-- ( HOLZ) --

momfuellevel = 0
aufsammeln = 40
fuellevel = 100
count = 0
anzahl1 = 0
anzahl2 = 0
treeblock = "minecraft:log"
steinblock = "minecraft:cobblestone"
chestdistance = 5
j = 0

function forward()
  while(turtle.forward()==false) do end
end

function up()
  while(turtle.up()==false) do end
end

function down()
  while(turtle.down()==false) do end
end

function Stein()
success, data = turtle.inspect()
while(success and data.name==steinblock) do
  turtle.dig()
  break
  end
end

function fell()
  count = count + 1
  print("Baum Nr. " ..count.. " wird gefaellt!")
  while(turtle.forward()==false) do
    turtle.dig()
  end
  success, data = turtle.inspectUp()
  while(success and data.name==treeblock) do
    turtle.digUp()
    up()
    success, data = turtle.inspectUp()
  end
  while(turtle.down()) do end
  while(turtle.back()==false) do end
end

function place()
  turtle.select(2)
  turtle.place()
  if turtle.getItemCount(2) > 50 then
  aufsammeln = 0
  else
  aufsammeln = 40
  end
  turtle.select(1)

end

function collect()
	print("Sammle in "..aufsammeln.." Sek auf")
	sleep(aufsammeln)
  turtle.suck()
  while(turtle.down()==false) do end
  turtle.suckDown()
  sleep(1)
  turtle.suckDown()
  sleep(1)
  turtle.suckDown()
  sleep(1)
  while(turtle.up()==false) do end
end

function refuel()
  if(turtle.getFuelLevel() < fuellevel) then
    turtle.select(16)
		if turtle.getItemCount(16) > 0 then
			turtle.refuel(1)
			momfuellevel = turtle.getFuelLevel()
			print("Aufgetankt "..momfuellevel.." Fuel im Tank")
		else
			print("WARNUNG KEIN FUEL (Slot 16) ")
			sleep(5)
				for i=1,4 do
				turtle.turnRight()
				end
			refuel()
			sleep(5)
		end
	turtle.select(1)
  end
end


function ofen()
	refuel()
	forward()
	forward()
	up()
	forward()
	turtle.select(1)

	if turtle.getItemCount(1) > 10 then
	turtle.transferTo(15,9)
	turtle.select(15)
	turtle.dropDown(15)
	print("Holzkohle wird hergestellt")
	end

	turtle.turnRight()
	turtle.back()
	down()
	turtle.select(16)
	down()
	forward()

if turtle.getItemCount(16) > 10 then
	turtle.dropUp(9)

end
	sleep(10)
	turtle.select(16)
	turtle.suckUp(16)
	turtle.select(1)
	turtle.turnLeft()
	turtle.back()
	up()
	turtle.turnLeft()
	turtle.turnLeft()
	forward()
	forward()
	refuel()

end


 function goBack(anzahl1)
	refuel()
	turtle.turnRight()
	turtle.turnRight()
	for i=1,2 do
	forward()
	end
	for i=1,7 do
	up()
	end
	anzahl1 = anzahl1 - 1
	anzahl1 = anzahl1 * 8
	for i=1,anzahl1 do
	forward()
	end
end

function goBaum(anzahl2)
	refuel()
	anzahl2 = anzahl2 - 1
	anzahl2 = anzahl2 * 8
	for i=1,anzahl2 do
	forward()
	end
	for i=1,7 do
	down()
	end
	for i=1,2 do
	forward()
	end
end


-- (Programm Start Holz) --

function Baum()
	refuel()
  turtle.select(1)
  success, data = turtle.inspect()
  if(success and data.name==treeblock) then
	refuel()
    fell()
    place()
    sleep(5)
    collect()
    refuel()

	else
	print("Kein Baum")
	end
end

-- (Programm Start Stein) --

function abbauen()

if turtle.getItemCount(13) <= 62 then

print("Baue 1 Stack Stein ab")

while turtle.getItemCount(13) <= 62 do
  turtle.select(13)
  Stein()
  turtle.turnRight()
  Stein()
  turtle.turnLeft()
end

turtle.select(1)
print("habe nun 1 Stack Stein im Invi")

else
print("Habe schon genug Steine im Invi(Slot 13) ")

end
end


-- ( Hauptprogramm) --


for i=1,10 do
print("RUNDE " ..i.."")
Baum()
goBack(1)
ofen()
goBaum(2)
Baum()
goBack(2)
ofen()
goBaum(1)

end

print("------------------------------")

for i=1,10 do
print("RUNDE " ..i.."")
Baum()
goBack(1)
turtle.turnLeft()
turtle.turnLeft()
goBaum(2)
Baum()
goBack(2)
turtle.turnLeft()
turtle.turnLeft()
goBaum(1)
Baum()
goBack(1)
ofen()
goBaum(1)

end

--Baum()

--ofen()

--print("RUNDE " ..i.."")
--	end

--refuel()
--Baum()
--goBack1()
--ofen()
--goBaum1()
--print("RUNDE 1")

-- abbauen()