View difference between Paste ID: TyVqJxGQ and iCTwXr3T

 --Pastebin code: iCTwXr3T
 
 --For people like stray, that only read the top of the code, and then gives up...
 --if you didn't give up already, look below Straymav xD
 --Put coal in slot #16, torches #15, ender chest for dropping items #14
 --Also put a chest behind the turtle, if you want it to drop the loot it finds
 --Put a chest to the left of the turtle, to resupply it with torches
 
 --Info about the Default mode:
    --the cycles it will run is 20
    --You can still choose what the branch-lenght is! using the "stripmine <number>"
    --It uses/tries to use torches
    --It uses/tries to use chests
    --It digs in Speed-Mode
    --It uses Wait-mode
    --It has 2 spaces between each tunnel
    --It goes back to the starting position, when done
    --The space between the torches is 6
 --end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 local tArgs = {...}
 if #tArgs > 1 or #tArgs < 1 then
    print("I need 1 argument, for the branch-lenght")
    print("so feks. write: stripmine 2")
    return
 end
 
 local branchMode = 0
 local position = 0
 local positionLeft = 0
 local positionRight = 0
 
 local positionTorch = 0
 local positionLeftTorch = 0
 local positionRightTorch = 0
 local torchMode = 0
 
 local endChest = 0
 local itemSubtract = 15
 local chestMode = 0
 local waitMode = 0
 local IC = 0
 
 local check = 0
 
 function gravelStripmine()
 
    for i = 1, FrontTunnel do
       gravelDig()
       positionTorch = positionTorch+1
       position = position+1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    turtle.turnLeft()
    positionLeft = 0
    positionLeftTorch = 0
    for i = 1, tArgs[1] do
       gravelDig()
       positionLeftTorch = positionLeftTorch+1
       positionLeft = positionLeft+1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    moveBack()
    positionLeftTorch = 0
    positionLeft = 0
    turtle.turnRight()
    turtle.turnRight()
    positionRight = 0
    positionRightTorch = 0
    for i = 1, tArgs[1] do
       gravelDig()
       positionRightTorch = positionRightTorch+1
       positionRight = positionRight+1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    moveBack()
    positionRightTorch = 0
    positionRight = 0
    turtle.turnLeft()
    chestDrop()
    endChestDrop()
 end
 
 function speedStripmine()
 
    for i = 1, FrontTunnel do
       speedDig()
       positionTorch = positionTorch+1
       position = position + 1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    turtle.turnLeft()
    positionLeftTorch = 0
    positionLeft = 0
    for i = 1, tArgs[1] do
       speedDig()
       positionLeftTorch = positionLeftTorch+1
       positionLeft = positionLeft+1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    moveBack()
    positionLeftTorch = 0
    positionLeft = 0
    turtle.turnRight()
    turtle.turnRight()
    positionRightTorch = 0
    positionRight = 0
    for i = 1, tArgs[1] do
       speedDig()
       positionRightTorch = positionRightTorch+1
       positionRight = positionRight+1
       chestDrop()
       endChestDrop()
       TorchCheckPlace()
    end
    moveBack()
    positionRightTorch = 0
    positionRight = 0
    turtle.turnLeft()
    chestDrop()
    endChestDrop()
 end
 
 function endChestDrop()
 
    if endChest == 1 then
      itemSlot = 0
      for i = 1, 64 do
             itemSlot = itemSlot+1
                if turtle.getItemCount(13) == itemSlot then
                   slot = 0
                   for i = 1, 13 do
                      slot = slot+1
                      turtle.select(slot)
                         if turtle.compareTo(16) == true then
                            turtle.transferTo(16)
                         end
                      end
                      turtle.select(14)
                      while turtle.placeUp() == false do
                         if turtle.detectUp() == true then
                            turtle.digUp()
                            sleep(0.6)
                         end
                      end
                      if torchMode == 1 then
                         for i = 1, positionLeft do
                            moveBackChest()
                         end
                         if positionLeft > positionRight then
                            turtle.turnRight()
                         end
                         for i = 1, positionRight do
                            moveBackChest()
                         end
                         if positionRight > positionLeft then
                            turtle.turnLeft()
                         end
                         for i = 1, position do
                            moveBackChest()
                         end
                         turtle.turnLeft()
                         turtle.select(15)
                         turtle.suck()
                         slot = 0
                         for i = 1, 14 do
                            slot = slot+1
                            turtle.select(slot)
                            if turtle.compareTo(15) == true then
                               turtle.transferTo(15)
                            end
                         end
                         slot = 0
                         for i = 1, 14 do
                            slot = slot+1
                            turtle.select(slot)
                            if turtle.compareTo(15) == true then
                               turtle.drop()
                            end
                         end
                         turtle.turnLeft()
                         for i = 1, position do
                            moveBackChest()
                         end
                         turtle.turnRight()
                         turtle.turnRight()
                         if positionRight > positionLeft then
                            turtle.turnRight()
                            for i = 1, positionRight do
                               speedDig()
                            end
                         end
                         if positionLeft > positionRight then
                            turtle.turnLeft()
                            for i = 1, positionLeft do
                               speedDig()
                            end
                         end
                      end
             slot = 0
             if turtle.detectUp() == true then
                for i = 1, 13 do
                   slot = slot+1
                   turtle.select(slot)
                   while turtle.getItemCount(slot) > IC do
                      turtle.dropUp()
                      if turtle.getItemCount(slot) > IC then
                         print("Master, the chest has no space left!")
                         sleep(5)
                         shell.run("clear")
                         term.setCursorPos(1, 1)
                      end
                   end
                end
             end
             turtle.select(14)
             turtle.digUp()
          end
       end
    end
 end
 
