Struct PaddingLayout 

pub struct PaddingLayout { /* private fields */ }

Layout that insets its single child by the configured edge values.

The insets are reactive, so a change to them moves the padded content without the subtree being rebuilt.

Trait Implementations

impl Clone for PaddingLayout

fn clone(&self) -> Self

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for PaddingLayout

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

Formats the value using the given formatter.

impl Layout for PaddingLayout

fn stretch_axis(&self, children: &[StretchAxis]) -> StretchAxis

Padding is transparent to its content: it insets the child within whatever bounds it is given, so the child’s axis is the answer.

fn size_that_fits( &self, proposal: ProposalSize, children: &[&dyn SubView], ) -> Size

Calculate the size this layout wants given a proposal.

fn place( &self, bounds: Rect, _proposal: ProposalSize, children: &[&dyn SubView], ) -> Vec<SubviewPlacement>

Place children within the given bounds.

fn explicit_horizontal( &self, alignment: HorizontalAlignment, _bounds: Rect, children: &[PlacedSubview<'_>], ) -> Option<f32>

Returns an explicit horizontal guide for this container, if any.

fn explicit_vertical( &self, alignment: VerticalAlignment, _bounds: Rect, children: &[PlacedSubview<'_>], ) -> Option<f32>

Returns an explicit vertical guide for this container, if any.

fn explicit_horizontal_alignments(&self) -> Vec<HorizontalAlignment>

Returns the horizontal alignments this container may expose explicitly.

fn explicit_vertical_alignments(&self) -> Vec<VerticalAlignment>

Returns the vertical alignments this container may expose explicitly.