local on = 0
local count = 0
local trees = 0
local dropoff = 0
local settings = 0
local place = 0

write("Power On (1) or Off (2)")
on = io.read()

while on ~= 1 or 0 do
    sleep(1)
    write("Please input 1 or 2")
    on = io.read()
end

sleep(1)
print( "Run initial setup?" )
print( " 1 (RUN SETUP) 0(START LOGGING) ")
write("Please input 1 or 0")
settings = read()

while on ~= 0 or 1 do
    sleep(1)
    write("Please input 1 or 0")
    settings = read()
end

if settings == 1 then

    sleep(1)
    print( "Logging Program Initiated" )
    sleep(1)
    print( "Input Number of trees to tend" )
    print( "1-64" )
    write("trees: ")
    trees = read()

    while trees < 1 and trees > 65 do
        print( "Enter an ammount from 1-64" )
        write("trees: ")
        trees = read()
    end

    print( "place "..trees" Saplings into slot 1 of the turtle" )
    sleep(1)
    print( "place "..trees" Redstone Torchs into slot 2 of the turtle" )
    sleep(1)
    print( "place 2 Dirt Blocks into slot 3 of the turtle" )
    sleep(1)
    print( "place "..trees" Torchs into slot 4 of the turtle" )
    sleep(1)
    print( "Type in 1 when materials are in the turtle" )
    place = read()

    while place ~= 1 do
        sleep(1)
        print( "Type in 1 when finished" )
        place = read()
    end

    print( "Starting Initial Setup" )
    turtle.up()
    turtle.select(2)

    place = 1
    print( "Placing Redstone Torch "..place"of "..trees )
    turtle.placeDown()

    while place < trees do
        turtle.forward()
        turtle.forward()
        turtle.forward()
        place = place + 1
        print( "Placing Redstone Torch "..place"of "..trees )
        turtle.placeDown()
    end

    turtle.turnLeft()
    turtle.forward()
    turtle.forward()
    turtle.turnLeft()
    turtle.forward()

    turtle.select(4)

    place = 1
    print ( "Placing Torch "..place"of "..trees )
    turtle.placeDown()

    while place < trees - 1 do
        turtle.forward()
        turtle.forward()
        turtle.forward()
        place = place + 1
        print( "Placing Torch "..place"of "..trees )
        turtle.placeDown()
    end

    turtle.turnRight()
    turtle.forward()
    turtle.turnRight()
    turtle.select(3)
    print( "Placing Blocker 1 of 2" )
    turtle.place()

    turtle.forward()
    turtle.down()
    print( "Digging Detector Hole")
    turtle.digDown()
    turtle.up()

    turtle.turnRight()
    turtle.forward()
    turtle.turnLeft()

    turtle.select(1)

    place = 1
    print( "Placing Sapling "..place"of "..trees )
    turtle.placeDown()

    while place < trees - 1 do
        turtle.forward()
        turtle.forward()
        turtle.forward()
        place = place + 1
        print( "Placing Sapling "..place"of "..trees )
        turtle.placeDown()
    end

    turtle.forward()
    turtle.turnLeft()
    turtle.forward()
    turtle.turnLeft()

    print( "Placing Blocker 2 of 2" )
    turtle.select(3)
    turtle.place()

    print( "Initial Setup Complete" )
    sleep(1)
    print( "Please Place the Repeaters now" )
    sleep(1)
    print( "Redstone Torch -> Repeater -> Tree" )
    sleep(1)
    print( "When Complete type in 1" )
    place = 0
    place = read()

    while place ~= 1 do
        print( "Type in 1 when Complete" )
        place = read()
    end

    turtle.forward()
    turtle.down()
end

print( "Auto Drop Stacks of Lumber?" )
print( "1 (YES) 0 (NO)" )
dropoff = read()

while dropoff ~= 1 or 0 do
    sleep(1)
    print( "1 (YES) 0 (NO)" )
    dropoff = read()
end

while on == 1 do

    while not turtle.detect() do
        turtle.forward()

        while redstone.getInput("left", true) do
            tree = tree + 1

            print( "Tree Detected Starting Logging Sequence" )
            print( "This is tree number: "..tree )

            turtle.turnLeft()
            turtle.forward()
            turtle.dig()
            turtle.forward()

            while turtle.detectUp() do
                turtle.digUp()
                turtle.up()
            end

            while not turtle.detectUp() and not turtle.detectDown() do
                turtle.down()
            end

            turtle.back()
            print( "Logging Sequence Complete" )

            print( "Replanting Sapling" )
            turtle.select(1)
            turtle.place(1)

            turtle.back()
            turtle.turnRight()
        end

        while redstone.getInput("right", true) do
            tree = tree + 1

            print( "Tree Detected Starting Logging Sequence" )
            print( "This is tree number: "..tree )

            turtle.turnRight()
            turtle.forward()
            turtle.dig()
            turtle.forward()

            while turtle.detectUp() do
                turtle.digUp()
                turtle.up()
            end

            while not turtle.detectUp() and not turtle.detectDown() do
                turtle.down()
            end

            turtle.back()
            print( "Logging Sequence Complete" )

            print( "Replanting Sapling" )
            turtle.select(1)
            turtle.place(1)

            turtle.back()
            turtle.turnLeft()
        end
    end

    while turtle.detect() and not turtle.detectDown() and dropoff == 1 do

        if turtle.getItemSpace(2) == 0 then

            while turtle.detectUp() do
                turtle.digUp()
            end
            turtle.up()

            while turtle.detect() do
                turtle.dig()
            end
            turtle.forward()

            while turtle.detect() do
                turtle.dig()
            end
            turtle.forward()

            turtle.select(2)
            turtle.drop()

            if turtle.getItemSpace(3) < 64 then
                turtle.select(3)
                turtle.drop()
            end

            turtle.back()
            turtle.back()
            turtle.down()
        end

        turtle.turnRight()
        turtle.turnRight()
    end

    while turtle.detect() do
        turtle.turnRight()
        turtle.turnRight()
    end
end

if on == 0 then
    print( "Shutting Down" )
    sleep (2)
    os.shutdown()
end