Struct Horizontal 

pub struct Horizontal { /* private fields */ }

Horizontal X axis

Implementations

impl Horizontal

pub fn new(domain: BBox<f32>) -> Self

Create a new horizontal axis

Examples found in repository

examples/area.rs (line 18)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b =
        vec![(22.0, 50.0), (105.0, 44.0), (120.0, 67.0), (180.0, 39.0)];
    let domain = BBox::new(data_a.iter().cloned());
    let plot_a = plot::Area::new("Series A", &domain, &data_a);
    let plot_b = plot::Area::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Area Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

examples/scatter.rs (line 18)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b =
        vec![(22.0, 50.0), (105.0, 44.0), (120.0, 67.0), (180.0, 39.0)];
    let domain = BBox::new(data_a.iter().cloned());
    let plot_a = plot::Scatter::new("Series A", &domain, &data_a);
    let plot_b = plot::Scatter::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Scatter Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

examples/line.rs (line 27)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b = vec![
        (22.0, 50.0),
        (105.0, 44.0),
        (120.0, 67.0),
        (180.0, 39.0),
        (210.0, 43.0),
    ];
    let domain = {
        let mut domain = BBox::new(data_a.iter().cloned());
        domain.extend(data_b.iter().cloned());
        domain
    };
    let plot_a = plot::Line::new("Series A", &domain, &data_a);
    let plot_b = plot::Line::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Line Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

pub fn with_name<N>(self, name: N) -> Self

where N: Into<String>,

Set the name of the axis

Examples found in repository

examples/area.rs (line 18)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b =
        vec![(22.0, 50.0), (105.0, 44.0), (120.0, 67.0), (180.0, 39.0)];
    let domain = BBox::new(data_a.iter().cloned());
    let plot_a = plot::Area::new("Series A", &domain, &data_a);
    let plot_b = plot::Area::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Area Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

examples/scatter.rs (line 18)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b =
        vec![(22.0, 50.0), (105.0, 44.0), (120.0, 67.0), (180.0, 39.0)];
    let domain = BBox::new(data_a.iter().cloned());
    let plot_a = plot::Scatter::new("Series A", &domain, &data_a);
    let plot_b = plot::Scatter::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Scatter Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

examples/line.rs (line 27)

fn main() {
    let data_a =
        vec![(13.0, 74.0), (111.0, 37.0), (125.0, 52.0), (190.0, 66.0)];
    let data_b = vec![
        (22.0, 50.0),
        (105.0, 44.0),
        (120.0, 67.0),
        (180.0, 39.0),
        (210.0, 43.0),
    ];
    let domain = {
        let mut domain = BBox::new(data_a.iter().cloned());
        domain.extend(data_b.iter().cloned());
        domain
    };
    let plot_a = plot::Line::new("Series A", &domain, &data_a);
    let plot_b = plot::Line::new("Series B", &domain, &data_b);
    let page = Page::default().with_chart(
        Chart::default()
            .with_title("Line Plot")
            .with_axis(Horizontal::new(domain).with_name("X Axis Name"))
            .with_axis(Vertical::new(domain).with_name("Y Axis Name"))
            .with_axis(Vertical::new(domain).on_right())
            .with_plot(&plot_a)
            .with_plot(&plot_b),
    );
    print!("{}", page);
}

pub fn on_top(self) -> Self

Attach to the top of a Chart

By default, a Horizontal axis is attached to the bottom of a Chart.

Trait Implementations

impl Debug for Horizontal

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for Horizontal

fn eq(&self, other: &Horizontal) -> bool

Tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Axis for Horizontal

impl StructuralPartialEq for Horizontal