draw_sprite_ext(sprite_index, image_index, x, y, image_xscale, image_yscale, image_angle, image_blend, image_alpha);
if (con == 1 && skip == 0)
{
    x += floor((idealx - x) / 3);
    y += floor((idealy - y) / 3);
    if (x < idealx)
        x += 1;
    if (y < idealy)
        y += 1;
    if (x > idealx)
        x -= 1;
    if (y > idealy)
        y -= 1;
    if (abs(x - idealx) < 3)
        x = idealx;
    if (abs(y - idealy) < 3)
        y = idealy;
    if (abs(x - idealx) < 0.1 && abs(y - idealy) < 0.1)
    {
        con = 2;
        alarm[4] = 2;
    }
}
if (con == 1 && skip == 1)
{
    x += floor((idealx - x) / 3);
    y += floor((idealy - y) / 3);
    if (x < idealx)
        x += 1;
    if (y < idealy)
        y += 1;
    if (x > idealx)
        x -= 1;
    if (y > idealy)
        y -= 1;
    if (abs(x - idealx) < 3)
        x = idealx;
    if (abs(y - idealy) < 3)
        y = idealy;
    image_angle += floor((idealrot - image_angle) / 3);
    if (image_angle < idealrot)
        image_angle += 1;
    if (image_angle > idealrot)
        image_angle -= 1;
    if (abs(image_angle - idealrot) < 3)
        image_angle = idealrot;
    if (abs(x - idealx) < 0.1 && abs(y - idealy) < 0.1 && abs(idealrot - image_angle) < 0.01)
    {
        con = 4;
        alarm[4] = pause;
    }
}
if (con == 3)
{
    image_angle += floor((idealrot - image_angle) / 3);
    if (image_angle < idealrot)
        image_angle += 1;
    if (image_angle > idealrot)
        image_angle -= 1;
    if (abs(image_angle - idealrot) < 3)
        image_angle = idealrot;
    if (abs(idealrot - image_angle) < 0.01)
    {
        con = 4;
        alarm[4] = pause;
    }
}
if (con == 5)
{
    con = 6;
    alarm[4] = 4;
}
if (con == 6)
    image_index += 1;
if (con == 7)
{
    if (image_index == 4)
        image_index = 5;
    else if (image_index == 5)
        image_index = 4;
    direction = idealrot + 90;
    if (btimer == 0)
    {
        with (obj_sansb)
            p_beam = 1;
    }
    if (btimer == 0 && image_xscale >= 2)
    {
        sh = instance_create(0, 0, obj_sans_shaker);
        sh.intensity = 5;
    }
    btimer += 1;
    if (btimer < 5)
    {
        speed += 1;
        bt += floor((35 * image_xscale) / 4);
    }
    else
    {
        speed += 4;
    }
    if (btimer > (5 + terminal))
    {
        bt *= 0.8;
        fade -= 0.1;
        draw_set_alpha(fade);
        if (bt <= 2)
            instance_destroy();
    }
    if (x < -sprite_width)
        speed = 0;
    if (x > (room_width + sprite_width))
        speed = 0;
    if (y > (room_height + sprite_height))
        speed = 0;
    if (x < -sprite_height)
        speed = 0;
    bbsiner += 1;
    bb = (sin(bbsiner / 1.5) * bt) / 4;
    xx = lengthdir_x(70, image_angle - 90) * (image_xscale / 2);
    yy = lengthdir_y(70, image_angle - 90) * (image_xscale / 2);
    rr = random(2) - random(2);
    rr2 = random(2) - random(2);
    xxx = lengthdir_x(1000, image_angle - 90);
    yyy = lengthdir_y(1000, image_angle - 90);
    draw_set_color(c_white);
    draw_line_width(x + xx + rr, y + yy + rr2, x + xxx + rr, y + yyy + rr2, bt + bb);
    xxa = lengthdir_x(50, image_angle - 90) * (image_xscale / 2);
    yya = lengthdir_y(50, image_angle - 90) * (image_xscale / 2);
    xxb = lengthdir_x(60, image_angle - 90) * (image_xscale / 2);
    yyb = lengthdir_y(60, image_angle - 90) * (image_xscale / 2);
    draw_line_width(x + xx + rr, y + yy + rr2, x + xxa + rr, y + yya + rr2, (bt / 2) + bb);
    draw_line_width(x + xx + rr, y + yy + rr2, x + xxb + rr, y + yyb + rr2, (bt / 1.25) + bb);
    nx_factor = lengthdir_x(1, image_angle);
    ny_factor = lengthdir_y(1, image_angle);
    if (col_o == 1 && fade >= 0.8)
    {
        for (cl = 0; cl < 4; cl += 1)
        {
            if (collision_line((x + xx) - (((nx_factor * bt) / 2) * (cl / 4)), (y + yy) - (((ny_factor * bt) / 2) * (cl / 4)), (x + xxx) - (((nx_factor * bt) / 2) * (cl / 4)), (y + yyy) - (((ny_factor * bt) / 2) * (cl / 4)), obj_heart, false, true))
                event_user(7);
        }
        for (cl = 0; cl < 4; cl += 1)
        {
            if (collision_line(x + xx + (((nx_factor * bt) / 2) * (cl / 4)), y + yy + (((ny_factor * bt) / 2) * (cl / 4)), x + xxx + (((nx_factor * bt) / 2) * (cl / 4)), y + yyy + (((ny_factor * bt) / 2) * (cl / 4)), obj_heart, false, true))
                event_user(7);
        }
    }
    if (col_o == 0)
        col_o = 1;
    draw_set_alpha(1);
}