engine::layer_surface

Structs

`LayerSurfaceEntry`

Desired surface geometry for one tile in a layer layout.

Properties

`key`

Type: String

`host_signature`

Type: String

Host ownership plus backing-surface generation; changes when the physical surface is replaced.

`origin_x`

Type: f32

`origin_y`

Type: f32

`replay_priority`

Type: i32

`surface`

Type: LayerSurfaceSize

`LayerSurfaceLayout`

Desired set of physical surfaces for a logical layer.

Properties

`surfaces`

Type: Vec<LayerSurfaceEntry>

`active`

Type: bool

`LayerSurfaceSize`

Logical and backing-pixel dimensions for one physical surface.

Properties

`logical_width`

Type: f32

`logical_height`

Type: f32

`surface_width`

Type: u32

`surface_height`

Type: u32

`dpr`

Type: [f32; 2]

`ReplayPriorityEntry`

Retargeted surface metadata used to choose replay order without involving backend resources.

Properties

`index`

Type: usize

`priority`

Type: i32

`SurfaceReplayCoordinator`

Shared coordinator for physical-surface replay after a layer layout retarget.

This tracks surface indices and replay regions, not scene-node coverage. The runtime scene index selects nodes; backends apply surface indices to their own renderer objects.

Implementations

`remap_surfaces`

pub fn remap_surfaces(&mut self, layer: usize, old_indices: &[usize])

Remap pending replay work after eviction or reordering, dropping work for removed surfaces. old_indices[new_index] identifies the surviving renderer in the previous surface vector.

Functions

`replay_batches_by_directional_priority`

pub fn replay_batches_by_directional_priority(entries: &[ReplayPriorityEntry]) -> Vec<Vec<usize>>

Replay visible retargeted surfaces together, then warm tiles by priority and travel direction.