Struct RenderApp 

pub struct RenderApp;

A label for the rendering sub-app.

Trait Implementations

impl AppLabel for RenderApp

where RenderApp: 'static + Send + Sync + Clone + Eq + Debug + Hash,

fn dyn_clone(&self) -> Box<dyn AppLabel>

Clones this AppLabel.

fn intern(&self) -> Interned<dyn AppLabel>

where Self: Sized,

Returns an Interned value corresponding to self.

impl Clone for RenderApp

fn clone(&self) -> RenderApp

Returns a duplicate of the value.

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

Performs copy-assignment from source.

impl Debug for RenderApp

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

Formats the value using the given formatter.

impl Default for RenderApp

fn default() -> RenderApp

Returns the “default value” for a type.

impl ExtractComponent<RenderApp> for AutoExposure

where AutoExposure: Clone,

type QueryData = &'static AutoExposure

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = AutoExposure

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<AutoExposure as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<AutoExposure as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Bloom

type QueryData = (&'static Bloom, &'static Camera)

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Hdr>

Filters the entities with additional constraints.

type Out = (Bloom, BloomUniforms)

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( _: <<Bloom as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Bloom as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Camera2d

type QueryData = &'static Camera2d

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = Camera2d

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<Camera2d as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Camera2d as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Camera3d

type QueryData = &'static Camera3d

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = Camera3d

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<Camera3d as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Camera3d as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for CameraMainTextureUsages

type QueryData = &'static CameraMainTextureUsages

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = CameraMainTextureUsages

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<CameraMainTextureUsages as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<CameraMainTextureUsages as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for ChromaticAberration

type QueryData = &'static ChromaticAberration

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = ChromaticAberration

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( chromatic_aberration: <<ChromaticAberration as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<ChromaticAberration as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for ContactShadows

type QueryData = &'static ContactShadows

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = ContactShadows

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( settings: <<ContactShadows as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<ContactShadows as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for DebandDither

where DebandDither: Clone,

type QueryData = &'static DebandDither

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = DebandDither

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<DebandDither as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<DebandDither as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for DistanceFog

where DistanceFog: Clone,

type QueryData = &'static DistanceFog

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = DistanceFog

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<DistanceFog as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<DistanceFog as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for LensDistortion

type QueryData = &'static LensDistortion

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<LensDistortion>

Filters the entities with additional constraints.

type Out = LensDistortion

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( lens_distortion: <<LensDistortion as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<LensDistortion as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for MotionBlur

type QueryData = &'static MotionBlur

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = MotionBlurUniform

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<MotionBlur as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<MotionBlur as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Msaa

where Msaa: Clone,

type QueryData = &'static Msaa

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = Msaa

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<Msaa as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Msaa as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for NoBackgroundMotionVectors

type QueryData = &'static NoBackgroundMotionVectors

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = NoBackgroundMotionVectors

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( _item: <<NoBackgroundMotionVectors as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<NoBackgroundMotionVectors as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for OcclusionCulling

where OcclusionCulling: Clone,

type QueryData = &'static OcclusionCulling

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = OcclusionCulling

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<OcclusionCulling as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<OcclusionCulling as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for OrderIndependentTransparencySettings

where OrderIndependentTransparencySettings: Clone,

type QueryData = &'static OrderIndependentTransparencySettings

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = OrderIndependentTransparencySettings

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<OrderIndependentTransparencySettings as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<OrderIndependentTransparencySettings as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for PbrDeferredLightingDepthId

where PbrDeferredLightingDepthId: Clone,

type QueryData = &'static PbrDeferredLightingDepthId

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = PbrDeferredLightingDepthId

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<PbrDeferredLightingDepthId as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<PbrDeferredLightingDepthId as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Readback

where Readback: Clone,

type QueryData = &'static Readback

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = Readback

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<Readback as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Readback as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for ScreenSpaceAmbientOcclusion

where ScreenSpaceAmbientOcclusion: Clone,

type QueryData = &'static ScreenSpaceAmbientOcclusion

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = ScreenSpaceAmbientOcclusion

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<ScreenSpaceAmbientOcclusion as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<ScreenSpaceAmbientOcclusion as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for ScreenSpaceReflections

type QueryData = &'static ScreenSpaceReflections

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = ScreenSpaceReflectionsUniform

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( settings: <<ScreenSpaceReflections as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<ScreenSpaceReflections as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for ScreenSpaceTransmission

where ScreenSpaceTransmission: Clone,

type QueryData = &'static ScreenSpaceTransmission

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

type Out = ScreenSpaceTransmission

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<ScreenSpaceTransmission as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<ScreenSpaceTransmission as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Tonemapping

where Tonemapping: Clone,

type QueryData = &'static Tonemapping

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = Tonemapping

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( item: <<Tonemapping as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Tonemapping as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractComponent<RenderApp> for Vignette

type QueryData = &'static Vignette

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = With<Camera>

Filters the entities with additional constraints.

type Out = Vignette

The output from extraction, i.e. ExtractComponent::extract_component.

fn extract_component( vignette: <<Vignette as ExtractComponent<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<<Vignette as ExtractComponent<RenderApp>>::Out>

Defines how the component is transferred into the “sub world”.

impl ExtractInstance<RenderApp> for EnvironmentMapIds

type QueryData = &'static EnvironmentMapLight

ECS ReadOnlyQueryData to fetch the components to extract.

type QueryFilter = ()

Filters the entities with additional constraints.

fn extract( item: <<EnvironmentMapIds as ExtractInstance<RenderApp>>::QueryData as QueryData>::Item<'_, '_>, ) -> Option<EnvironmentMapIds>

Defines how the component is transferred into the “sub world”.

impl ExtractResource<RenderApp> for ClearColor

type Source = ClearColor

fn extract_resource( source: &<ClearColor as ExtractResource<RenderApp>>::Source, ) -> ClearColor

