Struct embedded_layout::layout::linear::Horizontal

pub struct Horizontal<Secondary, Spacing = Tight>where
    Secondary: SecondaryAlignment + VerticalAlignment,
    Spacing: ElementSpacing,{ /* private fields */ }

Horizontal layout direction

Implementations

impl<Secondary, Spacing> Horizontal<Secondary, Spacing>where Secondary: SecondaryAlignment + VerticalAlignment, Spacing: ElementSpacing,

pub fn with_secondary_alignment<Sec: SecondaryAlignment + VerticalAlignment>( self, secondary: Sec ) -> Horizontal<Sec, Spacing>

Change secondary alignment

pub fn with_spacing<ElSpacing: ElementSpacing>( self, spacing: ElSpacing ) -> Horizontal<Secondary, ElSpacing>

Change element spacing

Trait Implementations

impl<Secondary, Spacing> Clone for Horizontal<Secondary, Spacing>where Secondary: SecondaryAlignment + VerticalAlignment + Clone, Spacing: ElementSpacing + Clone,

fn clone(&self) -> Horizontal<Secondary, Spacing>

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Default for Horizontal<Bottom, Tight>

fn default() -> Self

Returns the “default value” for a type.

impl<Secondary, Spacing> Orientation for Horizontal<Secondary, Spacing>where Secondary: SecondaryAlignment + VerticalAlignment, Spacing: ElementSpacing,

type Secondary = Secondary

Secondary alignment that will be applied to all the views

fn destructure_size(size: Size) -> (u32, u32)

Destructure Size into (primary_size, secondary_size)

fn create_size(primary: u32, secondary: u32) -> Size

Create a Size from primary and secondary size values

fn compute_offset( &self, bounds: Rectangle, size: Size, previous: Rectangle, n: usize, count: usize ) -> Point

Computes translation for the next view.

fn place( &self, view: &mut dyn View, size: Size, previous: Rectangle, n: usize, count: usize ) -> Rectangle

Place view

impl<Secondary, Spacing> Copy for Horizontal<Secondary, Spacing>where Secondary: SecondaryAlignment + VerticalAlignment + Copy, Spacing: ElementSpacing + Copy,