Deltarune script viewer

← back to main script listing

gml_Object_obj_musical_path_bullet2_Draw_0

(view raw script w/o annotations or w/e)
1 
if (con == 0)
2 
{
3 
    timer++;
4 
    headalpha += 0.1;
5 
    circle1alpha += 0.1;
6 
    if (timer == 10)
7 
    {
8 
        con = 1;
9 
        timer = 0;
10 
        path_start(path, 10, path_action_stop, false);
11 
    }
12 
}
13 
if (con == 1)
14 
{
15 
    circle2alpha = lerp(0, 1, path_position);
16 
    circle2radius = lerp(75, 31, path_position);
17 
}
18 
if (path_position == 1 && con == 1)
19 
    con = 2;
20 
if (con == 2)
21 
{
22 
    con = 3;
23 
    var a = random(60);
24 
    for (i = 0; i < 6; i += 1)
25 
    {
26 
        bul = instance_create(x, y, obj_musical_note_bullet);
27 
        if (i_ex(bul))
28 
        {
29 
            bul.sprite_index = spr_musical_notes;
30 
            bul.grazepoints = 2;
31 
            bul.timepoints = 1;
32 
            bul.direction = a + random(24);
33 
            bul.speed = 2;
34 
            bul.friction = 0;
35 
        }
36 
        a += 60;
37 
    }
38 
}
39 
if (con == 3)
40 
{
41 
    headalpha -= 0.1;
42 
    if (headalpha < 0)
43 
        instance_destroy();
44 
}
45 
draw_set_alpha(headalpha);
46 
draw_sprite(spr_sweet_head, 0, x, y);
47 
draw_set_alpha(1);
48 
draw_set_alpha(circle1alpha);
49 
draw_set_color(c_red);
50 
scr_draw_circle_width_qb
scr_draw_circle_width_qb

function scr_draw_circle_width_qb(arg0, arg1, arg2, arg3, arg4)
{
    var xx = arg0;
    var yy = arg1;
    var radius = arg2;
    var width = arg3;
    var steps = arg4;
    var h = width / 2;
    draw_primitive_begin(pr_trianglelist);
    for (i = 0; i < steps; i += 1)
    {
        draw_vertex(xx + lengthdir_x(radius - h, (360 * i) / steps), yy + lengthdir_y(radius - h, (360 * i) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * i) / steps), yy + lengthdir_y(radius + h, (360 * i) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius + h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius + h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius - h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius - h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius - h, (360 * i) / steps), yy + lengthdir_y(radius - h, (360 * i) / steps));
    }
    draw_primitive_end();
}
(x, y, circle1radius, circle1width, 24);
51 
draw_set_alpha(circle2alpha);
52 
draw_set_color(c_white);
53 
scr_draw_circle_width_qb
scr_draw_circle_width_qb

function scr_draw_circle_width_qb(arg0, arg1, arg2, arg3, arg4)
{
    var xx = arg0;
    var yy = arg1;
    var radius = arg2;
    var width = arg3;
    var steps = arg4;
    var h = width / 2;
    draw_primitive_begin(pr_trianglelist);
    for (i = 0; i < steps; i += 1)
    {
        draw_vertex(xx + lengthdir_x(radius - h, (360 * i) / steps), yy + lengthdir_y(radius - h, (360 * i) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * i) / steps), yy + lengthdir_y(radius + h, (360 * i) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius + h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius + h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius + h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius - h, (360 * (i + 1)) / steps), yy + lengthdir_y(radius - h, (360 * (i + 1)) / steps));
        draw_vertex(xx + lengthdir_x(radius - h, (360 * i) / steps), yy + lengthdir_y(radius - h, (360 * i) / steps));
    }
    draw_primitive_end();
}
(x, y, circle2radius, circle2width, 24);
54 
draw_set_alpha(1);