webrust 2.0.0

Python-like Rust for Web Applications - A bridge between Python simplicity and Rust power
Documentation 
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// webrust/examples/py_mixed.rs
use webrust::prelude::*;

#[gui(Arial 10px black !white)]
fn main() {
    grid(3, 3);

    println("<b !dodgerblue w225>WebRust Mixed Content Dashboard").at(*TW / 3, 0.0);

    let (cx, cy) = cell(0, 0, "center");
    print("<white !navy r3 p1>Matrix").at(cx - 30.0, cy - 40.0);
    let matrix = vec![vec![1, 2, 3], vec![4, 5, 6]];
    table(&matrix).at(cx + 5.0, cy + 20.0).size(85, 85);

    let (cx, cy) = cell(0, 1, "center");
    print("<white !navy r3 p1>Matrix with headers").at(cx - 50.0, cy - 40.0);
    table(&matrix)
        .header(["$(x)", "$(y)", "$(z)"])
        .at(cx + 10.0, cy + 20.0)
        .size(85, 85);

    let (cx, cy) = cell(0, 2, "center");
    print("<white !navy r3 p1>Pivoted matrix with headers").at(cx - 65.0, cy - 40.0);
    table(&matrix)
        .header(["$(x)", "$(y)", "$(z)"])
        .pivot()
        .header(["$(\\vec{u})", "$(\\vec{v})"])
        .size(85, 85)
        .at(cx + 10.0, cy + 20.0);

    let (cx, cy) = cell(1, 0, "center");
    print("<white !navy r3 p1>Bouncing Balls").at(cx - 45.0, cy - 80.0);

    let ground_y = cy + 30.0;
    let ball_configs: [(f64, f64, f64, &str); 4] = [
        (cx - 60.0, cy - 100.0, 15.0, "tomato"),
        (cx - 20.0, cy - 90.0, 12.0, "gold"),
        (cx + 20.0, cy - 75.0, 9.0, "limegreen"),
        (cx + 60.0, cy - 80.0, 11.0, "deepskyblue"),
    ];
    for &(x, y, radius, color) in &ball_configs {
        let ball = object();
        ball.color(color)
            .width(2.0)
            .fill(color)
            .at(x, y)
            .circle(radius);
        let e = 0.75;
        let min = 3.0;
        let mut h = ground_y - y - radius;
        ball.ease("sineIn").speed(140.0).translate(0.0, h);
        while h * e > min {
            h *= e;
            ball.ease("sineOut").speed(110.0).translate(0.0, -h);
            ball.ease("sineIn").speed(110.0).translate(0.0, h);
        }
    }
    let ground = object();
    ground
        .color("rgba(255,255,255,0.3)")
        .width(1.0)
        .line(cx - 90.0, ground_y, cx + 90.0, ground_y);

    {
        let (cx, cy) = cell(1, 1, "center");
        print("<white !navy r3 p1>Bayesian Update").at(cx - 40.0, cy - 80.0);
        println("<w{*CW * 70 / 100}>$(P(\\theta\\mid D)=\\frac{P(D\\mid \\theta)\\,P(\\theta)}{P(D)})")
            .at(cx - 215.0, cy - 40.0);
    }

    {
        let (cx, cy) = cell(1, 2, "center");
        println("<white !navy r3 p1>Rotating Cross").at(cx - 45.0, cy - 80.0);

        let cross = object();
        cross.color("darkcyan").width(3.0).at(cx - 20.0, cy - 20.0);
        for _ in 0..4 {
            cross.forward(40.0);
            cross.left(90.0);
            cross.forward(15.0);
            cross.backward(30.0);
            cross.forward(15.0);
            cross.right(90.0);
            cross.backward(40.0);
            cross.right(90.0);
        }
        cross.speed(180.0).rotate(1080.0);
    }

    let (cx, cy) = cell(2, 0, "center");
    print("<white !navy r3 p1>Quarterly Revenue").at(cx - 45.0, cy - 80.0);
    let q_labels = vec!["Q1", "Q2", "Q3", "Q4"];
    let q_values = vec![470.0, 620.0, 550.0, 680.0];
    bar(&q_labels, &q_values).at(cx, cy + 20.0).size(150, 150);

    let (cx, cy) = cell(2, 1, "center");
    print("<white !navy r3 p1>Sales Trend").at(cx - 25.0, cy - 80.0);
    let sales_data = vec![120.0, 200.0, 150.0, 300.0, 250.0];
    let months = vec!["Jan", "Feb", "Mar", "Apr", "May"];
    line(&months, &sales_data).at(cx, cy + 20.0).size(200, 150);

    let (cx, cy) = cell(2, 2, "center");
    print("<white !navy r3 p1>Market Share 2024").at(cx - 45.0, cy - 80.0);
    let pie_labels = vec!["Smartphones", "Laptops", "Tablets", "Accessories"];
    let pie_values = vec![45.0, 30.0, 15.0, 10.0];
    pie(&pie_labels, &pie_values).at(cx, cy + 20.0).size(275, 275);
}