OrebAttacker

os.loadAPI("kapi")

    function burnCoal()
        local burnCoal = turtle.getItemCount(1)-1
        turtle.select(1)
        turtle.refuel(burnCoal)
    end


while true do
    kapi.menu("I consume Orebs at my whims.\nPut coal in slot 1 to fuel my ire.\nPut the ignition key in slot 2.\nPut End Chest output in slot 3.\nYou have ten seconds to comply. If you're not ready, CTRL+T to stop.\n")
    sleep(10)
    kapi.printFuel()

    x = 0
    while x == 0 do
    if turtle.getFuelLevel() < 1000 then -- Check for fuel levels, if too low, will wait until fed.
        print("please feed me... coal in slot 1... \nPress enter when I have food")
          z = kapi.keyread()
          if z == keys.enter then
            print("nom, nom")
            burnCoal()
            kapi.printFuel()
          else
            print("Not valid input!")
            sleep(2)
          end
    else
        print("I am sated.")
        x = 1
    end
    end

        while x == 1 do -- Checks for the necessary end chest in front of the turtle to start the process
          turtle.select(3)
          if turtle.compare() == false then
                print("The Way is Shut. Place Ignition Chest in front of me.")
                sleep(30)
               term.clearLine()
          else
             x = 0
          end
        end -- ending ignition check

      time = 10
      while time > 0 do -- Countdown timer
        sleep(1)
        time = time-1
        if time > 0 then
            term.clear()
            print("Make sure to place me on the bottom left corner of 5x5, on the very top, facing inwards. Ensure two blocks of air is between me and the corner of the 5x5 block under me. Place End Chest connected to the ritual in front of me when ready to ignite.\n\nSnoozing for " ..time.. " seconds.")
        else
            term.clear()
            print("Attacking Oreb now")
            sleep(2)
        end
      end -- ending countdown timer

      if turtle.detect() == true then -- Put key in ignition
                turtle.select(2)
                turtle.drop(1)
      else
                print("Can't place inventory here! Terminating program.")
                break
      end

    kickoff = 0

    while kickoff == 0 do

      print("Starting Cycle...")
      turtle.select(1)
      print("Down 2")
      kapi.down(2)

      seriesStart = 1 -- Slice
      series = 1
      sideStart = 1 -- Side of Slice
      side = 1
      vertStart = 15 -- Initial vertical position (13)
      vert = 15
      horzStart = 5 -- Initial horzitional position (5)
      horz = 5


      while series < 9 do -- track cycles done

      while side < 5 do -- track sides done

      while horz > 0 do -- track forward distance
        while vert > 0 do -- track up and down distance
            if turtle.getItemCount(16) < 1 then
                    vert = vert -1
                    print("Mine 1 down, then move 1 down. \nCurrent position:"..vert)
                    kapi.mine("d")
                    kapi.down()
            else
                    kapi.endDumpUp(4)
                    turtle.select(4)
                    print("Dumping")
                    turtle.select(1)
            end
            if turtle.getFuelLevel() < 1000 then -- Check for fuel levels, if too low, eats fuel.
                    burnCoal()
                    print("refuelling")
                    kapi.printFuel()
            else
                    print("I'm sated.")

            end
        end --vert

        horz = horz-1
        vert = vertStart
        print("Going up "..vert.." blocks.")
        kapi.up(vert)
        print("Mining 1 forward then moving 1 forward.\nCurrent position:"..horz)
        kapi.mine("f")
        kapi.forward()

      end --horz
        side = side+1
        horz = horzStart-1
        print("Going backwards 1, then, turning 1, mining 1 forward then moving 1 forward.")
        kapi.turn("b")
        kapi.forward()
        kapi.turn("l")
        kapi.mine("f")
        kapi.forward()
        print("On side:"..side)
        kapi.printFuel()

      end -- side

      side = 1
      series = series+1 -- Track cycles
      print("Starting Series "..series)

        if series == 2 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")
            kapi.down()

            vertStart = 14 -- Initial vertical position
            vert = 14
            horzStart = 7 -- Initial horzitional position
            horz = 7


        elseif series == 3 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")

            vertStart = 14 -- Initial vertical position
            vert = 14
            horzStart = 9 -- Initial horzitional position
            horz = 9

        elseif series == 4 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")

            vertStart = 14 -- Initial vertical position
            vert = 14
            horzStart = 11 -- Initial horzitional position
            horz = 11

         elseif series == 5 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")
            kapi.down()

            vertStart = 13 -- Initial vertical position
            vert = 13
            horzStart = 13 -- Initial horzitional position
            horz = 13
            burnCoal()


        elseif series == 6 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")
            kapi.down()

            vertStart = 12 -- Initial vertical position
            vert = 12
            horzStart = 15 -- Initial horzitional position
            horz = 15

        elseif series == 7 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")


            vertStart = 12 -- Initial vertical position
            vert = 12
            horzStart = 17 -- Initial horzitional position
            horz = 17

        elseif series == 8 then
            print("Set position")
            kapi.turn("b")
            kapi.forward(2)
            kapi.turn("r")
            kapi.forward()
            kapi.turn("r")
            kapi.down()

            vertStart = 11 -- Initial vertical position
            vert = 11
            horzStart = 19 -- Initial horzitional position
            horz = 19

        else
            print("doneski")

        end

      end -- series


      print("returning to origin") -- return to origin and dump stuff
      kapi.turn("r")
      kapi.forward(7)
      kapi.turn("l")
      kapi.forward(6)
      kapi.up(6)
      print("Ending Cycle...")
      sleep(5)
      kapi.endDumpUp(4)
      burnCoal()

      if turtle.detect() == true then -- Taking key out of ignition
                turtle.select(2)
                turtle.suck(1)
      else
                print("Can't find inventory here! Terminating program.")
                break
      end -- Deignite

      time = 10800
      while time > 0 do -- Countdown timer
        sleep(1)
        time = time-1
        if time > 0 then
            term.clear()
            print("Make sure to place me on the bottom left corner of 5x5, on the very top, facing inwards. Ensure two blocks of air is between me and the nearest block under me. Place End Chest connected to the ritual in front of me when ready to ignite.\n\nSnoozing for " ..time.. " seconds.")
        else
            term.clear()
            print("Attacking Oreb now")
            sleep(2)
        end
      end -- ending countdown timer

      if turtle.detect() == true then -- Put key in ignition
                turtle.select(2)
                turtle.drop(1)
      else
                print("Can't place inventory here! Terminating program.")
                break
      end -- End the snooze cycle
    end -- ending the kickoff
end -- ending the while true do