quarry

--Arguements

tArgs = {...}
type = tArgs[1]
action = tArgs[2]
nTimes = tArgs[3]

if not tArgs[1] or not tArgs[2] then
  print("Usage: quarry move/dig amount")
  return(0)
end
if not tArgs[3] then
  nTimes = 1
end

colors = {"colors.white", "colors.orange", "colors.magenta", "colors.lightBlue", "colors.yellow", "colors.lime", "colors.pink", "colors.grey", "colors.lightGrey", "colors.cyan", "colors.purple", "colors.blue", "colors.brown", "colors.green", "colors.red", "colors.black"}

-- Functions

function redstonePulse(color,amount)
  for i = 1, amount do
    redstone.setBundledOutput("left",color)
    sleep(2)
    redstone.setBundledOutput("left",0)
    sleep(2)
  end
end

function dig()

end

function move(direction,distance)
  if direction == "forward" then
    redstonePulse(colors[1],distance)
  elseif direction == "back" then
    redstonePulse(colors[3],distance)
  elseif direction == "left" then
    redstonePulse(colors[2],distance)
  elseif direction == "right" then
    redstonePulse(colors[15],distance)
  elseif direction == "up" then
    redstonePulse(colors[5],distance)
  elseif direction == "down" then
    redstonePulse(colors[12],distance)
  else print("Error. Incorrect direction.")
  return(0)
  end
end

-- Main

  if type == "move" then
    move(action,nTimes)
  elseif type == "dig" then
    dig()
  else print("Error. Incorrect action.")
  return(0)
end