 function chestDrop()
 
    IC1 = turtle.getItemCount(14)
    if chestMode == 1 then
       itemSlot = 0
          for i = 1, 64 do
             itemSlot = itemSlot+1
                if turtle.getItemCount(itemSubtract) == itemSlot then
                   for i = 1, positionLeft do
                      moveBackChest()
                   end
                   if positionLeft > positionRight then
                      turtle.turnRight()
                   end
                   for i = 1, positionRight do
                      moveBackChest()
                   end
                   if positionRight > positionLeft then
                      turtle.turnLeft()
                   end
                   for i = 1, position do
                      moveBackChest()
                   end
                   turtle.turnRight()
                   turtle.turnRight()
                   slot = 0
                   if torchMode == 1 then
                      turtle.turnRight()
                      turtle.select(15)
                      turtle.suck()
                      for i = 1, itemSubtract do
                         slot = slot+1
                         turtle.select(slot)
                            if turtle.compareTo(15) == true then
                               turtle.transferTo(15)
                            end
                         end
                         slot = 0
                         for i = 1, itemSubtract do
                            slot = slot+1
                            turtle.select(slot)
                               if turtle.compareTo(15) == true then
                                  turtle.drop()
                            end
                         end
                         turtle.turnLeft()
                      end
                   slot = 0
                   for i = 1, itemSubtract do
                      slot = slot+1
                      turtle.select(slot)
                         if turtle.compareTo(16) == true then
                            turtle.transferTo(16)
                         end
                      end
                   slot = 0
                   if turtle.detect() == true then
                      if waitMode == 1 then
                         for i = 1, itemSubtract do
                            slot = slot+1
                            turtle.select(slot)
                            while turtle.getItemCount(slot) > IC do
                               turtle.drop()
                               if turtle.getItemCount(slot) > IC then
                                  print("Master, the chest has no space left!")
                                  sleep(5)
                                  shell.run("clear")
                                  term.setCursorPos(1, 1)
                               end
                            end
                         end
                      end
                      slot = 0
                      if waitMode == 0 then
                         for i = 1, itemSubtract do
                            slot = slot+1
                            turtle.select(slot)
                            turtle.drop()
                         end
                      end
                   end
                   for i = 1, position do
                      moveBackChest()
                   end
                turtle.turnRight()
                turtle.turnRight()
                if positionRight > positionLeft then
                   turtle.turnRight()
                for i = 1, positionRight do
                   speedDig()
                end
             end
             if positionLeft > positionRight then
                turtle.turnLeft()
                for i = 1, positionLeft do
                   speedDig()
                end
             end
          end
       end
    end
 end
 
 function checkFuel()
 
    turtle.select(1)
    while turtle.getFuelLevel() == 0 do
       term.setCursorPos(1, 1)
       shell.run("clear")
       print("I am out of fuel my Master, refuel me and i will reboot!")
       sleep(2)
       slot = 0
       itemSlot = 0
       for i = 1, 64 do
          itemSlot = itemSlot+1
          for i = 1, 16 do
             slot = slot+1
             if turtle.getItemCount(slot) == itemSlot then
                turtle.select(slot)
                turtle.refuel(1)
             end
          end
         slot = 0
       end
    end
    term.setCursorPos(1, 1)
    shell.run("clear")
    print("I refueled succesfully my Master!")
 end
 
 function gravelDig()
 
    turtle.select(1)
    BlockBreakCount = 0
    while BlockBreakCount < 30 do
       while turtle.digUp() == true do
          sleep(0.6)
       end
       BlockBreakCount = BlockBreakCount+1
    end
     BlockBreakCount = 0
     while turtle.forward() == false do
       checkFuel()
       while turtle.attack() == true do
          sleep(1)
       end
       while BlockBreakCount < 30 do
          if turtle.dig() == true then
             sleep(0.4)
          end
          BlockBreakCount = BlockBreakCount+1
       end
       if torchMode == 1 then
          if turtle.detectDown() == true then
             turtle.select(15)
             if turtle.compareDown() == false then
                turtle.select(1)
                turtle.digDown()
             end
          end
          else
          turtle.digDown()
       end
    end
 end
 
