Method plot

src/plot/plot.rs:719–746

Quickly plot data points using segments to connect consecutive points. Takes any type that implements [`Plotable`], namely `Vec `, `Vec<(f64, f64)>`, `Vec `, ...

(&mut self, v: impl Plotable)

    /// Quickly plot data points using segments to connect consecutive points. Takes any type
    /// that implements [`Plotable`], namely `Vec<Vec2>`, `Vec<(f64, f64)>`, `Vec<f32>`, ...
    pub fn plot(&mut self, v: impl Plotable) {
        //
        let pf: PlotFormat = v.into_plot_format();

        let data = &pf.data;

        let lo_x = data.iter().min_by(|q, r| q.x.partial_cmp(&r.x).unwrap()).unwrap().x;

        let lo_y = data.iter().min_by(|q, r| q.y.partial_cmp(&r.y).unwrap()).unwrap().y;

        let up_x = data.iter().max_by(|q, r| q.x.partial_cmp(&r.x).unwrap()).unwrap().x;

        let up_y = data.iter().max_by(|q, r| q.y.partial_cmp(&r.y).unwrap()).unwrap().y;

        let dx = (up_x - lo_x).abs() * 0.1;
        let dy = (up_y - lo_y).abs() * 0.1;

        self.set_bounds(Vec2::new(lo_x - dx, lo_y - dy), Vec2::new(up_x + dx, up_y + dy));

        let new_data = SegmentData {
            data: pf.data,
            ..Default::default()
        };

        self.data.segment_groups.push(new_data);

        println!("Segment added");
    }

    /// Quickly plot data points using markers (scatter plot).
    pub fn plotm<T: Plotable>(&mut self, v: T) {