resr

local function vor()
	if turtle.detect() then
		turtle.dig()
	end
	turtle.forward()
end

local function hoch()
	if turtle.detectUp() then
		turtle.digUp()
	end
	repeat until turtle.up()
end

local function runter()
	if turtle.detectDown() then
		turtle.digDown()
	end
	turtle.down()
end





function chests()

	turtle.turnLeft()


	hoch()
	hoch()

 --entleerren

	for i=1, 14 do
      	turtle.select(i)
		turtle.drop(64)
    end

 --neue Kohle

	runter()

	turtle.select(15)

	turtle.suck(1)

	turtle.refuel(1)

 --neue setzlinge

	runter()

	turtle.select(16)

	turtle.suck(9)

	turtle.turnRight()

end




function check()


			if turtle.detectUp() then
		turtle.digUp()
	end
	turtle.up()

			for i=1, 6 do
				vor()
    		end

			turtle.turnLeft()

			local success, data = turtle.inspect()
			if data.name=="ic2:rubber_wood" then
				fellen()
				turtle.select(16)

				turtle.place()
			end


			turtle.turnRight()
			turtle.turnRight()

			local success, data = turtle.inspect()
			if data.name=="ic2:rubber_wood" then
				fellen()

				turtle.select(16)

				turtle.place()
			end

		--	turtle.turnRight()

			--vor()

			turtle.turnLeft()



			for i=1, 3 do
				vor()
    		end

			turtle.turnLeft()

			local success, data = turtle.inspect()
			if data.name=="ic2:rubber_wood" then
				fellen()
				turtle.select(16)

				turtle.place()
			end


			turtle.turnLeft()

			for i=1, 3 do
				vor()
    		end

			turtle.turnLeft()

			for i=1, 5 do
				vor()
    		end

			turtle.turnLeft()
			turtle.turnLeft()



	turtle.down()
end



function fellen()

	runter()
	vor()

	for i=1, 9 do
		hoch()
	end
	for i=1, 9 do
		runter()
	end
	turtle.turnRight()
	turtle.turnRight()
	vor()
	turtle.turnRight()
	turtle.turnRight()
end


while 1==1 do
	chests()
	check()
	os.sleep(100)
end