arkanoid/
arkanoid.rs

1use macroquad::prelude::*;
2
3#[macroquad::main("Arkanoid")]
4async fn main() {
5    const BLOCKS_W: usize = 10;
6    const BLOCKS_H: usize = 10;
7    const SCR_W: f32 = 20.0;
8    const SCR_H: f32 = 20.0;
9
10    let mut blocks: [[bool; BLOCKS_W]; BLOCKS_H] = [[true; BLOCKS_W]; BLOCKS_H];
11    let mut ball_x = 12.;
12    let mut ball_y = 7.;
13    let mut dx = 3.5;
14    let mut dy = -3.5;
15    let mut platform_x = 10.;
16    let mut stick = true;
17    let platform_width = 5.;
18    let platform_height = 0.2;
19
20    // build camera with following coordinate system:
21    // (0., 0)     .... (SCR_W, 0.)
22    // (0., SCR_H) .... (SCR_W, SCR_H)
23    set_camera(&Camera2D {
24        zoom: vec2(1. / SCR_W * 2., 1. / SCR_H * 2.),
25        target: vec2(SCR_W / 2., SCR_H / 2.),
26        ..Default::default()
27    });
28
29    loop {
30        clear_background(SKYBLUE);
31
32        let delta = get_frame_time();
33
34        if is_key_down(KeyCode::Right) && platform_x < SCR_W - platform_width / 2. {
35            platform_x += 3.0 * delta;
36        }
37        if is_key_down(KeyCode::Left) && platform_x > platform_width / 2. {
38            platform_x -= 3.0 * delta;
39        }
40
41        if stick == false {
42            ball_x += dx * delta;
43            ball_y += dy * delta;
44        } else {
45            let (font_size, font_scale, font_aspect) = camera_font_scale(1.);
46            let text_params = TextParams {
47                font_size,
48                font_scale,
49                font_scale_aspect: font_aspect,
50                ..Default::default()
51            };
52            draw_text_ex(
53                "Press space to start",
54                SCR_W / 2. - 5.,
55                SCR_H / 2.,
56                text_params,
57            );
58
59            ball_x = platform_x;
60            ball_y = SCR_H - 0.5;
61
62            stick = !is_key_down(KeyCode::Space);
63        }
64
65        if ball_x <= 0. || ball_x > SCR_W {
66            dx *= -1.;
67        }
68        if ball_y <= 0.
69            || (ball_y > SCR_H - platform_height - 0.15 / 2.
70                && ball_x >= platform_x - platform_width / 2.
71                && ball_x <= platform_x + platform_width / 2.)
72        {
73            dy *= -1.;
74        }
75        if ball_y >= SCR_H {
76            ball_y = 10.;
77            dy = -dy.abs();
78            stick = true;
79        }
80
81        for j in 0..BLOCKS_H {
82            for i in 0..BLOCKS_W {
83                if blocks[j][i] {
84                    let block_w = SCR_W / BLOCKS_W as f32;
85                    let block_h = 7.0 / BLOCKS_H as f32;
86                    let block_x = i as f32 * block_w + 0.05;
87                    let block_y = j as f32 * block_h + 0.05;
88
89                    draw_rectangle(block_x, block_y, block_w - 0.1, block_h - 0.1, DARKBLUE);
90                    if ball_x >= block_x
91                        && ball_x < block_x + block_w
92                        && ball_y >= block_y
93                        && ball_y < block_y + block_h
94                    {
95                        dy *= -1.;
96                        blocks[j][i] = false;
97                    }
98                }
99            }
100        }
101
102        draw_circle(ball_x, ball_y, 0.2, RED);
103        draw_rectangle(
104            platform_x - platform_width / 2.,
105            SCR_H - platform_height,
106            platform_width,
107            platform_height,
108            DARKPURPLE,
109        );
110
111        next_frame().await
112    }
113}
arkanoid/arkanoid.rs

arkanoid/
arkanoid.rs
