-------------------------
-- Pastebin : NjwRR5pV --
-------------------------

--Code Builder Block--
local mode = 0
local long = 0
local larg = 0
local haut = 0
local way = 0
local x = 0


local function forward()

	repeat

		if turtle.detect() then

			turtle.dig()

		end

		if turtle.detectDown() then

			turtle.digDown()

		end

		turtle.placeDown()

		if turtle.forward() then

			TF = TF - 1

		end

		if turtle.getItemCount(1)<10 then

			turtle.select(2)
			if turtle.detectDown() then
			turtle.digDown()
			end
			turtle.placeDown()
			turtle.select(1)
			turtle.suckDown(53)
			turtle.select(2)
			turtle.digDown()
			turtle.select(1)

		end

	until TF == 1

	TS = TS - 1

end

local function turn()

	if sens == 0 then

		turtle.turnLeft()
		if turtle.detectDown() then

			turtle.digDown()

		end
		turtle.placeDown()
		turtle.dig()
		turtle.forward()
		if turtle.detectDown() then

			turtle.digDown()

		end

		turtle.turnLeft()
		sens = 1

	else

		turtle.turnRight()
		if turtle.detectDown() then

			turtle.digDown()

		end
		turtle.placeDown()
		turtle.dig()
		turtle.forward()
		if turtle.detectDown() then

			turtle.digDown()

		end
		turtle.turnRight()
		sens = 0

	end
end


local function recall()

	if way == 0 and sens == 1 then

		turtle.turnLeft()
		repeat

			turtle.forward()
			TSB = TSB - 1

		until TSB == 0

		turtle.turnRight()

		repeat

			turtle.forward()
			TB = TB - 1

		until TB == 1

		turtle.turnLeft()
		turtle.turnLeft()

		if turtle.detectUp() then

			turtle.digUp()

		end

		turtle.up()

	end

	if way == 0 and sens == 0 then

		turtle.turnRight()
		repeat

			turtle.forward()
			TSB = TSB - 1

		until TSB == 0

		turtle.turnLeft()

		if turtle.detectUp() then

			turtle.digUp()

		end

		turtle.up()

	end

	if way == 1 and sens == 0 then

		turtle.turnRight()
		repeat

			turtle.forward()
			TSB = TSB - 1

		until TSB == 0

		turtle.turnLeft()
		repeat

			turtle.forward()
			TB = TB - 1

		until TB == 1

		turtle.turnRight()
		turtle.turnRight()

		if turtle.detectUp() then

			turtle.digUp()

		end

		turtle.up()

	end

	if way == 1 and sens == 1 then

		turtle.turnLeft()
		repeat

			turtle.forward()
			TSB = TSB - 1

		until TSB == 0

		turtle.turnRight()

		if turtle.detectUp() then

			turtle.digUp()

		end

		turtle.up()

	end

end

local function resetF()

	if TS ~= 0 then

		TF = long

	end

end

local function resetS()

	TS = larg

end

local function reset()

	TF = long
	TB = long
	TS = larg
	TSB = larg
	sens = way

end


local function sol()

	repeat

		repeat

			if turtle.detect() then

				turtle.dig()

			end

			if turtle.detectDown() then

				turtle.digDown()

			end

			turtle.placeDown()

			if turtle.forward() then

				TF = TF - 1

			end

			if turtle.getItemCount(1)<10 then

					turtle.select(2)
					if turtle.detectDown() then
					turtle.digDown()
					end
					turtle.placeDown()
					turtle.select(1)
					turtle.suckDown(53)
					turtle.select(2)
					turtle.digDown()
					turtle.select(1)

				end

		until TF == 1

		turn()
		TS = TS - 1
		resetF()

	until TF == 1 and TS == 0

end


local function forwardM()

	repeat

		if turtle.detect() then

			turtle.dig()

		end

		if turtle.detectDown() then

			turtle.digDown()

		end

		turtle.placeDown()

		if turtle.forward() then

			TS = TS - 1

		end

		if turtle.getItemCount(1)<10 then

			turtle.select(2)
			if turtle.detectDown() then
			turtle.digDown()
			end
			turtle.placeDown()
			turtle.select(1)
			turtle.suckDown(53)
			turtle.select(2)
			turtle.digDown()
			turtle.select(1)

		end

	until TS == 0

end



local function start()

	if mode == 0 then

		repeat

			repeat

				forward()
				turn()
				resetF()

			until TF == 1 and TS == 0

			recall()
			haut = haut - 1
			reset()

		until haut == 0

		os.shutdown()


	end

	if mode == 1 then

		sol()
		recall()
		reset()
		haut = haut - 1

		repeat

				resetS()
				resetF()
				forward()
				if way == 0 then
				turtle.turnLeft()
				else
				turtle.turnRight()
				end
				forwardM()
				if way == 0 then
				turtle.turnLeft()
				else
				turtle.turnRight()
				end
				x = x + 1
				if x == 2 then
				if turtle.detectUp() then
				turtle.digUp()
				end
				turtle.up()
				haut = haut - 1
				x = 0
				end

		until haut == 1

		reset()
		sol()
		recall()

		os.shutdown()

	end

	if mode == 2 then

		repeat

				resetS()
				resetF()
				forward()
				if way == 0 then
				turtle.turnLeft()
				else
				turtle.turnRight()
				end
				forwardM()
				if way == 0 then
				turtle.turnLeft()
				else
				turtle.turnRight()
				end
				x = x + 1
				if x == 2 then
				if turtle.detectUp() then
				turtle.digUp()
				end
				turtle.up()
				haut = haut - 1
				x = 0
				end

		until haut == 0

		os.shutdown()

	end

end


--Start--
print("Entrez le mode de build :")
print("0 = Cube plein // 1 = Cube vide // 2 = Murs")
input = io.read()
mode = tonumber(input)
print("Entrez la longueur :")
input2 = io.read()
long = tonumber(input2)
print("Entrez la largeur :")
input3 = io.read()
larg = tonumber(input3)
print("Entrez la hauteur :")
input5 = io.read()
haut = tonumber(input5)
print("Poser dans quelle direction ?")
print("0 = Gauche // 1 = Droite")
input4 = io.read()
way = tonumber(input4)
TF = long
TB = long
TS = larg
TSB = larg
sens = way
turtle.select(1)
if turtle.detectUp then

	turtle.digUp()

end
turtle.up()
start()