--declare vars
x=0
z=0
args = {...}

checkX = tonumber(args[1])

x =9* tonumber(checkX)
z= 5
h = 1+ tonumber(args[2])
canCont = true

--this function checks the slot in use for item count
function restock()

for sl=1,15 do
turtle.select(1)
--if the count is less than 5 then it asks each slot 2 to 15 to give it blocks up to 64
if turtle.getItemCount() < 5 then
turtle.select(sl)
turtle.transferTo(1)
else end
end

--if it is still less than 5 it accesses its ender chest (slot 16) to refuel the entire turtle
turtle.select(1)
if turtle.getItemCount() < 5 then

--places ender chest and fills first slot
turtle.select(16)
turtle.place()
turtle.select(1)
turtle.suck(64-turtle.getItemCount())
-- pulls out 14 stacks filling up the rest
for i=1,14 do
turtle.suck(64)
end
turtle.select(16)
turtle.dig()
turtle.select(1)
end


end

function platform()
for i=1,x do
restock()

for o=1,z do

turtle.placeDown()
if o~=z then turtle.forward() end
end
if math.fmod(i,2) == 1 and i~=x then turtle.turnRight() turtle.forward() turtle.turnRight()
elseif i~=x then turtle.turnLeft() turtle.forward() turtle.turnLeft()
else
end
end
end


function goDown()
if math.fmod(checkX,2) ~= 1 then
turtle.forward()

else
for i=1,5 do
turtle.back()
end
end

end

for i=1,h do

if turtle.down() then

else
canCont = false
end

end

if math.fmod(checkX,2) ~= 1 then
turtle.turnLeft()
turtle.turnLeft()
end
turtle.forward()

end


repeat

platform()
goDown()



until canCont == false