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shell.run("clear");
x,y = term.getSize();
function loadScript()
	term.clear();
	term.setCursorPos(1,1);
	term.write("Mienenbauer 3.0 - Skript by derpierre65");
	term.setCursorPos(1,2);
	term.write("Das Skript wird geladen. Bitte warten...");
	term.setCursorPos(1,3);
	for i=0,x do term.write("-"); end
	term.setCursorPos(1,5);
	for i=0,x do term.write("-"); end
	term.setCursorPos(1,4);
	for i=0,x-1 do write("|"); sleep(0.01); end
end

loadScript();
startX = nil;
endX = nil;

term.setCursorPos(1,6);
print("Diese Turtle baut eine 3x3 Miene.");
term.setCursorPos(1,7);
while ( startX == nil ) do
	print("Auf welcher Y Koordinate befindet sich die Turtle? ");
	write("> ");
	startX = tonumber(read());
	if not ( startX == nil ) then
		if ( startX < 5 or startX > 256 ) then startX = nil; end
	end
end

while ( endX == nil ) do
	print("Bis welche Y Koordinate soll die Turtle graben? ");
	write("> ");
	endX = tonumber(read());
	if not ( endX == nil ) then
		if ( (startX-endX) > 64 ) then endX = nil; end
		if not ( endX == nil ) then
			if ( endX >= startX ) then endX = nil; end
		end
		if ( endX == nil ) then
			print("Es sind Maximal 64 Bloecke erlaubt.");
		end
	end
end
needLadder = (startX - endX);
print("Welchen Chesttyp moechtest du benutzen?");
print("[1] Items in mehreren Kisten packen.");
print("[2] Items ueber eine EnderChest weg packen.");
chesttype = 0;
while ( chesttype == 0 ) do
	print("Welchen Chesttyp moechtest du benutzen?");
	write("> ");
	typ = tonumber(read());
	if not ( typ == nil ) then
		if ( typ == 1 or typ == 2 ) then chesttype = typ; break; end
	end
end
print("Im 1. Slot muessen die Chests.");
print("Im 2. Slot muessen ".. needLadder .. " Leitern.");
while (true) do
	if ( turtle.getItemCount(1) > 0 ) then
		print("EnderChest gefunden!");
		break;
	end
	sleep(0.2);
end
while (true) do
	if ( turtle.getItemCount(2) > 0 ) then
		if ( turtle.getItemCount(2) >= needLadder ) then
			print("Leitern gefunden!");
			break;
		else
			need = needLadder - turtle.getItemCount(2);
			print("Es fehlen " .. need .. " Leitern");
		end
	end
	sleep(5);
end

function placeLadder()
	turtle.select(2);
	turtle.place();
	turtle.select(1);
end
function checkInv()
	if ( turtle.getItemCount(16) > 0 ) then
        turtle.select(1);
		if ( chesttype == 1 ) then
			if ( turtle.getItemCount(1) < 1 ) then
				while (true) do
					print("Warte auf neue Kiste(n)...");
					sleep(3);
				end
			end
		end
        turtle.placeUp();
        for i = 4,16 do
            turtle.select(i);
            turtle.dropUp();
            sleep(0.3);
            i = (i + 1);
        end
		turtle.select(1);
		if ( chesttype == 2 ) then
			turtle.digUp();
		end
	end
end

function dig()
	while (turtle.detect()) do
		checkInv();
		turtle.dig();
		sleep(0.2);
	end
end

function f()
    while not ( turtle.forward() ) do
		dig();
        sleep(0.3);
    end
end

function digRow()
	f();
	turtle.turnRight()
	f()
	f()
	turtle.turnRight()
	f();
	turtle.turnRight()
	f();
	f();
	f();
	if not ( turtle.detect() ) then
		turtle.select(3);
		turtle.place();
	end
	turtle.back();
	placeLadder();
	turtle.turnLeft()
	f();
	turtle.turnLeft();
	f();
	f();
	turtle.turnLeft();
	f();
	turtle.turnLeft();
	f();
	f();
	turtle.turnRight();
	turtle.digDown();
	turtle.down();
end

print("Dann geht es jetzt los!");

turtle.digDown();
turtle.down();
f();
turtle.turnLeft();
for i=0,needLadder do
	digRow();
end