panels/
panels.rs

1use bland::{multi_panel, Figure, Marker, PanelGridOpts, Stroke};
2
3fn main() {
4    let xs: Vec<f64> = (0..=100).map(|i| i as f64 / 10.0).collect();
5    let response: Vec<f64> = xs.iter().map(|t| (-t / 4.0).exp() * t.cos()).collect();
6    let envelope: Vec<f64> = xs.iter().map(|t| (-t / 4.0).exp()).collect();
7
8    let panel_a = Figure::new()
9        .dimensions(800.0, 500.0)
10        .title("Panel A — response")
11        .xlabel("t [s]")
12        .ylabel("x(t)")
13        .line(&xs, &response, |s| s.label("x(t)"));
14
15    let panel_b = Figure::new()
16        .dimensions(800.0, 500.0)
17        .title("Panel B — envelope")
18        .xlabel("t [s]")
19        .ylabel("|x(t)|")
20        .line(&xs, &envelope, |s| {
21            s.label("envelope").stroke(Stroke::Dashed).marker(Marker::CircleOpen)
22        });
23
24    let svg = multi_panel(
25        &[panel_a, panel_b],
26        PanelGridOpts::default()
27            .columns(2)
28            .cell_size(800.0, 500.0)
29            .title("Damped oscillation — overview"),
30    );
31
32    std::fs::create_dir_all("out").expect("create out/");
33    std::fs::write("out/panels.svg", svg).expect("write svg");
34    println!("wrote out/panels.svg");
35}
panels/panels.rs

panels/
panels.rs
