CubicMiner

function digIt()
	turtle.dig()
	local g = 0
	for g=0,dy do
		sleep(1.4)
		if turtle.detect() then
			turtle.dig()
		else
			break
		end
	end
end


term.clear()
term.setCursorPos(8,6)
print("Loading Cubic Miner...")
sleep(3)
term.clear()
term.setCursorPos(8,6)
textutils.slowPrint(".: Written by Evan :.")
term.setCursorPos(5,7)
textutils.slowPrint(".: Modified by BlackRa1n :.")
sleep(4)
term.clear()
term.setCursorPos(1,1)
print("BlackRa1n Inc. CubicMiner V1")
print("---------------------------------")
sleep(2)
print("")
textutils.slowPrint("Please enter full numbers only!")
sleep(2)
textutils.slowPrint("Zero counts as a full number!")
sleep(2)
textutils.slowPrint("You can also use negative numbers!")
sleep(2)
term.clear()
term.setCursorPos(1,1)
print("BlackRa1n Inc. CubicMiner V1")
print("---------------------------------")
sleep(2)
print("Desired Blocks Dug Forwards: ")
input = read()
dz = tonumber(input)
if dz==0 then
 dz0 = true
 turned = false
else
 dz0 = false
 turned = false
end
if dz<0 then
 downZ = true
else
 downZ = false
end
if dz<0 then
 dz = dz*-1
end
sleep(2)
textutils.slowPrint("Registered!")
sleep(2)
term.clear()
term.setCursorPos(1,1)
print("BlackRa1n Inc. CubicMiner V1")
print("---------------------------------")
sleep(2)
print("")
print("Desired Blocks Dug Right: ")
input = read()
dx = tonumber(input)
if dx<0 then
 downX = false
elseif dx>0 then
 downX = true
end
if dx<0 then
 dx = dx*-1
end
if dz0 == true then
 dx = dx
else
 dx = dx + 1
end
sleep(2)
textutils.slowPrint("Registered!")
sleep(2)
term.clear()
term.setCursorPos(1,1)
print("BlackRa1n Inc. CubicMiner V1")
print("---------------------------------")
sleep(2)
print("")
print("Desired Blocks Dug Down/Up: ")
input = read()
dy = tonumber(input)
if dy<0 then
 downY = true
 dy = dy
else
 downY = false
 dy = dy
end
if dy<0 then
 dy = dy*-1
end
dy = dy + 1
print("Starting...")

function digVert(dir)
	if dir==true then
		turtle.digUp()
		local g = 0
		for g=0,dy do
		sleep(1)
		if turtle.detectUp() then
			turtle.digUp()
		else
			break
		end
		end
	else
		turtle.digDown()
		local g = 0
		for g=0,dy do
		sleep(1)
		if turtle.detectDown() then
			turtle.digDown()
		else
			break
		end
		end
	end
end

if downZ == true then
	turtle.turnRight()
	turtle.turnRight()
	if downX == true then
		downX = false
	else
		downX = true
	end
end

for y=1,dy do
	for x=1,dx do
		if dz0 == true then

			if downX == false then
				if turned == false then
					turtle.turnLeft()
					turned = true
				end
				digIt()
				turtle.forward()
			else
				if turned == false then
					turtle.turnRight()
					turned = true
				end
				digIt()
				turtle.forward()
			end
		else


		if (x % 2) == 0 then
				odd = false
			else
				odd = true
			end
		if (y % 2) == 0 then
			if odd == true then
				odd = false
			else
				odd = true
			end
		end
			for z=1,dz do
				digIt()
				turtle.forward()
			end
			if odd == false then
				if downX == true then
						turtle.turnLeft()
					else
						turtle.turnRight()
				end
				if  x == dx then
				else
					digIt()
					turtle.forward()
				end
				if downX == true then
					turtle.turnLeft()
				else
					turtle.turnRight()
				end

			elseif odd == true then
				if downX == true then
						turtle.turnRight()
					else turtle.turnLeft()
				end
				if x == dx then
				else
					digIt()
				turtle.forward()
				end
				if downX == true then
						turtle.turnRight()
					else turtle.turnLeft()
				end
			end
		end
	end
	if y==dy then
	else
		if downY == true then
			digVert(false)
			turtle.down()
		else
			digVert(true)
			turtle.up()
		end
	end
end