manualQuarry

os.loadAPI("predictSimpleQuarry.lua")
os.loadAPI("userInput.lua")
os.loadAPI("getTurtleFuel.lua")
os.loadAPI("simpleQuarry.lua")
os.loadAPI("turtleForward.lua")
os.loadAPI("turtleRefuel.lua")

local function clearScreen()
    term.clear()
    term.setCursorPos(1, 1)
end

function fuelcheckandmine(width, length, depth)
    predictSimpleQuarry.predict(width, length, depth)
    fuelcost = predictSimpleQuarry.getFuelCost()
    if fuelcost > turtle.getFuelLevel() then
        getTurtleFuel.displayFuelInfo()
        print("Quarry Fuel Cost = " .. fuelcost)
        print("Fuel too Low to Start, Please Insert Buckets")
        choice = tonumber(userInput.getUserInput("Type 1 to Refuel, Type 2 to Re-select Quarry"))
        if choice == 1 then
            turtleRefuel.refuelWithLava()
            turtle.select(1)
            if fuelcost > turtle.getFuelLevel() then
                print("Fuel Still too Low to Start, Terminating Program")
                os.sleep(3)
            else
                simpleQuarry.quarry(width, length, depth)
            end
        end
    else
        if choice == 1 then
            simpleQuarry.quarry(width, length, depth)
        end
    end
end

function mine()
    choice = 0
    while choice ~= 1 do
        invalid = true
        while invalid do
            clearScreen()
            width = tonumber(userInput.getUserInput("Enter Length: "))
            length = tonumber(userInput.getUserInput("Enter Width: "))
            depth = tonumber(userInput.getUserInput("Enter Depth"))
            if width == nil then
                print("Invalid Length!")
            elseif length == nil then
                print("Invalid Width!")
            elseif depth == nil then
                print("Invalid Depth!")
            else
                invalid = false
            end
        end
        tw = width
        tl = length
        td = depth
        if tw == 0 then
            tw = 1
        end
        if tl == 0 then
            tl = 1
        end
        if td == 0 then
            td = 1
        end
        volume = tw * tl * td
        width = width - 1
        print("Volume: " .. volume .. " blocks")

        if volume > 800 then
            print("WARNING! Volume over 800")
            print("Max is 1024 with Empty Inventory")
            print("With Stacks of 64.")
        end
        max = volume > 9000
        if not max then
            print("Proceed?")
            choice = tonumber(userInput.getUserInput("Yes = 1, No = 2"))
            fuelcheckandmine(width, length, depth)
        else
            print("Volume = " .. volume)
            print("Volume Over 5000, Please Reselect Size Constraints")
            print("continue?")
            choice = tonumber(userInput.getUserInput("Yes = 1, No = 2"))
            if choice == 1 then
                fuelcheckandmine(width, length, depth)
            end
        end
    end
end