stairs

-- Quarry Staircase Builder
-- loserprance 11/11/19

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

--[[ attempt refuelling with any available
fuel source --]]

local gatheredFuel = 0
local currentFuel = turtle.getFuelLevel()
local retrievedFuel = 0
local cobbleSlot = 1

print("Current fuel level: " .. currentFuel)
print("Searching for more fuel...")
print("")

for a = 1,16 do
  turtle.select(a)
  turtle.refuel()

  if turtle.getFuelLevel() > currentFuel then
    print("Found " .. (turtle.getFuelLevel() - currentFuel) .. " fuel in slot " .. turtle.getSelectedSlot())
    retrievedFuel = (retrievedFuel + (turtle.getFuelLevel() - currentFuel))
  end

  currentFuel = turtle.getFuelLevel()
end

print("")
print("------------")
print("Added " .. retrievedFuel .. " fuel (running total is " .. turtle.getFuelLevel() .. ")")
print("------------")
print("")

turtle.select(1)

-- cobble organizing
local foundCobble = 0

print("Searhing for (DEFAULT, UNCHISELED) cobblestone...")
print("")

for b = 1,16 do
  turtle.select(b)
  local data = turtle.getItemDetail(b)
  if data then
     if (data.name == "minecraft:cobblestone") then
       print("Found " .. turtle.getItemCount(b) .. " cobblestone in slot " .. b)
       foundCobble = foundCobble + turtle.getItemCount(b)

     while turtle.getItemCount(b) ~= 0 and cobbleSlot ~= turtle.getSelectedSlot() do
     if turtle.getItemCount(cobbleSlot) ~= 64 then
       turtle.transferTo(cobbleSlot)
     elseif turtle.getItemCount(cobbleSlot) == 64 then
       cobbleSlot = cobbleSlot + cobbleSlot
     end
    end

    if cobbleSlot == 1 and turtle.getItemCount(b) ~= 0 and turtle.getItemCount() ~= 64 then
      turtle.transferTo(cobbleSlot)
    end
   end
  end
end

print("")
print("------------")
print("Found " .. foundCobble .. " cobblestone total")
print("------------")
print("")

turtle.select(1)

-- staircase building

local futureTurn = ""
local width = 0
turtle.forward()
turtle.placeDown()

function buildStep()
  turtle.forward()
  width = width + 1
  turtle.down()
  turtle.placeDown()
end

function properTurn()
  if futureTurn == "left" then
    turtle.turnLeft()
  elseif futureTurn == "right" then
    turtle.turnRight()
  else


  turtle.turnLeft()

  futureTurn = "left"

  if turtle.detect() then
    turtle.turnLeft()
    turtle.turnLeft()
    futureTurn = "right"
  end
end
end

while not turtle.detect() do
  buildStep()
end

print("width is " .. width)
properTurn()

while true do
for fff = 1,width do
  buildStep()
end

fff = 0
properTurn()
end