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gml_Object_obj_sneo_warped_box_Step_2

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if (instance_exists(obj_heart))
{
    if (state == 0)
    {
        if (obj_heart.x < (minx + 3))
            obj_heart.x = minx + 3;
        if (obj_heart.y < (miny + 3))
            obj_heart.y = miny + 3;
        if (obj_heart.y > (maxy - 20))
            obj_heart.y = maxy - 20;
        if (obj_heart.x > (maxx - 20))
            obj_heart.x = maxx - 20;
        exit;
    }
    rborder = lerp(maxx, suckx, suckpower);
    uborder = miny;
    dborder = maxy;
    if (snapback == 0)
    {
        if (stopthesucc == 0)
            obj_heart.x += suckpower;
    }
    if (snapback <= 0 && global.turntimer <= 30 && obj_heart.x >= (rborder - 22))
    {
        snapback = suckpower;
        if (suckpower > 0.5)
        {
            if (!instance_exists(obj_shake))
            {
                d = instance_create(0, 0, obj_shake);
                d.shakex = ceil(suckpower * 4);
                d.shakey = ceil(suckpower * 4);
            }
        }
    }
    if (snapback > 0)
    {
        obj_heart.x -= (20 * scr_ease_inscr_ease_infunction scr_ease_in(arg0, arg1)
{
    if (arg1 < -3 || arg1 > 7)
        return arg0;
    switch (arg1)
    {
        case -3:
            return ease_in_bounce(arg0, 0, 1, 1);
        case -2:
            return ease_in_elastic(arg0, 0, 1, 1);
        case -1:
            var _s = 1.70158;
            return arg0 * arg0 * (((_s + 1) * arg0) - _s);
        case 0:
            return arg0;
        case 1:
            return -cos(arg0 * 1.5707963267948966) + 1;
        case 6:
            return power(2, 10 * (arg0 - 1));
        case 7:
            return -(sqrt(1 - sqr(arg0)) - 1);
        default:
            return power(arg0, arg1);
    }
}(snapback, 2));
        snapback -= 0.1;
    }
    if (obj_heart.x < (minx + 3))
        obj_heart.x = minx + 3;
    if (obj_heart.x > (rborder - 20))
        obj_heart.x = rborder - 20;
    var xoffset = (obj_heart.x - (minx + 3)) / (rborder - 20 - (minx + 3));
    var uppersuckoffset = (upper_sucky - miny) * xoffset * suckpower;
    var lowersuckoffset = (maxy - lower_sucky) * xoffset * suckpower;
    if (obj_heart.y < (uborder + 3 + uppersuckoffset))
        obj_heart.y = uborder + 3 + uppersuckoffset;
    if (obj_heart.y > (dborder - 20 - lowersuckoffset))
        obj_heart.y = dborder - 20 - lowersuckoffset;
    if (obj_heart.y < (uborder + 3))
        obj_heart.y = uborder + 3;
    if (obj_heart.y > (dborder - 20))
        obj_heart.y = dborder - 20;
}

1	`if (instance_exists(obj_heart))`
2	`{`
3	`if (state == 0)`
4	`{`
5	`if (obj_heart.x < (minx + 3))`
6	`obj_heart.x = minx + 3;`
7	`if (obj_heart.y < (miny + 3))`
8	`obj_heart.y = miny + 3;`
9	`if (obj_heart.y > (maxy - 20))`
10	`obj_heart.y = maxy - 20;`
11	`if (obj_heart.x > (maxx - 20))`
12	`obj_heart.x = maxx - 20;`
13	`exit;`
14	`}`
15	`rborder = lerp(maxx, suckx, suckpower);`
16	`uborder = miny;`
17	`dborder = maxy;`
18	`if (snapback == 0)`
19	`{`
20	`if (stopthesucc == 0)`
21	`obj_heart.x += suckpower;`
22	`}`
23	`if (snapback <= 0 && global.turntimer <= 30 && obj_heart.x >= (rborder - 22))`
24	`{`
25	`snapback = suckpower;`
26	`if (suckpower > 0.5)`
27	`{`
28	`if (!instance_exists(obj_shake))`
29	`{`
30	`d = instance_create(0, 0, obj_shake);`
31	`d.shakex = ceil(suckpower * 4);`
32	`d.shakey = ceil(suckpower * 4);`
33	`}`
34	`}`
35	`}`
36	`if (snapback > 0)`
37	`{`
38	obj_heart.x -= (20 * scr_ease_inscr_ease_in function scr_ease_in(arg0, arg1) { if (arg1 < -3 \|\| arg1 > 7) return arg0; switch (arg1) { case -3: return ease_in_bounce(arg0, 0, 1, 1); case -2: return ease_in_elastic(arg0, 0, 1, 1); case -1: var _s = 1.70158; return arg0 * arg0 * (((_s + 1) * arg0) - _s); case 0: return arg0; case 1: return -cos(arg0 * 1.5707963267948966) + 1; case 6: return power(2, 10 * (arg0 - 1)); case 7: return -(sqrt(1 - sqr(arg0)) - 1); default: return power(arg0, arg1); } } (snapback, 2));
39	`snapback -= 0.1;`
40	`}`
41	`if (obj_heart.x < (minx + 3))`
42	`obj_heart.x = minx + 3;`
43	`if (obj_heart.x > (rborder - 20))`
44	`obj_heart.x = rborder - 20;`
45	`var xoffset = (obj_heart.x - (minx + 3)) / (rborder - 20 - (minx + 3));`
46	`var uppersuckoffset = (upper_sucky - miny) * xoffset * suckpower;`
47	`var lowersuckoffset = (maxy - lower_sucky) * xoffset * suckpower;`
48	`if (obj_heart.y < (uborder + 3 + uppersuckoffset))`
49	`obj_heart.y = uborder + 3 + uppersuckoffset;`
50	`if (obj_heart.y > (dborder - 20 - lowersuckoffset))`
51	`obj_heart.y = dborder - 20 - lowersuckoffset;`
52	`if (obj_heart.y < (uborder + 3))`
53	`obj_heart.y = uborder + 3;`
54	`if (obj_heart.y > (dborder - 20))`
55	`obj_heart.y = dborder - 20;`
56	`}`