RaytracedReflectionRenderPassMetadata Interface Reference

Metadata definitions for RaytracedReflectionRenderPass. More...

Inheritance diagram for RaytracedReflectionRenderPassMetadata:

Public Attributes
DynamicPropertyType< Resource >	AccelerationStructureProperty
DynamicPropertyType< Resource >	EnvironmentAmbientTextureProperty
DynamicPropertyType< Resource >	GBufferDepthProperty
DynamicPropertyType< Resource >	GBufferNormalProperty
DynamicPropertyType< Resource >	GBufferRoughnessProperty
DynamicPropertyType< Resource >	MaterialProperty
	Sets the material that will be used to render all nodes rendered by this RaytracedReflectionRenderPass.
AbstractMetaclass	metaclass = new AbstractMetaclass("Kanzi.RaytracedReflectionRenderPass")
	Metaclass for RaytracedReflectionRenderPass.
DynamicPropertyType< Resource >	OutputReflectionProperty
DynamicPropertyType< Float >	RayTMaxProperty
DynamicPropertyType< Float >	RaytracedReflectionMaxRoughnessProperty
DynamicPropertyType< Float >	ResolutionScaleProperty
Public Attributes inherited from RenderPassMetadata
DynamicPropertyType< Matrix4x4 >	CameraMatrixProperty
	The camera matrix that the render pass calculates during rendering from the settings of the Camera and passes to the shader.
DynamicPropertyType< Vector3 >	CameraPositionProperty
	The camera position that the render pass calculates during rendering from the settings of the Camera and passes to the shader.
DynamicPropertyType< String >	CameraProperty
	Sets the Camera node that you want to use to render the nodes.
DynamicPropertyType< Boolean >	EnabledProperty
	Whether Kanzi executes this render pass and its child render pass tree.
DynamicPropertyType< Vector4 >	InputViewportAreaProperty
	Reports the viewport area relative to the composition space as passed from the parent render pass.
AbstractMetaclass	metaclass = new AbstractMetaclass("Kanzi.RenderPass")
	Metaclass for RenderPass.
DynamicPropertyType< Vector2 >	NearFarPlaneProperty
	The distances to the camera near and far planes that the render pass calculates during rendering from the settings of the Camera and passes to the shader.
DynamicPropertyType< Vector4 >	OutputViewportProperty
	Viewport applied by the rendering of the render pass.
DynamicPropertyType< Matrix4x4 >	PreviousCameraMatrixProperty
	Camera matrix from the previous frame, used for velocity buffer calculation.
DynamicPropertyType< Matrix4x4 >	PreviousProjectionMatrixProperty
	Projection matrix from the previous frame, used for velocity buffer calculation.
DynamicPropertyType< Matrix4x4 >	ProjectionMatrixProperty
	The projection matrix that the render pass calculates during rendering from the settings of the Camera and passes to the shader.
DynamicPropertyType< Boolean >	ShadowProjectionFittingEnabledProperty
	Controls how the directional light shadow projection is calculated Enabling this will fit the lights projection to the area covered by the main camera.
DynamicPropertyType< Vector3 >	ShadowProjectionMarginProperty
	Use to add extra margin by scaling the area of the projection.
DynamicPropertyType< Vector2 >	ShadowProjectionRangeProperty
	Use to limit the projection to a smaller proportional slice (X: near, Y: far) of the main camera frustum.
DynamicPropertyType< Integer >	UpdateOffsetProperty
	Sets a frame offset to the rendering rate that you set with the Update Rate property.
DynamicPropertyType< Integer >	UpdateRateProperty
	Sets the rate at which to render the render pass.
DynamicPropertyType< Vector4 >	ViewPositionProperty
	The homogeneous view position that the render pass calculates during rendering from the settings of the Camera and passes to the shader.
Public Attributes inherited from ResourceMetadata
AbstractMetaclass	metaclass = new AbstractMetaclass("Kanzi.Resource")
	Metaclass for Resource.

Detailed Description

Metadata definitions for RaytracedReflectionRenderPass.

Member Data Documentation

AccelerationStructureProperty

DynamicPropertyType<Resource> AccelerationStructureProperty

Initial value:

= new DynamicPropertyType<>(
        "RaytracedReflectionRenderPass.AccelerationStructure", Resource.class)

EnvironmentAmbientTextureProperty

DynamicPropertyType<Resource> EnvironmentAmbientTextureProperty

Initial value:

= new DynamicPropertyType<>(
        "RaytracedReflectionRenderPass.EnvironmentAmbientTexture", Resource.class)

GBufferDepthProperty

DynamicPropertyType<Resource> GBufferDepthProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.GBufferDepth", Resource.class)

GBufferNormalProperty

DynamicPropertyType<Resource> GBufferNormalProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.GBufferNormal", Resource.class)

GBufferRoughnessProperty

DynamicPropertyType<Resource> GBufferRoughnessProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.GBufferRoughness", Resource.class)

MaterialProperty

DynamicPropertyType<Resource> MaterialProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.Material", Resource.class)

Sets the material that will be used to render all nodes rendered by this RaytracedReflectionRenderPass.

OutputReflectionProperty

DynamicPropertyType<Resource> OutputReflectionProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.OutputReflection", Resource.class)

RayTMaxProperty

DynamicPropertyType<Float> RayTMaxProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.RayTMax", Float.class)

RaytracedReflectionMaxRoughnessProperty

DynamicPropertyType<Float> RaytracedReflectionMaxRoughnessProperty

Initial value:

= new DynamicPropertyType<>(
        "RaytracedReflectionRenderPass.RaytracedReflectionMaxRoughness", Float.class)

ResolutionScaleProperty

DynamicPropertyType<Float> ResolutionScaleProperty

Initial value:

=
        new DynamicPropertyType<>("RaytracedReflectionRenderPass.ResolutionScale", Float.class)