View difference between Paste ID: yk8MCctB and FgcnJWmH

 os.loadAPI("predictSimpleQuarry.lua")
 os.loadAPI("userInput.lua")
 os.loadAPI("getTurtleFuel.lua")
 os.loadAPI("simpleQuarry.lua")
 os.loadAPI("turtleChest.lua")
-os.loadAPI("turtleRefuel.lua")
+
 
 local function clearScreen()
     term.clear()
     term.setCursorPos(1, 1)
 end
 
-function fuelcheckandmine(width, length, depth)
+function volumeCheck(width, length, depth)
-	predictSimpleQuarry.predict(width, length, depth)
+	tw = width
-	fuelcost = predictSimpleQuarry.getFuelCost()
+    tl = length
-	if fuelcost > turtle.getFuelLevel() then
+    td = depth
     if tw == 0 then
-		print("Quarry Fuel Cost = " .. fuelcost)
+        tw = 1
-		print("Fuel too Low to Start, Please Insert Buckets")
+    end
-		choice = tonumber(userInput.getUserInput("Type 1 to Refuel, Type 2 to Re-select Quarry"))
+    if tl == 0 then
-		if choice == 1 then
+        tl = 1
-			turtleRefuel.refuelWithLava()
+    end
-			turtle.select(1)
+    if td == 0 then
-			if fuelcost > turtle.getFuelLevel() then
+        td = 1
-				print("Fuel Still too Low to Start, Terminating Program")
+    end
-				os.sleep(3)
+    volume = tw * tl * td
-			else
+    width = width - 1
-				simpleQuarry.quarry(width, length, depth)
+    print("Volume: " .. volume .. " blocks")
-			end
+
 	if volume > 800 then
     	print("WARNING! Volume over 800")
-		if choice == 1 then
+    	print("Max is 1024 with Empty Inventory")
-			simpleQuarry.quarry(width, length, depth)
+    	print("With Stacks of 64.")
   	end
 	choice = tonumber(userInput.getUserInput("Proceed? 1 for yes, 2 for no"))
 	if choice == 1 then
 		return false
-function mine()
+
 		return true
-	while choice ~= 1 do
+
-		invalid = true
+
-		while invalid do
+
-			clearScreen()
+function fuelCheck(width, length, depth, loop)
-			width = tonumber(userInput.getUserInput("Enter Length: "))
+	x = 0
-			length = tonumber(userInput.getUserInput("Enter Width: "))
+	while x < loop do
-			depth = tonumber(userInput.getUserInput("Enter Depth"))
+		predictSimpleQuarry.predict(width, length, depth)
-			if width == nil then
+		x = x + 1
-				print("Invalid Length!")
+
-			elseif length == nil then
+    fuelcost = predictSimpleQuarry.getFuelCost()
-				print("Invalid Width!")
+    if fuelcost > turtle.getFuelLevel() then
-			elseif depth == nil then
+
-				print("Invalid Depth!")
+        print("Quarry Fuel Cost = " .. fuelcost)
-			else
+        print("Fuel too Low to Start, Please Insert Buckets")
-				invalid = false
+        choice = tonumber(userInput.getUserInput("Type 1 to Refuel, Type 2 to Re-select Quarry"))
-			end
+        if choice == 1 then
             turtleRefuel.refuelWithLava()
-		tw = width
+            turtle.select(1)
-		tl = length
+            if fuelcost > turtle.getFuelLevel() then
-		td = depth
+                print("Fuel Still too Low to Start, Terminating Program")
-		if tw == 0 then
+                os.sleep(3)
-			tw = 1
+            end
         else
-		if tl == 0 then
+			return false
-			tl = 1
+
     end
-		if td == 0 then
+	return true
-			td = 1
+
 
-		volume = tw * tl * td
+function quarry(loop, choice)
 	if choice == "left" then
-		print("Volume: " .. volume .. " blocks")
+		direction = 0
 	elseif choice == "right" then
-		if volume > 800 then
+		direction = 1
-			print("WARNING! Volume over 800")
+
-			print("Max is 1024 with Empty Inventory")
+		os.exit(1)
-			print("With Stacks of 64.")
+
 	width = 5
-		max = volume > 9000
+	length = 5
-		if not max then
+	depth = 27
-			print("Proceed?")
+	volume = width * length * depth * loop + (length * loop)
-			choice = tonumber(userInput.getUserInput("Yes = 1, No = 2"))
+	width = width - 1
-			fuelcheckandmine(width, length, depth)
+	x = 0
 	while x < loop do
-			print("Volume = " .. volume)
+		simpleQuarry.quarry(width, length, depth)
-			print("Volume Over 5000, Please Reselect Size Constraints")
+		turtle.turnLeft()
-			print("continue?")
+		turtleChest.insertAll()
-			choice = tonumber(userInput.getUserInput("Yes = 1, No = 2"))
+		turtle.turnRight()
-			if choice == 1 then
+		x = x + 1
-				fuelcheckandmine(width, length, depth)
+		y = -2
-			end
+		if direction == 0 then
 			turtle.turnLeft()
 			turtle.turnLeft()
 		end
 		while y < width do
 			turtleForward.moveForward()
 			y = y + 1
 		end
 		if direction == 0 then
 			turtle.turnLeft()
 			turtle.turnLeft()
 		end
 	end
 end
 
 function quarryGetDimensions(loop)
 	choice = 0
 	while choice ~= 1 and choice ~= 2 do
 		clearScreen()
 		print("Move forward or backwards after quarry?")
 		print("1 for Forward, 2 for Backwards\n")
 		choice = tonumber(read())
 		if choice == 2 then
 			direction = 0
 		elseif choice == 1 then
 			direction = 1
 		else
 			print("Incorrect Choice, Try again")
 			os.sleep(1)
 		end
 	end
 	check = true
 	while check do
 		clearScreen()
 		width = tonumber(userInput.getUserInput("Enter Length: "))
     	length = tonumber(userInput.getUserInput("Enter Width: "))
 	    depth = tonumber(userInput.getUserInput("Enter Depth: "))
 		volume = width * length * depth * loop + (length * loop)
 		width = width - 1
 		check = not fuelCheck(width, length, depth, loop)
 		if not check then
 			check = volumeCheck(width, length, depth)
 		end
 	end
 	x = 0
 	while x < loop do
 		simpleQuarry.quarry(width, length, depth)
 		turtle.turnLeft()
 		turtleChest.insertAll()
 		turtle.turnRight()
 		x = x + 1
 		y = -2
 		if direction == 0 then
 			turtle.turnLeft()
 			turtle.turnLeft()
 		end
 		while y < width do
 			turtleForward.moveForward()
 			y = y + 1
 		end
 		if direction == 0 then
 			turtle.turnLeft()
 			turtle.turnLeft()
 		end
 	end
 end