Deltarune (Chapter 2) script viewer

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gml_Object_obj_berdlyb_chirashibullet_Step_0

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1 
if (phase > 1 && image_blend != c_white)
2 
{
3 
    color_timer += 0.1;
4 
    image_blend = merge_color(c_gray, c_white, color_timer);
5 
}
6 
switch (phase)
7 
{
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    case 0:
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        if (delay == 0)
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            image_alpha = 0;
11 
        if (delay >= timer)
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        {
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            image_alpha = 1;
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            phase++;
15 
        }
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        else
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        {
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            delay++;
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        }
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        break;
21 
    case 1:
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        var lerpValue = lerpPoint / 15;
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        ease = -1 * lerpValue * (lerpValue - 2);
24 
        x = lerp(startx, ___myrememberx, ease);
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        y = lerp(starty, ___myremembery, ease);
26 
        lerpPoint++;
27 
        image_angle += (rotationSpeed * rotationDir);
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        if (lerpPoint > 15)
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            phase++;
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        break;
31 
    case 2:
32 
        if (difficulty == 1)
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        {
34 
            targetAngle = (205 - ((targetAngle - 205) * 0.75)) + random_range(-10, 10);
35 
        }
36 
        else if (difficulty == 0)
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        {
38 
            targetAngle = point_direction(___myrememberx, ___myremembery, obj_heart.x, obj_heart.y);
39 
            targetAngle += random_range(-10, 10);
40 
        }
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        else
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        {
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            targetAngle = point_direction(___myrememberx, ___myremembery, obj_growtangle.x, obj_growtangle.y);
44 
            targetAngle = 210 - ((targetAngle - 210) * 1.1);
45 
        }
46 
    case 3:
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        timer++;
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        if (rotationSpeed > 2)
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            rotationSpeed -= 1;
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        image_angle += (rotationSpeed * rotationDir);
51 
        if (timer >= (6 + (fireoffset / 2)))
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        {
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            timer = 0;
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            phase++;
55 
            rotationDir = sign(angle_difference(image_angle, targetAngle));
56 
            if (rotationDir == 0)
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                rotationDir = 1;
58 
        }
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        break;
60 
    case 4:
61 
        image_angle += (min(abs(angle_difference(image_angle, targetAngle)), 40) * rotationDir);
62 
        timer++;
63 
        if (timer >= (4 + (fireoffset / 2)))
64 
        {
65 
            direction = targetAngle;
66 
            image_angle = targetAngle;
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            active = true;
68 
            phase++;
69 
            gravity = random_range(0.5, 0.7);
70 
            gravity_direction = targetAngle;
71 
            speed = -2;
72 
        }
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        break;
74 
    case 5:
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        image_index = clamp(0, sprite_get_number(sprite_index) - 1, floor(speed / 2));
76 
}