         MineTimes = MineTimes - 1
  176.     end
  177. end
  178.  
  179. -- Restart
  180. local function Restart()
  181.     TF = distance
  182.     TB = distance
  183.     MD = 3
  184.     onlight = 0
  185. end
  186.  
  187. -- Starting
  188. function Start()
  189.     repeat
  190.         ForwardM()
  191.         WarmUpForBackProgram()
  192.         Back()
  193.         MultiMines()
  194.         Restart()
  195.     until MineTimes == 0
  196. end
  197.  
  198. -- Start
  199. print("Hi There Welcome to Mining Turtle Program")
  200. print("How Far Will Turtle Go")
  201. input = io.read()
  202. distance = tonumber(input)
  203. TF = distance
  204. TB = distance
  205. print("Left or Right")
  206. print("0 = Left and 1 = Right")
  207. input2 = io.read()
  208. Way = tonumber(input2)
  209. print("How Many Times")
  210. input3 = io.read()
  211. MineTimes = tonumber(input3)
  212. Check()
  213. if Error == 1 then
  214.     repeat
  215.         sleep(10)
  216.         Recheck()
  217.         Check()
  218.     until Error == 0
  219. end
  220. Start()
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