if (global.turntimer < 1)
    instance_destroy();
if (difficulty != 3 && lerpintimer < 16)
{
    y = lerp(ystart - 200, ystart + 20, lerpintimer / 15);
    lerpintimer++;
}
if (difficulty == 3 && lerpintimer < 11)
{
    y = lerp(ystart - 200, ystart + 20, lerpintimer / 10);
    lerpintimer++;
}
if (con == 0)
{
    image_index = 0;
    timer++;
    remx = x;
    remy = y;
    timerthreshold = 15;
    if (difficulty == 3)
        timerthreshold = 10;
    if (timer >= timerthreshold)
    {
        timer = 0;
        con = 1;
    }
}
if (con == 1)
{
    x = remx + random_range(-2, 2);
    y = remy + random_range(-2, 2);
    image_index = 1;
    timer++;
    if (timer >= 15)
    {
        timer = 0;
        x = remx;
        y = remy;
        con = 2;
        image_index = 2;
    }
}
if (con == 2)
{
    con = 3;
    if (difficulty == 0)
    {
        for (i = 0; i < 3; i++)
        {
            tornadol = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornadol.maxhspeed = 6;
            tornadol.hspeed = -12;
            tornadol.howlong = 32 + (i * 8);
            tornadol.howfar = -1 + i;
            tornador = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornador.maxhspeed = -6;
            tornador.hspeed = 12;
            tornador.howlong = 32 + (i * 8);
            tornador.howfar = -1 + i;
        }
    }
    if (difficulty == 1 || difficulty == 3)
    {
        yorder[0] = 0;
        yorder[1] = 0;
        yorder[2] = 0;
        yorder[choose(0, 1, 2)] = 1;
        chosen = 0;
        while (chosen == 0)
        {
            nextyorder = choose(0, 1, 2);
            if (yorder[nextyorder] == 0)
            {
                yorder[nextyorder] = 2;
                chosen = 1;
            }
        }
        hvariance = random_range(-1, 1);
        for (i = 0; i < 3; i++)
        {
            tornadol = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornadol.maxhspeed = 6;
            tornadol.hspeed = -12 + hvariance;
            tornadol.howlong = 32 + (i * 8);
            tornadol.howfar = -1 + yorder[i];
            tornador = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornador.maxhspeed = -6;
            tornador.hspeed = 12 + hvariance;
            tornador.howlong = 32 + (i * 8);
            tornador.howfar = -1 + yorder[i];
        }
    }
    if (difficulty == 2)
    {
        yorder[0] = 0;
        yorder[1] = 0;
        yorder[2] = 0;
        yorder[choose(0, 1, 2)] = 1;
        chosen = 0;
        while (chosen == 0)
        {
            nextyorder = choose(0, 1, 2);
            if (yorder[nextyorder] == 0)
            {
                yorder[nextyorder] = 2;
                chosen = 1;
            }
        }
        for (i = 0; i < 3; i++)
        {
            hvariance = random(2) * choose(-1, 1);
            timevariance = random(4);
            tornadol = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornadol.maxhspeed = 6;
            tornadol.hspeed = -12 + hvariance;
            tornadol.howlong = 32 + (i * 8) + timevariance;
            tornadol.howfar = -1 + yorder[i];
            tornador = instance_create(x, (y - 20) + (i * 20), obj_berdly_tornadomaker_tornado);
            tornador.maxhspeed = -6;
            tornador.hspeed = 12 + hvariance;
            tornador.howlong = 32 + (i * 8) + timevariance;
            tornador.howfar = -1 + yorder[i];
        }
    }
}
if (con == 3)
{
    timer++;
    timerthreshold = 33;
    if (difficulty == 3)
        timerthreshold = 24;
    if (timer >= 2)
        image_index = 3;
    if (timer >= 4)
        image_index = 4;
    if (timer >= timerthreshold)
    {
        image_index = 0;
        timer = 0;
        con = 0;
    }
}