 function speedDig()
 
    turtle.select(1)
    turtle.digUp()
    turtle.dig()
    if torchMode == 1 then
       if turtle.detectDown() == true then
          turtle.select(15)
          if turtle.compareDown() == false then
             turtle.select(1)
             turtle.digDown()
          end
       end
       else
       turtle.digDown()
    end
    BlockBreakCount = 0
    while turtle.forward() == false do
       checkFuel()
       turtle.attack()
       while BlockBreakCount < 30 do
          turtle.dig()
          BlockBreakCount = BlockBreakCount+1
       end
    end
 end
 
 function TorchCheckPlace()
 
    if torchMode == 1 then
       Input6 = Input6+1
       if turtle.getItemCount(15) == 0 then
          for i = 1, positionLeft do
             moveBackChest()
          end
          if positionLeft > positionRight then
             turtle.turnRight()
          end
          for i = 1, positionRight do
             moveBackChest()
          end
          if positionRight > positionLeft then
             turtle.turnLeft()
          end
          for i = 1, position do
             moveBackChest()
          end
          turtle.turnLeft()
          while turtle.getItemCount(15) == 0 do
             turtle.select(15)
             turtle.suck()
             slot = 0
             for i = 1, itemSubtract do
                slot = slot+1
                turtle.select(slot)
                sleep(0.2)
                if turtle.compareTo(15) == true then
                   turtle.transferTo(15)
                end
             end
             slot = 0
             for i = 1, itemSubtract do
                slot = slot+1
                turtle.select(slot)
                sleep(0.2)
                if turtle.compareTo(15) == true then
                   turtle.drop()
                 end
              end
           end
           turtle.turnLeft()
           for i = 1, position do
              moveBackChest()
           end
           turtle.turnRight()
           turtle.turnRight()
           if positionRight > positionLeft then
              turtle.turnRight()
              for i = 1, positionRight do
                 speedDig()
              end
           end
           if positionLeft > positionRight then
              turtle.turnLeft()
              for i = 1, positionLeft do
                 speedDig()
              end
           end
        end
        if positionTorch == Input6 then
          turtle.digDown()
          turtle.select(15)
          turtle.placeDown()
          turtle.select(1)
          positionTorch = positionTorch-Input6
       end
       Input6 = Input6-1
       Input6 = Input6+1
       if positionLeftTorch == Input6 then
          turtle.digDown()
          turtle.select(15)
          turtle.placeDown()
          turtle.select(1)
          positionLeftTorch = positionLeftTorch-Input6
       end
       Input6 = Input6-1
       Input6 = Input6+1
       if positionRightTorch == Input6 then
          turtle.digDown()
          turtle.select(15)
          turtle.placeDown()
          turtle.select(1)
          positionRightTorch = positionRightTorch-Input6
       end
       Input6 = Input6-1
    end
 end
 
 function moveBack()
 
    for i = 1, tArgs[1] do
       if turtle.back() == false then
          checkFuel()
          turtle.turnRight()
          turtle.turnRight()
          while turtle.attack() == true do
             sleep(1)
          end
          while turtle.dig() == true do
             sleep(0.6)
          end
          if turtle.forward() == false then
             speedDig()
          end
          turtle.turnRight()
          turtle.turnRight()
       end
    end
 end
 
 function moveBackChest()
 
    if turtle.back() == false then
       checkFuel()
       turtle.turnRight()
       turtle.turnRight()
       while turtle.attack() == true do
          sleep(1)
       end
       while turtle.dig() == true do
          sleep(0.6)
       end
       if turtle.forward() == false then
          speedDig()
       end
       turtle.turnRight()
       turtle.turnRight()
    end
 end
 
 print("Do you wish to use Default or Custom mode?")
 print("write <default> or Press ENTER")
 defaultCheck = read()
 
 if defaultCheck == "default" then
 
    tArgs[1] = tArgs[1]+1
    itemSubtract = itemSubtract-1
    Input2 = 20
    Input6 = 6
    FrontTunnel = 2
    branchMode = 2
    chestMode = 1
    waitMode = 1
    torchMode = 1
    FrontTunnel = FrontTunnel+1
    Input8 = "yes"
    shell.run("clear")
    term.setCursorPos(1, 1)
 
    print("Put coal in slot #16, torches #15")
    print("Also put a chest behind the turtle, if you want it to drop the loot it finds")
    print("Put a chest to the left of the turtle, to resupply it with torches")
    print("Press ENTER to continue!")
    infoSkip = read()
 
