Struct Domain

pub struct Domain { /* private fields */ }

Data domain in two dimensions

The scales are:

• X, abscissa (horizontal)
• Y, ordinate (vertical)

Implementations

impl Domain

pub fn including<P>(self, data: &[P]) -> Self

where P: IntoPoint,

Adjust domain to include a set of points

Examples found in repository

examples/line.rs (line 9)

fn main() {
    let data_a = vec![(13, 74), (111, 37), (125, 52), (190, 66)];
    let data_b = vec![(22, 50), (105, 44), (120, 67), (180, 39), (210, 43)];
    let page = Page::new().chart(
        Chart::new()
            .title("Line Plot")
            .domain(Domain::from(&data_a[..]).including(&data_b))
            .axis("X Axis", Edge::Bottom)
            .axis("Y Axis", Edge::Left)
            .axis("", Edge::Right)
            .plot(Plot::line("Series A", &data_a).label())
            .plot(Plot::line("Series B", &data_b)),
    );
    print!("{page}");
}

pub fn set_x<P>(self, data: &[P]) -> Self

where P: IntoPoint,

Set X domain to a set of points

pub fn set_y<P>(self, data: &[P]) -> Self

where P: IntoPoint,

Set Y domain to a set of points

Trait Implementations

impl Clone for Domain

fn clone(&self) -> Domain

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Default for Domain

fn default() -> Domain

Returns the “default value” for a type.

impl<P> From<&[P]> for Domain

where P: IntoPoint,

fn from(data: &[P]) -> Self

Converts to this type from the input type.