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp> for DefaultOpaqueRendererMethod

where DefaultOpaqueRendererMethod: Clone,

type Source = DefaultOpaqueRendererMethod

fn extract_resource( source: &<DefaultOpaqueRendererMethod as ExtractResource<RenderApp>>::Source, ) -> DefaultOpaqueRendererMethod

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp> for GlobalsUniform

where GlobalsUniform: Clone,

type Source = GlobalsUniform

fn extract_resource( source: &<GlobalsUniform as ExtractResource<RenderApp>>::Source, ) -> GlobalsUniform

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp> for ManualTextureViews

where ManualTextureViews: Clone,

type Source = ManualTextureViews

fn extract_resource( source: &<ManualTextureViews as ExtractResource<RenderApp>>::Source, ) -> ManualTextureViews

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp> for TonemappingLuts

where TonemappingLuts: Clone,

type Source = TonemappingLuts

fn extract_resource( source: &<TonemappingLuts as ExtractResource<RenderApp>>::Source, ) -> TonemappingLuts

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp> for WireframeConfig

where WireframeConfig: Clone,

type Source = WireframeConfig

fn extract_resource( source: &<WireframeConfig as ExtractResource<RenderApp>>::Source, ) -> WireframeConfig

Defines how the resource is transferred into the “sub world”.

impl ExtractResource<RenderApp, GpuClusteringPlugin> for GlobalClusterSettings

type Source = GlobalClusterSettings

fn extract_resource( source: &<GlobalClusterSettings as ExtractResource<RenderApp, GpuClusteringPlugin>>::Source, ) -> GlobalClusterSettings

Defines how the resource is transferred into the “sub world”.

impl Hash for RenderApp

fn hash<__H>(&self, state: &mut __H)

where __H: Hasher,

Feeds this value into the given Hasher.

fn hash_slice<H>(data: &[Self], state: &mut H)

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for RenderApp

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

Tests for self and other values to be equal, and is used by ==.

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

Tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl SyncComponent<RenderApp> for AtmosphereSettings

type Target = GpuAtmosphereSettings

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for AutoExposure

where AutoExposure: Clone,

type Target = AutoExposure

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Bloom

type Target = (Bloom, BloomUniforms)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Camera2d

type Target = Camera2d

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Camera3d

type Target = Camera3d

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for CameraMainTextureUsages

type Target = CameraMainTextureUsages

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for ChromaticAberration

type Target = ChromaticAberration

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for ContactShadows

type Target = (ContactShadows, ViewContactShadowsUniformOffset)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for DebandDither

where DebandDither: Clone,

type Target = DebandDither

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for DepthOfField

type Target = (DepthOfField, DepthOfFieldUniform, DepthOfFieldPipelines, AuxiliaryDepthOfFieldTexture, ViewDepthOfFieldBindGroupLayouts)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for DistanceFog

where DistanceFog: Clone,

type Target = (DistanceFog, ViewFogUniformOffset)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for LensDistortion

type Target = LensDistortion

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for MotionBlur

type Target = MotionBlurUniform

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Msaa

where Msaa: Clone,

type Target = Msaa

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for NoBackgroundMotionVectors

type Target = NoBackgroundMotionVectors

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for OcclusionCulling

where OcclusionCulling: Clone,

type Target = OcclusionCulling

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for OrderIndependentTransparencySettings

where OrderIndependentTransparencySettings: Clone,

type Target = (OrderIndependentTransparencySettings, OrderIndependentTransparencySettingsOffset, OitResolvePipelineId)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for PbrDeferredLightingDepthId

where PbrDeferredLightingDepthId: Clone,

type Target = PbrDeferredLightingDepthId

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Readback

where Readback: Clone,

type Target = Readback

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for ScreenSpaceAmbientOcclusion

where ScreenSpaceAmbientOcclusion: Clone,

type Target = (ScreenSpaceAmbientOcclusion, ScreenSpaceAmbientOcclusionResources, SsaoPipelineId, SsaoBindGroups)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for ScreenSpaceReflections

type Target = (ScreenSpaceReflectionsUniform, ViewScreenSpaceReflectionsUniformOffset, ScreenSpaceReflectionsPipelineId)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for ScreenSpaceTransmission

where ScreenSpaceTransmission: Clone,

type Target = ScreenSpaceTransmission

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Tonemapping

where Tonemapping: Clone,

type Target = Tonemapping

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp> for Vignette

type Target = Vignette

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, ClusteredDecalPlugin> for ClusteredDecal

type Target = ClusteredDecal

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, EnvironmentMapGenerationPlugin> for GeneratedEnvironmentMapLight

type Target = RenderEnvironmentMap

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for AmbientLight

type Target = AmbientLight

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for DirectionalLight

type Target = (DirectionalLight, ExtractedDirectionalLight, DirectionalLightViewEntities)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for PointLight

type Target = (PointLight, ExtractedPointLight, PointAndSpotLightViewEntities)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for RectLight

type Target = (RectLight, ExtractedRectLight)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for ShadowFilteringMethod

type Target = ShadowFilteringMethod

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, PbrPlugin> for SpotLight

type Target = (SpotLight, ExtractedPointLight, PointAndSpotLightViewEntities)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, SkyboxPlugin> for Skybox

type Target = (Skybox, SkyboxUniforms, SkyboxPipelineId, SkyboxBindGroup)

Describes what components should be removed from the sub world if the implementing component is removed.

impl SyncComponent<RenderApp, VolumetricFogPlugin> for FogVolume

type Target = FogVolume

Describes what components should be removed from the sub world if the implementing component is removed.

impl Copy for RenderApp

impl Eq for RenderApp

impl StructuralPartialEq for RenderApp