global quad_topleft := [24, 125]
global slot_size := 14.6
global slots := 24
global sleep1 := 17
global sleep2 := 34
global last_x_index := 0
global last_y_index := 0
global inv_free_slots := 12 * 5 - 1

^+a::
take_quad()
return

take_quad()
{
    sleep 500
    done := false
    x_index := last_x_index
    y_index := last_y_index

    while (true)
    {
        temp_y := quad_topleft[2] + (slot_size * y_index)
        while (true)
        {
            temp_x := quad_topleft[1] + (slot_size * x_index)
            move_mouse(randomize_coords([temp_x, temp_y]))
            random_sleep(1,2,1)
            ; random_sleep(sleep1, sleep2, 2)
            ; control_click()
            ; random_sleep(sleep1, sleep2, 2)
            clicks += 1
            x_index += 1

            if (x_index == slots)
            {
                break
            }

            if (clicks > inv_free_slots)
            {
                done = true
                last_x_index := x_index
                break
            }
        }

        x_index := 0

        if (!done)
        {
            y_index += 1
        }

        if (y_index == slots)
        {
            last_x_index := 0
            last_y_index := 0
            break
        }

        if (done)
        {
            last_y_index := y_index
            break
        }
    }
}


randomize_coords(coords)
{
    Random, x_rand, -1, 1
    Random, y_rand, -1, 1
    return [coords[1] + x_rand, coords[2] + y_rand]
}

move_mouse(coords)
{
    MouseMove, coords[1], coords[2]
}

random_sleep(min_val, max_val, multiplier)
{
    Random, out, min_val, max_val
    s := out * multiplier
    sleep %s%
}

control_click()
{
    Send {LControl down}
    random_sleep(sleep1, sleep2, 1)
    Click
    random_sleep(sleep1, sleep2, 1)
    Send {LControl up}
}

f10::
Reload
return