Quarry Main

qSize = 64
redstone.setAnalogOutput("bottom",0)

function needsFuel()
    local level=turtle.getFuelLevel()
    if level=="unlimited" or level>500 then
        return false
    else
        turtle.select(16)
        turtle.refuel()
    end
end

needsFuel()

function vooruit(e)
  for i=1,e do
    turtle.forward()
  end
end

function clear()
 term.clear()
 term.setCursorPos (1,1)
end

function markersPlaatsen()
  print("Markers plaatsen")
  redstone.setAnalogOutput("bottom",15)
  sleep(1)
end

function markersActiveren()
  redstone.setAnalogOutput("bottom",0)
  print("Markers activeren")
  turtle.attack()
  sleep(1)
end

function miningBack()
  print("Mining turtle naar achter verplaatsen.")
  redstone.setAnalogOutput("bottom",14)
  sleep(1)
end

function engineerBack()
  print("Engineer naar achter verplaatsen.")
  redstone.setAnalogOutput("bottom",0)
  sleep(1)
  turtle.back()
  sleep(1)
end

function placeQuarry()
  print("Quarry plaatsen")
  redstone.setAnalogOutput("bottom",13)
  sleep(1)
end

function sleepMiningTurtle()
  redstone.setAnalogOutput("bottom",0)
  sleep(1)
  print("Mining turtle in slaap stand zetten")
  redstone.setAnalogOutput("bottom",12)
  sleep(3)
end

function placeEnergyItemsSleep()
  print("Energy en Item tesseract plaatsen")
  redstone.setAnalogOutput("bottom",0)
  turtle.back()
  turtle.select(1)
  turtle.place()
  turtle.up()
  turtle.forward()
  turtle.select(2)
  turtle.place()
  turtle.turnRight()
  turtle.forward()
  turtle.turnLeft()
  turtle.down()
end

function picupEnergyItems()
  print("Energy en Item tesseract Oppakken")
  redstone.setAnalogOutput("bottom",0)

  turtle.up()
  turtle.turnLeft()
  turtle.forward()
  turtle.turnRight()

  turtle.select(1)
  turtle.digDown()

  turtle.select(2)
  turtle.dig()

  turtle.turnRight()
  turtle.forward()
  turtle.turnLeft()
  turtle.down()

end

function pickupQuarry()
  print("Quarry oppakken")
  redstone.setAnalogOutput("bottom",11)
  sleep(1)
end

function gotoNextStart()
  print("Naar volgende Quarry punt gaan")
  redstone.setAnalogOutput("bottom",0)
  sleep(2)
  redstone.setAnalogOutput("bottom",10)
  sleep(2)
  redstone.setAnalogOutput("bottom",0)
  turtle.turnLeft()
  turtle.forward()
  turtle.forward()
  turtle.turnRight()
  turtle.forward()
  turtle.turnRight()
  vooruit(qSize-1)
  turtle.turnLeft()
  sleep(1)
end

function nieuwQuarry()
  markersPlaatsen()
  while true do
    os.pullEvent("redstone")
    getBottomRedstone = redstone.getAnalogInput("bottom")
    print(getBottomRedstone)
    if getBottomRedstone == 15 then
      markersActiveren()
      miningBack()
      engineerBack()
      placeQuarry()
    elseif getBottomRedstone==14 then
      sleepMiningTurtle()
      placeEnergyItemsSleep()
      menu()
    end
  end
end

function volgendeQuarry()
  picupEnergyItems()
  pickupQuarry()
  while true do
    os.pullEvent("redstone")
    getBottomRedstone = redstone.getAnalogInput("bottom")
    print(getBottomRedstone)
    if getBottomRedstone == 15 then
      markersActiveren()
      miningBack()
      engineerBack()
      placeQuarry()
    elseif getBottomRedstone==14 then
      sleepMiningTurtle()
      placeEnergyItemsSleep()
      menu()
    elseif getBottomRedstone==13 then
      gotoNextStart()
      markersPlaatsen()
    end
  end
end

function menu()
  clear()
  print ("-------------------------------------")
  print ("-- 1. Nieuwe mijn                    ")
  print ("-- 2. Volgende mijn                  ")
  print ("-------------------------------------")
  write ("Keuze (1/2): ")
  local keuze = read()
  if keuze=="1" then
    nieuwQuarry()
  elseif keuze=="2" then
    volgendeQuarry()
  else
    print("Er is een verkeerde keuze gemaakt.")
    sleep(1.5)
    menu()
  end
end

menu()