Struct Chart 

pub struct Chart {
    pub title: Option<Title>,
    pub auto_title_deleted: Option<bool>,
    pub view_3d: Option<View3D>,
    pub floor: Option<Surface>,
    pub side_wall: Option<Surface>,
    pub back_wall: Option<Surface>,
    pub plot_area: PlotArea,
    pub legend: Option<Legend>,
    pub plot_visible_only: Option<bool>,
    pub display_blanks_as: Option<DisplayBlanksAs>,
}

The chart itself (<c:chart>, CT_Chart) — title, the required plot area, legend, a couple of chart-wide display flags, and the 3D view/wall dressing used by any 3D chart type in PlotArea::charts.

Not modeled: pivotFmts, showDLblsOverMax (a data-labels-related flag, and data labels themselves aren’t modeled).

Fields

title: Option<Title>

auto_title_deleted: Option<bool>

view_3d: Option<View3D>

<c:view3D> — camera rotation/perspective, relevant only when PlotArea::charts contains a 3D chart type, but structurally independent of it (the schema places view3D as a sibling of plotArea, not nested inside it).

floor: Option<Surface>

<c:floor> (CT_Surface) — the 3D chart’s floor.

side_wall: Option<Surface>

<c:sideWall> (CT_Surface).

back_wall: Option<Surface>

<c:backWall> (CT_Surface).

plot_area: PlotArea

legend: Option<Legend>

plot_visible_only: Option<bool>

display_blanks_as: Option<DisplayBlanksAs>

Implementations

impl Chart

pub fn new(plot_area: PlotArea) -> Chart

Examples found in repository

examples/docx_images_and_charts.rs (line 66)

fn sample_chart_space() -> ChartSpace {
    let categories = StringData::new()
        .with_point(StringPoint::new(0, "Q1"))
        .with_point(StringPoint::new(1, "Q2"))
        .with_point(StringPoint::new(2, "Q3"));
    let values = NumericData::new()
        .with_point(NumericPoint::new(0, "1200"))
        .with_point(NumericPoint::new(1, "1350"))
        .with_point(NumericPoint::new(2, "980"));

    let series = BarSeries::new(0, 0)
        .with_categories(AxisDataSource::String(StringDataSource::literal(
            categories,
        )))
        .with_values(NumericDataSource::literal(values));

    let bar_chart = BarChart::new(BarDirection::Column, 1, 2).with_series(series);
    let category_axis = CategoryAxis::new(1, AxisPosition::Bottom, 2);
    let value_axis = ValueAxis::new(2, AxisPosition::Left, 1);

    let plot_area = PlotArea::new()
        .with_chart(ChartType::Bar(bar_chart))
        .with_axis(Axis::Category(category_axis))
        .with_axis(Axis::Value(value_axis));

    ChartSpace::new(Chart::new(plot_area))
}

examples/pptx_media.rs (line 106)

fn sample_chart_space() -> ChartSpace {
    let categories = StringData::new()
        .with_point(StringPoint::new(0, "Q1"))
        .with_point(StringPoint::new(1, "Q2"))
        .with_point(StringPoint::new(2, "Q3"));
    let values = NumericData::new()
        .with_point(NumericPoint::new(0, "1200"))
        .with_point(NumericPoint::new(1, "1350"))
        .with_point(NumericPoint::new(2, "980"));

    let series = BarSeries::new(0, 0)
        .with_categories(AxisDataSource::String(StringDataSource::literal(
            categories,
        )))
        .with_values(NumericDataSource::literal(values));

    let bar_chart = BarChart::new(BarDirection::Column, 1, 2).with_series(series);
    let category_axis = CategoryAxis::new(1, AxisPosition::Bottom, 2);
    let value_axis = ValueAxis::new(2, AxisPosition::Left, 1);

    let plot_area = PlotArea::new()
        .with_chart(ChartType::Bar(bar_chart))
        .with_axis(Axis::Category(category_axis))
        .with_axis(Axis::Value(value_axis));

    ChartSpace::new(Chart::new(plot_area))
}

examples/xlsx_images_and_charts.rs (line 78)

fn sample_chart_space() -> ChartSpace {
    let categories = StringData::new()
        .with_point(StringPoint::new(0, "Q1"))
        .with_point(StringPoint::new(1, "Q2"))
        .with_point(StringPoint::new(2, "Q3"));
    let values = NumericData::new()
        .with_point(NumericPoint::new(0, "1200"))
        .with_point(NumericPoint::new(1, "1350"))
        .with_point(NumericPoint::new(2, "980"));

    let series = BarSeries::new(0, 0)
        .with_categories(AxisDataSource::String(StringDataSource::literal(
            categories,
        )))
        .with_values(NumericDataSource::literal(values));

    let bar_chart = BarChart::new(BarDirection::Column, 1, 2).with_series(series);
    let category_axis = CategoryAxis::new(1, AxisPosition::Bottom, 2);
    let value_axis = ValueAxis::new(2, AxisPosition::Left, 1);

    let plot_area = PlotArea::new()
        .with_chart(ChartType::Bar(bar_chart))
        .with_axis(Axis::Category(category_axis))
        .with_axis(Axis::Value(value_axis));

    ChartSpace::new(Chart::new(plot_area))
}

pub fn with_title(self, title: Title) -> Chart

pub fn with_auto_title_deleted(self, deleted: bool) -> Chart

pub fn with_view_3d(self, view_3d: View3D) -> Chart

pub fn with_floor(self, floor: Surface) -> Chart

pub fn with_side_wall(self, side_wall: Surface) -> Chart

pub fn with_back_wall(self, back_wall: Surface) -> Chart

pub fn with_legend(self, legend: Legend) -> Chart

pub fn with_plot_visible_only(self, plot_visible_only: bool) -> Chart

pub fn with_display_blanks_as(self, display_blanks_as: DisplayBlanksAs) -> Chart

Trait Implementations

impl Clone for Chart

fn clone(&self) -> Chart

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for Chart

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

Formats the value using the given formatter.

impl PartialEq for Chart

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

Equality operator ==.

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

Inequality operator !=.

impl StructuralPartialEq for Chart