    if branchMode == 2 then
       for i = 1, Input2 do
          speedStripmine()
       end
       if Input8 == "yes" then
          for i = 1, positionLeft do
             moveBackChest()
          end
          if positionLeft > positionRight then
             turtle.turnRight()
          end
          for i = 1, positionRight do
             moveBackChest()
          end
          if positionRight > positionLeft then
             turtle.turnLeft()
          end
          for i = 1, position do
             moveBackChest()
          end
       end
       print("I am done my Master!")
    end
    return
 end
 
 print("Write <speed> or <gravel> -Andersfc, the maker of this program")
 print("He suggests using the speed-mode")
 term.write("Speed-Mode or Gravel-Mode?>")
 Input1 = read()
 
 if Input1 == "speed" or Input1 == "gravel" then
   check = 0
 else
    shell.run("clear")
    print("You misstyped speed or gravel")
    return
 end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("Write the amount of cycles to run")
 term.write("How many cycles?>")
 Input2 = read()
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("Write <chest>, <enderchest> or <nochest>")
 term.write("Master do you want chests?>")
 Input3 = read()
 
 if Input3 == "chest" or Input3 == "enderchest" or Input3 == "nochest" then
   check = 0
 else
    shell.run("clear")
    print("You misstyped chest, enderchest or nochest")
    return
 end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 if Input3 == "chest" then
    print("write <wait> or <nowait>, this mode is useful if your chest is full, then the turtle will")
    print("wait till the chest has room")
    term.write("Master should i wait?>")
    Input4 = read()
 end
 
 if Input4 == "wait" or Input4 == "nowait" then
   check = 0
 else
    shell.run("clear")
    print("You misstyped wait or nowait")
    return
 end
 
 if Input3 == "enderchest" then
    endChest = 1
 end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("write <torch> or <notorch> this mode is just used if you want torch-placing")
 term.write("Master do you want torches?>")
 Input5 = read()
 
 if Input5 == "torch" or Input5 == "notorch" then
   check = 0
 else
    shell.run("clear")
    print("You misstyped torch or notorch")
    return
 end
 
 if Input5 == "torch" then
    itemSubtract = itemSubtract-1
 end
 
 if Input5 == "torch" then
    shell.run("clear")
    term.setCursorPos(1, 1)
    print("Write the amount of space, between the torches")
    print("-Andersfc, the maker of this program, suggests to use about 6 blocks space between")
    print("If you dont want mob-spawns")
    term.write("How much space between the torches?>")
    Input6 = read()
 end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("Write the amount of space between the branch-tunnels")
 print("-Andersfc, the maker of this program, suggests using 2-4 blocks space")
 term.write("How much space between?>")
 FrontTunnel = read()
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("Master, should i go back to my starting-position, when i'm done mining?")
 print("Write <yes> or <no>")
 term.write("Should i go back?>")
 Input8 = read()
 
 if Input8 == "yes" or Input1 == "no" then
   check = 0
 else
    shell.run("clear")
    print("You misstyped yes or no")
    return
 end
 
 shell.run("clear")
 term.setCursorPos(1, 1)
 
 print("Put coal in slot #16, torches #15, ender chest for dropping items #14")
 print("Also put a chest behind the turtle, if you want it to drop the loot it finds")
 print("Put a chest to the left of the turtle, to resupply it with torches")
 print("Press ENTER to continue!")
 infoSkip = read()
 
 tArgs[1] = tArgs[1]+1
 
 if Input1 == "speed" then
    branchMode = 2
 end
 
 if Input1 == "gravel" then
    branchMode = 1
 end
 
 if Input3 == "chest" then
    chestMode = 1
 end
 
 if Input4 == "wait" then
    waitMode = 1
 end
 
 if Input5 == "torch" then
    torchMode = 1
 end
 
 FrontTunnel = FrontTunnel+1
 
 if branchMode == 1 then
    for i = 1, Input2 do
       gravelStripmine()
    end
    if Input8 == "yes" then
       for i = 1, positionLeft do
          moveBackChest()
       end
       if positionLeft > positionRight then
          turtle.turnRight()
       end
       for i = 1, positionRight do
          moveBackChest()
       end
       if positionRight > positionLeft then
          turtle.turnLeft()
       end
       for i = 1, position do
          moveBackChest()
       end
    end
 print("I am done my Master!")
 end
 
 if branchMode == 2 then
    for i = 1, Input2 do
       speedStripmine()
    end
    if Input8 == "yes" then
       for i = 1, positionLeft do
          moveBackChest()
       end
       if positionLeft > positionRight then
          turtle.turnRight()
       end
       for i = 1, positionRight do
          moveBackChest()
       end
       if positionRight > positionLeft then
          turtle.turnLeft()
       end
       for i = 1, position do
          moveBackChest()
       end
    end
 print("I am done my Master!")
 end