TurtleQuarry-Sektionen

local args = {...}
a = args[1]-1
y = args[2]
z = args[3]

function Ende()
	print(" ")
	print("--------------------------------")
	print("Finish Quarry!")
	print("--------------------------------")
end


--Startcheck: Chests und Fuel
function Start()
	for o=2,16,1 do
		turtle.select(o)
		turtle.refuel()
	end
	while turtle.getFuelLevel()<((17*a+1000)*(z-y)) do
		f=((17*a+1000)*(z-y))-turtle.getFuelLevel()
		print(" ")
		print("--------------------------------")
		print("Need more Fuel in Slot 2/16!")
		print(f)
		print("--------------------------------")
		sleep(10)
		for o=2,16,1 do
			turtle.select(o)
			turtle.refuel()
		end
	end
	while turtle.getItemSpace(1)>0 do
		f=turtle.getItemSpace(1)
		print(" ")
		print("--------------------------------")
		print("Need more Chests in Slot 1!")
		print(f)
		print("--------------------------------")
		sleep(10)
	end
	turtle.select(1)
	print(" ")
	print("--------------------------------")
	print("Starting Quarry!")
	print("--------------------------------")
end


function Weiter()
	turtle.dig()
	turtle.forward()
	turtle.dig()
	turtle.forward()
end


--Position
function PR()
	turtle.dig()
	turtle.forward()
	turtle.turnRight()
	turtle.dig()
	turtle.forward()
	turtle.dig()
	turtle.forward()
	turtle.dig()
	turtle.turnRight()
	turtle.dig()
end
function PL()
	turtle.dig()
	turtle.forward()
	turtle.turnLeft()
	turtle.dig()
	turtle.forward()
	turtle.dig()
	turtle.forward()
	turtle.dig()
	turtle.turnLeft()
	turtle.dig()
end
function PI()
	turtle.dig()
	turtle.forward()
	turtle.turnLeft()
	turtle.dig()
	turtle.forward()
	turtle.turnLeft()
end


--Items in Chest füllen
function Item()
	turtle.digUp()
	turtle.select(1)
	turtle.placeUp()
	for i=2,16,1 do
		turtle.select(i)
		turtle.dropUp()
	end
	turtle.select(1)
end


--Items in Nachbarchest sortieren
function Sort()
	turtle.turnLeft()
	turtle.forward()
	for i=1,16,1 do
		turtle.select(i)
		turtle.dropUp()
	end
	turtle.turnRight()
	turtle.turnRight()
	turtle.forward()
	turtle.turnLeft()
	turtle.select(1)
end


--Ende: Position vom Anfang einnehmen
function E()
	turtle.turnLeft()
	for e=1,15,1 do
		turtle.forward()
	end
	turtle.turnLeft()
	for e=1,15,1 do
		turtle.forward()
	end
	turtle.turnLeft()
	turtle.turnLeft()
end


--Decke bauen
function D()
	while (turtle.getItemSpace(13)+turtle.getItemSpace(14)+turtle.getItemSpace(15)+turtle.getItemSpace(16))>0 do
		f=(turtle.getItemSpace(13)+turtle.getItemSpace(14)+turtle.getItemSpace(15)+turtle.getItemSpace(16))
		print(" ")
		print("--------------------------------")
		print("Need more Bricks in Slots 13/16!")
		print(f)
		print("--------------------------------")
		sleep(30)
	end
	for d=13,16,1 do
		turtle.select(d)
		for c=1,2,1 do
			turtle.turnRight()
			turtle.placeDown()
			for r=1,15,1 do
				turtle.forward()
				turtle.placeDown()
			end
			turtle.turnLeft()
			turtle.forward()
			turtle.turnLeft()
			turtle.placeDown()
			for r=1,15,1 do
				turtle.forward()
				turtle.placeDown()
			end
			turtle.turnRight()
			turtle.forward()
		end
	end
	turtle.select(d)
	turtle.turnRight()
	turtle.placeDown()
	for r=1,15,1 do
		turtle.forward()
		turtle.placeDown()
	end
	turtle.turnLeft()
	turtle.forward()
	turtle.turnLeft()
	turtle.placeDown()
	for r=1,15,1 do
		turtle.forward()
		turtle.placeDown()
	end
	turtle.turnRight()
	turtle.forward()

	turtle.turnRight()
	turtle.placeDown()
	for r=1,15,1 do
		turtle.forward()
		turtle.placeDown()
	end
	turtle.turnLeft()
	turtle.forward()
	turtle.turnLeft()
	turtle.placeDown()
	for r=1,15,1 do
		turtle.forward()
		turtle.placeDown()
	end

	turtle.turnLeft()
	for r=1,15,1 do
		turtle.forward()
	end
	turtle.turnLeft()
	turtle.turnLeft()
	print(" ")
	print("--------------------------------")
	print("Clear Chests? Type -Chest-")
	print("--------------------------------")
end


--Formen aushöhlen
function L()
	for t=1,8,1 do
		turtle.digDown()
		turtle.turnRight()
		turtle.dig()
		turtle.turnLeft()
		while turtle.detectDown()==false do
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnRight()
			turtle.dig()
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnLeft()
			turtle.dig()
		end
		for u=1,a,1 do
			turtle.up()
		end
		Item()
		if t<8 then
			Weiter()
		end
	end
end


function T()
	for t=1,8,1 do
		turtle.digDown()
		turtle.turnRight()
		turtle.dig()
		turtle.turnLeft()
		turtle.dig()
		turtle.turnLeft()
		turtle.dig()
		while turtle.detectDown()==false do
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnRight()
			turtle.dig()
			turtle.turnRight()
			turtle.dig()
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnLeft()
			turtle.dig()
			turtle.turnLeft()
			turtle.dig()
		end
		turtle.turnRight()
		for u=1,a,1 do
			turtle.up()
		end
		Item()
		if t<8 then
			Weiter()
		end
	end
end


function I()
	turtle.forward()
	turtle.dig()
	for t=1,4,1 do
		turtle.digDown()
		turtle.dig()
		turtle.turnRight()
		turtle.turnRight()
		turtle.dig()
		turtle.turnLeft()
		turtle.turnLeft()
		while turtle.detectDown()==false do
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnRight()
			turtle.turnRight()
			turtle.dig()
			turtle.down()
			turtle.digDown()
			turtle.dig()
			turtle.turnRight()
			turtle.turnRight()
			turtle.dig()
		end
		for u=1,a,1 do
			turtle.up()
		end
		Sort()
		if t<4 then
			Weiter()
			Weiter()
		else
			Weiter()
		end
	end
end



--Aktionen
Start()
--Loop mit Startposition
y=args[2]
z=args[3]

while y<=z do
	if y==1 then
		L()
		PR()
		y=y+1
	elseif y==2 or y==4 or y==6 then
		T()
		PL()
		y=y+1
	elseif y==3 or y==5 or y==7 then
		T()
		PR()
		y=y+1
	elseif y==8 then
		T()
		PI()
		y=y+1
	elseif y==9 then
		I()
		E()
	else
		print("sdf")
		y=y+1
	end
end