buildTower

os.loadAPI("userInput.lua")
os.loadAPI("buildSupport.lua")
os.loadAPI("predictSupport.lua")

-- type dictates what part of the building is being made. type == 1 gets the cost of the floor and support pillars
-- type == 2 gets the cost of the walls, and type 3 gets the ceiling

function blockCost(length, width, height, type)
    if type == 1 then
        return (width * length) + (height * 4)
    end
    if type == 2 then
        return (2 * (height * (width - 2))) + (2 * (height * (length - 2)))
    end
    if type == 3 then
        return (width * length)
    end
end

function returnDownCeiling(length, width, height, floors)
    turtle.turnLeft()
    width = width - 1
    height = height + 1
    for i = 1, width do
        turtle.forward()
    end
    turtle.turnLeft()
    for i = 1, length do
        turtle.forward()
    end
    for i = 1, floors do
        for j = 1, height do
            turtle.down()
        end
    end
    turtle.down()
    turtle.turnLeft()
    turtle.turnLeft()
end

function returnDown(height, floors)
    turtle.back()
    height = height + 1
    for i = 1, floors do
        for j = 1, height do
            turtle.down()
        end
    end
end

function predictReturnDown(length, width, height, floors)
    tcost = 0
    width = width - 1
    height = height + 1
    for i = 1, width do
        tcost = tcost + 1
    end
    for i = 1, length do
        tcost = tcost + 1
    end
    for i = 1, floors do
        for j = 1, height do
            tcost = tcost + 1
        end
    end
    tcost = tcost + 1
    return tcost
end

blockname = "minecraft:black_concrete"
blockname2 = "minecraft:black_stained_glass_pane"

choice = -1
choice2 = 2
choice3 = -1
bcost = 0
bcost2 = 0
fcost = 0
floors = 0
length = 0
width = 0
height = 0

preset = tonumber(userInput.getUserInput("Preset? (Yes = 0, No = 1) "))
if preset == 0 then
    length = 16
    width = 16
    height = 5
    floors = 1
    choice = 2
    choice2 = 1
    choice3 = 1
end

while length == 0 do
    length = tonumber(userInput.getUserInput("Length: "))
end
while width == 0 do
    width = tonumber(userInput.getUserInput("Width: "))
end
while height == 0 do
    height = tonumber(userInput.getUserInput("Height: "))
end

while floors <= 0 do
    floors = tonumber(userInput.getUserInput("How Many Floors to Make?"))
end

while choice < 0 or choice > 2 do
    print("How Many Block Variants to Use?")
    choice = tonumber(userInput.getUserInput("Type 0 (for any available), 1, or 2"))
    if choice == 1 then
        while choice2 < 0 or choice2 > 1 do
            print("Would you Like the Preset?")
            choice2 = tonumber(userInput.getUserInput("Type 0 for Yes, 1 for No"))
        end
        if choice2 == 1 then
            blockname = userInput.getUserInput("Please Input Block ID: ")
        end
    end
    if choice == 2 then
        while choice2 ~= 0 and choice2 ~= 1 do
            print("Would you Like the Preset?")
            choice2 = tonumber(userInput.getUserInput("Type 0 for Yes, 1 for No"))
        end
        if choice2 == 1 then
            blockname = userInput.getUserInput("Please Input Block #1's ID: ")
            blockname2 = userInput.getUserInput("Please Input Block #2's ID: ")
        end
    end
end

while choice3 ~= 0 and choice3 ~= 1 do
    print("Build Ceiling?")
    choice3 = tonumber(userInput.getUserInput("Type 0 for Yes, 1 for No"))
end

for i = 1, floors do
    bcost = bcost + blockCost(length, width, height, 1)
    if choice == 2 then
        bcost2 = bcost2 + blockCost(length, width, height, 2)
    else
        bcost = bcost + blockCost(length, width, height, 2)
    end
    predictSupport.predictFullBuild(length, width, height)
end
if choice3 == 0 then
    bcost = bcost + blockCost(length, width, height, 3)
    predictSupport.predictFloor(length, width)
end
fcost = fcost + predictSupport.getCost()

if not preset then
    choice2 = 3
end
while choice2 ~= 0 and choice2 ~= 1 do
    print("Return Drone to Start After Build?")
    choice2 = tonumber(userInput.getUserInput("Type 0 for Yes, 1 for No"))
end

if choice2 == 0 then
    fcost = fcost + predictReturnDown(length, width, height, floors)
end

while turtle.getFuelLevel() < fcost do
    print("Turtle Fuel Level Too Low for Build!")
    print("Fuel Needed" .. fcost)
    print("Current Fuel" .. turtle.getFuelLevel())
    print("Please Input Fuel")
    userInput.getUserInput("Press Enter to Continue")
    os.loadAPI("turtleRefuel.lua")
end

print("The Following Blocks are Needed:")

print( bcost .. " " .. blockname)
if bcost2 ~= 0 then
    print( bcost2 .. " " .. blockname2)
end
userInput.getUserInput("Press Enter to Continue")

for j = 1, floors do
    print(choice)
    if choice == 0 then
        print("False 1")
        buildSupport.fullBuild(length, width, height)
    elseif choice == 1 and blockname ~= nil then
        print("False 2")
        buildSupport.fullBuildBlock(length, width, height, blockname)
    elseif choice == 2 and blockname ~= nil and blockname2 ~= nil then
        print("true")
        buildSupport.fullBuildBlocks(length, width, height, blockname, blockname2)
    end
end
if choice3 == 0 then
    turtle.up()
    if choice == 0 then
        buildSupport.buildFloor(width, length)
    else
        buildSupport.buildFloorBlock(width, length, blockname)
    end

    if choice2 == 0 then
        returnDownCeiling(length, width, height, floors)
    end
end

if choice2 == 0 and choice3 ~= 0 then
    returnDown(height, floors)
end