open3d::visualization::rendering Namespace Reference

Data Structures
class	Camera
class	CameraInteractorLogic
class	ColorGradingParams
	Manages. More...
class	EngineInstance
class	FilamentCamera
class	FilamentMaterialModifier
class	FilamentRenderer
class	FilamentRenderToBuffer
class	FilamentResourceManager
class	FilamentScene
class	FilamentView
class	GeometryBuffersBuilder
class	Gradient
class	IBLRotationInteractorLogic
struct	Light
struct	LightDescription
class	LightDirectionInteractorLogic
class	LineSetBuffersBuilder
struct	Material
class	MaterialModifier
class	MatrixInteractorLogic
class	ModelInteractorLogic
class	Open3DScene
class	PointCloudBuffersBuilder
struct	REHandle
struct	REHandle_abstract
class	Renderer
struct	RenderRequest
class	RenderToBuffer
class	ResourceLoadRequest
class	RotationInteractorLogic
class	Scene
class	TemporaryLineSetBuilder
struct	TextureSamplerParameters
class	TPointCloudBuffersBuilder
class	TriangleMeshBuffersBuilder
struct	TriangleMeshModel
class	View

Typedefs
using	PBDParams = std::tuple< FilamentRenderToBuffer *, FilamentRenderToBuffer::BufferReadyCallback >
typedef REHandle< EntityType::View >	ViewHandle
typedef REHandle< EntityType::Scene >	SceneHandle
typedef REHandle< EntityType::Geometry >	GeometryHandle
typedef REHandle< EntityType::Light >	LightHandle
typedef REHandle< EntityType::IndirectLight >	IndirectLightHandle
typedef REHandle< EntityType::Skybox >	SkyboxHandle
typedef REHandle< EntityType::Camera >	CameraHandle
typedef REHandle< EntityType::Material >	MaterialHandle
typedef REHandle< EntityType::MaterialInstance >	MaterialInstanceHandle
typedef REHandle< EntityType::Texture >	TextureHandle
typedef REHandle< EntityType::VertexBuffer >	VertexBufferHandle
typedef REHandle< EntityType::IndexBuffer >	IndexBufferHandle

Enumerations
enum	EntityType : std::uint16_t {   EntityType::None = 0, EntityType::View, EntityType::Scene, EntityType::Geometry,   EntityType::Light, EntityType::IndirectLight, EntityType::Skybox, EntityType::Camera,   EntityType::Material, EntityType::MaterialInstance, EntityType::Texture, EntityType::VertexBuffer,   EntityType::IndexBuffer, EntityType::Count }

Functions
filament::backend::Platform *	CreateEGLHeadlessPlatform ()
uint8_t	maxLevelCount (uint32_t width, uint32_t height)
void	OutputMaterialProperties (const visualization::rendering::Material &mat)
std::shared_ptr< geometry::Image >	CombineTextures (std::shared_ptr< geometry::Image > ao, std::shared_ptr< geometry::Image > rough, std::shared_ptr< geometry::Image > metal)
void	CombineTextures (std::shared_ptr< geometry::Image > ao, std::shared_ptr< geometry::Image > rough_metal)
void	ReadPixelsCallback (void *buffer, size_t buffer_size, void *user)
const std::string	kAxisObjectName ("__axis__")
const std::string	kFastModelObjectSuffix ("__fast__")
const std::string	kLowQualityModelObjectSuffix ("__low__")
std::ostream &	operator<< (std::ostream &os, const REHandle_abstract &uid)

Typedef Documentation

CameraHandle

typedef REHandle<EntityType::Camera> open3d::visualization::rendering::CameraHandle

GeometryHandle

typedef REHandle<EntityType::Geometry> open3d::visualization::rendering::GeometryHandle

IndexBufferHandle

typedef REHandle<EntityType::IndexBuffer> open3d::visualization::rendering::IndexBufferHandle

IndirectLightHandle

typedef REHandle<EntityType::IndirectLight> open3d::visualization::rendering::IndirectLightHandle

LightHandle

typedef REHandle<EntityType::Light> open3d::visualization::rendering::LightHandle

MaterialHandle

typedef REHandle<EntityType::Material> open3d::visualization::rendering::MaterialHandle

MaterialInstanceHandle

typedef REHandle<EntityType::MaterialInstance> open3d::visualization::rendering::MaterialInstanceHandle

PBDParams

using open3d::visualization::rendering::PBDParams = typedef std::tuple<FilamentRenderToBuffer*, FilamentRenderToBuffer::BufferReadyCallback>

SceneHandle

typedef REHandle<EntityType::Scene> open3d::visualization::rendering::SceneHandle

SkyboxHandle

typedef REHandle<EntityType::Skybox> open3d::visualization::rendering::SkyboxHandle

TextureHandle

typedef REHandle<EntityType::Texture> open3d::visualization::rendering::TextureHandle

VertexBufferHandle

typedef REHandle<EntityType::VertexBuffer> open3d::visualization::rendering::VertexBufferHandle

ViewHandle

typedef REHandle<EntityType::View> open3d::visualization::rendering::ViewHandle

Enumeration Type Documentation

EntityType

enum open3d::visualization::rendering::EntityType : std::uint16_t

strong

Enumerator
None
View
Scene
Geometry
Light
IndirectLight
Skybox
Camera
Material
MaterialInstance
Texture
VertexBuffer
IndexBuffer
Count

Function Documentation

CombineTextures() [1/2]

std::shared_ptr<geometry::Image> open3d::visualization::rendering::CombineTextures	(	std::shared_ptr< geometry::Image >	ao,
		std::shared_ptr< geometry::Image >	rough,
		std::shared_ptr< geometry::Image >	metal
	)

CombineTextures() [2/2]

void open3d::visualization::rendering::CombineTextures	(	std::shared_ptr< geometry::Image >	ao,
		std::shared_ptr< geometry::Image >	rough_metal
	)

CreateEGLHeadlessPlatform()

filament::backend::Platform* open3d::visualization::rendering::CreateEGLHeadlessPlatform

(

)

external function defined in custom Filament EGL backend for headless rendering

kAxisObjectName()

const std::string open3d::visualization::rendering::kAxisObjectName

(

"__axis__"

)

kFastModelObjectSuffix()

const std::string open3d::visualization::rendering::kFastModelObjectSuffix

(

"__fast__"

)

kLowQualityModelObjectSuffix()

const std::string open3d::visualization::rendering::kLowQualityModelObjectSuffix

(

"__low__"

)

maxLevelCount()

uint8_t open3d::visualization::rendering::maxLevelCount ( uint32_t  width, uint32_t  height  )

inline

operator<<()

std::ostream & open3d::visualization::rendering::operator<<	(	std::ostream &	os,
		const REHandle_abstract &	uid
	)

OutputMaterialProperties()

void open3d::visualization::rendering::OutputMaterialProperties

(

const visualization::rendering::Material &

mat

)

ReadPixelsCallback()

void open3d::visualization::rendering::ReadPixelsCallback	(	void *	buffer,
		size_t	buffer_size,
		void *	user
	)